mirror of https://gitlab.com/QEF/q-e.git
32388 lines
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32388 lines
2.0 MiB
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``:oss/
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`.+s+. .+ys--yh+ `./ss+.
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-sh//yy+` +yy +yy -+h+-oyy
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-yh- .oyy/.-sh. .syo-.:sy- /yh
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`.-.` `yh+ -oyyyo. `/syys: oys `.`
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`/+ssys+-` `sh+ ` oys` .:osyo`
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-yh- ./syyooyo` .sys+/oyo--yh/
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`yy+ .-:-. `-/+/:` -sh-
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/yh. oys
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``..---hho---------` .---------..` `.-----.` -hd+---.
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`./osmNMMMMMMMMMMMMMMMs. +NNMMMMMMMMNNmh+. yNMMMMMNm- oNMMMMMNmo++:`
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+sy--/sdMMMhyyyyyyyNMMh- .oyNMMmyyyyyhNMMm+` -yMMMdyyo:` .oyyNMMNhs+syy`
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-yy/ /MMM+.`-+/``mMMy- `mMMh:`````.dMMN:` `MMMy-`-dhhy```mMMy:``+hs
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-yy+` /MMMo:-mMM+`-oo/. mMMh: `dMMN/` dMMm:`dMMMMy..MMMo-.+yo`
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.sys`/MMMMNNMMMs- mMMmyooooymMMNo: oMMM/sMMMMMM++MMN//oh:
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`sh+/MMMhyyMMMs- `-` mMMMMMMMMMNmy+-` -MMMhMMMsmMMmdMMd/yy+
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`-/+++oyy-/MMM+.`/hh/.`mNm:` mMMd+/////:-.` NMMMMMd/:NMMMMMy:/yyo/:.`
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+os+//:-..-oMMMo:--:::-/MMMo. .-mMMd+---` hMMMMN+. oMMMMMo. `-+osyso:`
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syo `mNMMMMMNNNNNNNNMMMo.oNNMMMMMNNNN:` +MMMMs:` dMMMN/` ``:syo
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/yh` :syyyyyyyyyyyyyyyy+.`+syyyyyyyyo:` .oyys:` .oyys:` +yh
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-yh- ```````````````` ````````` `` `` oys
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-+h/------------------------::::::::://////++++++++++++++++++++++///////::::/yd:
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shdddddddddddddddddddddddddddddhhhhhhhhyyyyyssssssssssssssssyyyyyyyhhhhhhhddddh`
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S. Ponce, E. R. Margine, C. Verdi, and F. Giustino, http://arxiv.org/abs/1604.03525
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Program EPW v.4.0.0 (svn rev. 12782) starts on 31Aug2016 at 17:22:39
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This program is part of the open-source Quantum ESPRESSO suite
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for quantum simulation of materials; please cite
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"P. Giannozzi et al., J. Phys.:Condens. Matter 21 395502 (2009);
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URL http://www.quantum-espresso.org",
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in publications or presentations arising from this work. More details at
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http://www.quantum-espresso.org/quote
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HOST : @host@
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ARCH : x86_64
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CC : cc
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CPP : cpp
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F90 : mpif90
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F77 : gfortran
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DFLAGS : -D__GFORTRAN -D__STD_F95 -D__FFTW -D__MPI -D__PARA
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BLAS LIBS : /home/sponce/program/espresso/BLAS/blas.a
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LAPACK LIBS : /home/sponce/program/espresso/lapack-3.2/lapack.a
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FFT LIBS :
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MASS LIBS :
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Parallel version (MPI), running on 1 processors
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------------------------------------------------------------------------
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RESTART - RESTART - RESTART - RESTART
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Restart is done without reading PWSCF save file.
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Be aware that some consistency checks are therefore not done.
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------------------------------------------------------------------------
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--
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bravais-lattice index = 0
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lattice parameter (a_0) = 0.0000 a.u.
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unit-cell volume = 0.0000 (a.u.)^3
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number of atoms/cell = 0
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number of atomic types = 0
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kinetic-energy cut-off = 0.0000 Ry
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charge density cut-off = 0.0000 Ry
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convergence threshold = 0.0E+00
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beta = 0.0000
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number of iterations used = 0
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Exchange-correlation = not set (-1 -1 -1 -1-1-1)
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celldm(1)= 0.00000 celldm(2)= 0.00000 celldm(3)= 0.00000
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celldm(4)= 0.00000 celldm(5)= 0.00000 celldm(6)= 0.00000
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crystal axes: (cart. coord. in units of a_0)
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a(1) = ( 0.0000 0.0000 0.0000 )
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a(2) = ( 0.0000 0.0000 0.0000 )
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a(3) = ( 0.0000 0.0000 0.0000 )
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reciprocal axes: (cart. coord. in units 2 pi/a_0)
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b(1) = ( 0.0000 0.0000 0.0000 )
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b(2) = ( 0.0000 0.0000 0.0000 )
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b(3) = ( 0.0000 0.0000 0.0000 )
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Atoms inside the unit cell:
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Cartesian axes
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site n. atom mass positions (a_0 units)
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No symmetry!
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G cutoff = 0.0000 ( 0 G-vectors) FFT grid: ( 0, 0, 0)
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number of k points= 0
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cart. coord. in units 2pi/a_0
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EPW : 0.00s CPU 0.00s WALL
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EPW : 0.00s CPU 0.00s WALL
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No wavefunction gauge setting applied
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-------------------------------------------------------------------
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Using ./diam.ukk from disk
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-------------------------------------------------------------------
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Using kmap and kgmap from disk
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Do not need to read .epb files; read .fmt files
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band disentanglement is used: nbndsub = 4
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Reading Hamiltonian, Dynamical matrix and EP vertex in Wann rep from file
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Finished reading Wann rep data from file
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Using uniform k-mesh: 6 6 6
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Size of k point mesh for interpolation: 432
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Using uniform q-mesh: 6 6 6
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Size of q point mesh for interpolation: 216
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Max number of q points per pool: 216
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Fermi energy coarse grid = 14.009584 eV
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Fermi energy is calculated from the fine k-mesh: Ef = 13.576273 eV
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Warning: check if difference with Fermi level fine grid makes sense
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===================================================================
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ibndmin = 1 ebndmin = -0.074
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ibndmax = 4 ebndmax = 1.021
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Number of ep-matrix elements per pool : 20736 ~= 162.00 Kb (@ 8 bytes/ DP)
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===================================================================
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Electron (Imaginary) Self-Energy in the Migdal Approximation
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===================================================================
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Fermi Surface thickness = 15.000000 eV
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Golden Rule strictly enforced with T = 0.025852 eV
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WARNING: only the eigenstates within the Fermi window are meaningful
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Gaussian Broadening: 1.000000 eV, ngauss= 1
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DOS = 0.055485 states/spin/eV/Unit Cell at Ef= 13.576273 eV
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Average over degenerate eigenstates is performed
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ik = 1 coord.: 0.0000000 0.0000000 0.0000000
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-------------------------------------------------------------------
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E( 1 )= -21.5330 eV Re[Sigma]= -64.673181 meV Im[Sigma]= 6.811961 meV Z= 0.993360 lam= 0.006685
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E( 2 )= 0.3145 eV Re[Sigma]= 144.079907 meV Im[Sigma]= 42.024890 meV Z= 0.982766 lam= 0.017536
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E( 3 )= 0.3145 eV Re[Sigma]= 144.079907 meV Im[Sigma]= 42.024890 meV Z= 0.982766 lam= 0.017536
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E( 4 )= 0.3145 eV Re[Sigma]= 144.079907 meV Im[Sigma]= 42.024890 meV Z= 0.982766 lam= 0.017536
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-------------------------------------------------------------------
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===================================================================
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Nesting Function in the double delta approx
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===================================================================
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Fermi Surface thickness = 15.000000 eV
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Golden Rule strictly enforced with T = 0.025852 eV
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Gaussian Broadening: 1.000 eV, ngauss= 1
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DOS = 0.055485 states/spin/eV/Unit Cell at Ef= 13.576273 eV
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===================================================================
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Electron Spectral Function in the Migdal Approximation
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===================================================================
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Fermi Surface thickness = 15.000000 eV
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Golden Rule strictly enforced with T = 0.025852 eV
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Gaussian Broadening: 1.000000 eV, ngauss= 1
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DOS = 0.055485 states/spin/eV/Unit Cell at Ef= 13.576273 eV
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The sum rule to conserve the number of electron is enforced.
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The self energy is rescaled so that its real part is zero at the Fermi level.
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The sum rule replace the explicit calculation of the Debye-Waller term.
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WARNING: only the eigenstates within the Fermi window are meaningful
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ik = 1 coord.: 0.0000000 0.0000000 0.0000000
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-------------------------------------------------------------------
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ik = 1 w = -4.0000 eV A(k,w) = 0.11216E-04 meV^-1
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ik = 1 w = -3.7368 eV A(k,w) = 0.12782E-04 meV^-1
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ik = 1 w = -3.4737 eV A(k,w) = 0.14631E-04 meV^-1
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ik = 1 w = -3.2105 eV A(k,w) = 0.16820E-04 meV^-1
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ik = 1 w = -2.9474 eV A(k,w) = 0.19302E-04 meV^-1
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ik = 1 w = -2.6842 eV A(k,w) = 0.21866E-04 meV^-1
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ik = 1 w = -2.4211 eV A(k,w) = 0.24422E-04 meV^-1
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ik = 1 w = -2.1579 eV A(k,w) = 0.27304E-04 meV^-1
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ik = 1 w = -1.8947 eV A(k,w) = 0.31080E-04 meV^-1
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ik = 1 w = -1.6316 eV A(k,w) = 0.36439E-04 meV^-1
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ik = 1 w = -1.3684 eV A(k,w) = 0.44521E-04 meV^-1
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ik = 1 w = -1.1053 eV A(k,w) = 0.57415E-04 meV^-1
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ik = 1 w = -0.8421 eV A(k,w) = 0.78994E-04 meV^-1
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ik = 1 w = -0.5789 eV A(k,w) = 0.11828E-03 meV^-1
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ik = 1 w = -0.3158 eV A(k,w) = 0.20554E-03 meV^-1
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ik = 1 w = -0.0526 eV A(k,w) = 0.50797E-03 meV^-1
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ik = 1 w = 0.2105 eV A(k,w) = 0.42611E-02 meV^-1
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ik = 1 w = 0.4737 eV A(k,w) = 0.16714E-02 meV^-1
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ik = 1 w = 0.7368 eV A(k,w) = 0.22666E-03 meV^-1
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ik = 1 w = 1.0000 eV A(k,w) = 0.73762E-04 meV^-1
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-------------------------------------------------------------------
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1 -4.0000 0.11216E-04
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1 -3.7368 0.12782E-04
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1 -3.4737 0.14631E-04
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1 -3.2105 0.16820E-04
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1 -2.9474 0.19302E-04
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1 -2.6842 0.21866E-04
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1 -2.4211 0.24422E-04
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1 -2.1579 0.27304E-04
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1 -1.8947 0.31080E-04
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1 -1.6316 0.36439E-04
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1 -1.3684 0.44521E-04
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1 -1.1053 0.57415E-04
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1 -0.8421 0.78994E-04
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1 -0.5789 0.11828E-03
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1 -0.3158 0.20554E-03
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1 -0.0526 0.50797E-03
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1 0.2105 0.42611E-02
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1 0.4737 0.16714E-02
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1 0.7368 0.22666E-03
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1 1.0000 0.73762E-04
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1 1 -21.5330 -4.0000 -36.0831 141.3297
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1 1 -21.5330 -3.7368 -28.8917 138.2359
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1 1 -21.5330 -3.4737 -21.5169 134.4381
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1 1 -21.5330 -3.2105 -13.8594 129.7749
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1 1 -21.5330 -2.9474 -5.9565 123.7634
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1 1 -21.5330 -2.6842 1.5620 115.6851
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1 1 -21.5330 -2.4211 7.2251 105.6583
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1 1 -21.5330 -2.1579 10.2727 95.1066
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1 1 -21.5330 -1.8947 11.2619 85.2337
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1 1 -21.5330 -1.6316 11.0109 76.3414
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1 1 -21.5330 -1.3684 9.9662 68.3641
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1 1 -21.5330 -1.1053 8.4639 61.2857
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1 1 -21.5330 -0.8421 6.8903 54.8946
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1 1 -21.5330 -0.5789 5.3412 48.7142
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1 1 -21.5330 -0.3158 3.4105 42.4331
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1 1 -21.5330 -0.0526 0.6512 36.3538
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1 1 -21.5330 0.2105 -2.8325 30.9928
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1 1 -21.5330 0.4737 -6.6379 26.5072
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1 1 -21.5330 0.7368 -10.5037 22.7861
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1 1 -21.5330 1.0000 -14.3174 19.7185
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1 2 0.3145 -4.0000 -122.7167 203.8407
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1 2 0.3145 -3.7368 -110.6866 205.7995
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1 2 0.3145 -3.4737 -97.8002 207.0727
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1 2 0.3145 -3.2105 -83.2375 207.5302
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1 2 0.3145 -2.9474 -66.1909 205.7297
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1 2 0.3145 -2.6842 -47.7366 199.0439
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1 2 0.3145 -2.4211 -31.5770 186.8371
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1 2 0.3145 -2.1579 -20.1739 171.8759
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1 2 0.3145 -1.8947 -13.0249 156.9324
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1 2 0.3145 -1.6316 -8.7799 143.1537
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1 2 0.3145 -1.3684 -6.3284 130.9977
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1 2 0.3145 -1.1053 -4.3529 120.4475
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1 2 0.3145 -0.8421 -1.8579 110.4225
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1 2 0.3145 -0.5789 0.8165 99.4159
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1 2 0.3145 -0.3158 2.0447 86.9340
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1 2 0.3145 -0.0526 0.5910 74.2823
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1 2 0.3145 0.2105 -3.0387 63.0008
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1 2 0.3145 0.4737 -7.7200 53.3979
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1 2 0.3145 0.7368 -12.9483 45.1513
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1 2 0.3145 1.0000 -18.5905 38.1624
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1 3 0.3145 -4.0000 -122.6397 203.8114
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1 3 0.3145 -3.7368 -110.6144 205.7678
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1 3 0.3145 -3.4737 -97.7327 207.0408
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1 3 0.3145 -3.2105 -83.1736 207.5000
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1 3 0.3145 -2.9474 -66.1278 205.7027
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1 3 0.3145 -2.6842 -47.6706 199.0194
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1 3 0.3145 -2.4211 -31.5053 186.8114
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1 3 0.3145 -2.1579 -20.0968 171.8442
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1 3 0.3145 -1.8947 -12.9455 156.8911
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1 3 0.3145 -1.6316 -8.7024 143.1012
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1 3 0.3145 -1.3684 -6.2567 130.9345
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1 3 0.3145 -1.1053 -4.2906 120.3748
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1 3 0.3145 -0.8421 -1.8090 110.3426
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1 3 0.3145 -0.5789 0.8484 99.3336
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1 3 0.3145 -0.3158 2.0593 86.8567
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1 3 0.3145 -0.0526 0.5928 74.2164
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1 3 0.3145 0.2105 -3.0432 62.9482
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1 3 0.3145 0.4737 -7.7257 53.3570
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1 3 0.3145 0.7368 -12.9527 45.1196
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1 3 0.3145 1.0000 -18.5924 38.1376
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1 4 0.3145 -4.0000 -124.9860 204.7008
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1 4 0.3145 -3.7368 -112.8138 206.7267
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1 4 0.3145 -3.4737 -99.7884 208.0106
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1 4 0.3145 -3.2105 -85.1202 208.4161
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1 4 0.3145 -2.9474 -68.0491 206.5213
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1 4 0.3145 -2.6842 -49.6818 199.7628
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1 4 0.3145 -2.4211 -33.6914 187.5898
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1 4 0.3145 -2.1579 -22.4482 172.8067
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1 4 0.3145 -1.8947 -15.3672 158.1489
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1 4 0.3145 -1.6316 -11.0657 144.6972
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1 4 0.3145 -1.3684 -8.4414 132.8571
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1 4 0.3145 -1.1053 -6.1886 122.5880
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1 4 0.3145 -0.8421 -3.3008 112.7779
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1 4 0.3145 -0.5789 -0.1257 101.8432
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1 4 0.3145 -0.3158 1.6152 89.2123
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1 4 0.3145 -0.0526 0.5392 76.2247
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1 4 0.3145 0.2105 -2.9062 64.5517
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1 4 0.3145 0.4737 -7.5501 54.6024
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1 4 0.3145 0.7368 -12.8201 46.0851
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1 4 0.3145 1.0000 -18.5368 38.8944
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Average over degenerate eigenstates is performed
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ik = 2 coord.: 0.0000000 0.0000000 0.1666667
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|
-------------------------------------------------------------------
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E( 1 )= -20.7958 eV Re[Sigma]= -65.523299 meV Im[Sigma]= 15.299237 meV Z= 0.997611 lam= 0.002394
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E( 2 )= -2.5926 eV Re[Sigma]= 91.317495 meV Im[Sigma]= 184.015809 meV Z= 1.046154 lam= -0.044118
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E( 3 )= -0.4527 eV Re[Sigma]= 133.606645 meV Im[Sigma]= 76.855142 meV Z= 1.002107 lam= -0.002102
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E( 4 )= -0.4527 eV Re[Sigma]= 133.606645 meV Im[Sigma]= 76.855142 meV Z= 1.002107 lam= -0.002102
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-------------------------------------------------------------------
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WARNING: only the eigenstates within the Fermi window are meaningful
|
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ik = 2 coord.: 0.0000000 0.0000000 0.1666667
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-------------------------------------------------------------------
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ik = 2 w = -4.0000 eV A(k,w) = 0.37429E-04 meV^-1
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ik = 2 w = -3.7368 eV A(k,w) = 0.53568E-04 meV^-1
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ik = 2 w = -3.4737 eV A(k,w) = 0.84685E-04 meV^-1
|
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ik = 2 w = -3.2105 eV A(k,w) = 0.15901E-03 meV^-1
|
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ik = 2 w = -2.9474 eV A(k,w) = 0.41560E-03 meV^-1
|
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ik = 2 w = -2.6842 eV A(k,w) = 0.18475E-02 meV^-1
|
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ik = 2 w = -2.4211 eV A(k,w) = 0.83351E-03 meV^-1
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ik = 2 w = -2.1579 eV A(k,w) = 0.22070E-03 meV^-1
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ik = 2 w = -1.8947 eV A(k,w) = 0.11365E-03 meV^-1
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ik = 2 w = -1.6316 eV A(k,w) = 0.92133E-04 meV^-1
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ik = 2 w = -1.3684 eV A(k,w) = 0.10561E-03 meV^-1
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ik = 2 w = -1.1053 eV A(k,w) = 0.16507E-03 meV^-1
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ik = 2 w = -0.8421 eV A(k,w) = 0.38420E-03 meV^-1
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ik = 2 w = -0.5789 eV A(k,w) = 0.22925E-02 meV^-1
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ik = 2 w = -0.3158 eV A(k,w) = 0.20001E-02 meV^-1
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ik = 2 w = -0.0526 eV A(k,w) = 0.24752E-03 meV^-1
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ik = 2 w = 0.2105 eV A(k,w) = 0.77799E-04 meV^-1
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ik = 2 w = 0.4737 eV A(k,w) = 0.34229E-04 meV^-1
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ik = 2 w = 0.7368 eV A(k,w) = 0.17802E-04 meV^-1
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ik = 2 w = 1.0000 eV A(k,w) = 0.10241E-04 meV^-1
|
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-------------------------------------------------------------------
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|
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2 -4.0000 0.37429E-04
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2 -3.7368 0.53568E-04
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2 -3.4737 0.84685E-04
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2 -3.2105 0.15901E-03
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2 -2.9474 0.41560E-03
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2 -2.6842 0.18475E-02
|
|
2 -2.4211 0.83351E-03
|
|
2 -2.1579 0.22070E-03
|
|
2 -1.8947 0.11365E-03
|
|
2 -1.6316 0.92133E-04
|
|
2 -1.3684 0.10561E-03
|
|
2 -1.1053 0.16507E-03
|
|
2 -0.8421 0.38420E-03
|
|
2 -0.5789 0.22925E-02
|
|
2 -0.3158 0.20001E-02
|
|
2 -0.0526 0.24752E-03
|
|
2 0.2105 0.77799E-04
|
|
2 0.4737 0.34229E-04
|
|
2 0.7368 0.17802E-04
|
|
2 1.0000 0.10241E-04
|
|
2 1 -20.7958 -4.0000 -34.1997 134.0727
|
|
2 1 -20.7958 -3.7368 -27.1875 131.3714
|
|
2 1 -20.7958 -3.4737 -19.9342 127.9140
|
|
2 1 -20.7958 -3.2105 -12.3996 123.5402
|
|
2 1 -20.7958 -2.9474 -4.6366 117.8203
|
|
2 1 -20.7958 -2.6842 2.7697 110.0645
|
|
2 1 -20.7958 -2.4211 8.3938 100.3500
|
|
2 1 -20.7958 -2.1579 11.4485 90.0318
|
|
2 1 -20.7958 -1.8947 12.4087 80.3038
|
|
2 1 -20.7958 -1.6316 12.0354 71.5384
|
|
2 1 -20.7958 -1.3684 10.8159 63.7553
|
|
2 1 -20.7958 -1.1053 9.1673 56.9212
|
|
2 1 -20.7958 -0.8421 7.4574 50.7582
|
|
2 1 -20.7958 -0.5789 5.7066 44.8243
|
|
2 1 -20.7958 -0.3158 3.5413 38.9207
|
|
2 1 -20.7958 -0.0526 0.6550 33.3599
|
|
2 1 -20.7958 0.2105 -2.7769 28.5417
|
|
2 1 -20.7958 0.4737 -6.3946 24.5217
|
|
2 1 -20.7958 0.7368 -10.0103 21.1598
|
|
2 1 -20.7958 1.0000 -13.5631 18.3594
|
|
|
|
2 2 -2.5926 -4.0000 -81.0504 155.1417
|
|
2 2 -2.5926 -3.7368 -72.0908 155.4779
|
|
2 2 -2.5926 -3.4737 -62.6830 155.2556
|
|
2 2 -2.5926 -3.2105 -52.2435 154.4394
|
|
2 2 -2.5926 -2.9474 -40.1864 152.0206
|
|
2 2 -2.5926 -2.6842 -27.3000 146.1516
|
|
2 2 -2.5926 -2.4211 -16.2253 136.4603
|
|
2 2 -2.5926 -2.1579 -8.6262 124.9864
|
|
2 2 -2.5926 -1.8947 -4.0361 113.6687
|
|
2 2 -2.5926 -1.6316 -1.4581 103.2308
|
|
2 2 -2.5926 -1.3684 -0.1405 93.9130
|
|
2 2 -2.5926 -1.1053 0.7527 85.6686
|
|
2 2 -2.5926 -0.8421 1.8119 77.7931
|
|
2 2 -2.5926 -0.5789 2.7557 69.3857
|
|
2 2 -2.5926 -0.3158 2.5672 60.2616
|
|
2 2 -2.5926 -0.0526 0.5861 51.3233
|
|
2 2 -2.5926 0.2105 -2.7485 43.5173
|
|
2 2 -2.5926 0.4737 -6.6612 36.9762
|
|
2 2 -2.5926 0.7368 -10.8035 31.4279
|
|
2 2 -2.5926 1.0000 -15.0984 26.7483
|
|
|
|
2 3 -0.4527 -4.0000 -104.6261 178.8181
|
|
2 3 -0.4527 -3.7368 -94.0166 180.4228
|
|
2 3 -0.4527 -3.4737 -82.6041 181.3158
|
|
2 3 -0.4527 -3.2105 -69.7894 181.3298
|
|
2 3 -0.4527 -2.9474 -55.0138 179.2832
|
|
2 3 -0.4527 -2.6842 -39.2451 173.0787
|
|
2 3 -0.4527 -2.4211 -25.5558 162.3132
|
|
2 3 -0.4527 -2.1579 -15.8747 149.3562
|
|
2 3 -0.4527 -1.8947 -9.6769 136.4387
|
|
2 3 -0.4527 -1.6316 -5.8565 124.3985
|
|
2 3 -0.4527 -1.3684 -3.5831 113.5727
|
|
2 3 -0.4527 -1.1053 -1.8426 103.9711
|
|
2 3 -0.4527 -0.8421 0.1247 94.7450
|
|
2 3 -0.4527 -0.5789 1.9819 84.7520
|
|
2 3 -0.4527 -0.3158 2.4321 73.7354
|
|
2 3 -0.4527 -0.0526 0.6080 62.8345
|
|
2 3 -0.4527 0.2105 -2.9561 53.2598
|
|
2 3 -0.4527 0.4737 -7.2971 45.1878
|
|
2 3 -0.4527 0.7368 -11.9986 38.2951
|
|
2 3 -0.4527 1.0000 -16.9695 32.4612
|
|
|
|
2 4 -0.4527 -4.0000 -105.0547 179.0052
|
|
2 4 -0.4527 -3.7368 -94.4256 180.6311
|
|
2 4 -0.4527 -3.4737 -82.9937 181.5424
|
|
2 4 -0.4527 -3.2105 -70.1579 181.5729
|
|
2 4 -0.4527 -2.9474 -55.3591 179.5395
|
|
2 4 -0.4527 -2.6842 -39.5678 173.3431
|
|
2 4 -0.4527 -2.4211 -25.8603 162.5831
|
|
2 4 -0.4527 -2.1579 -16.1654 149.6353
|
|
2 4 -0.4527 -1.8947 -9.9517 136.7345
|
|
2 4 -0.4527 -1.6316 -6.1060 124.7159
|
|
2 4 -0.4527 -1.3684 -3.7938 113.9096
|
|
2 4 -0.4527 -1.1053 -2.0012 104.3168
|
|
2 4 -0.4527 -0.8421 0.0247 95.0792
|
|
2 4 -0.4527 -0.5789 1.9331 85.0526
|
|
2 4 -0.4527 -0.3158 2.4169 73.9893
|
|
2 4 -0.4527 -0.0526 0.6070 63.0399
|
|
2 4 -0.4527 0.2105 -2.9570 53.4229
|
|
2 4 -0.4527 0.4737 -7.3056 45.3172
|
|
2 4 -0.4527 0.7368 -12.0180 38.3986
|
|
2 4 -0.4527 1.0000 -17.0010 32.5449
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 3 coord.: 0.0000000 0.0000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.3978 eV Re[Sigma]= -56.338196 meV Im[Sigma]= 40.534012 meV Z= 1.002330 lam= -0.002325
|
|
E( 2 )= -9.2191 eV Re[Sigma]= -13.643264 meV Im[Sigma]= 49.627667 meV Z= 0.997292 lam= 0.002716
|
|
E( 3 )= -2.0907 eV Re[Sigma]= 96.624117 meV Im[Sigma]= 145.977186 meV Z= 1.021935 lam= -0.021464
|
|
E( 4 )= -2.0907 eV Re[Sigma]= 96.624117 meV Im[Sigma]= 145.977186 meV Z= 1.021935 lam= -0.021464
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 3 coord.: 0.0000000 0.0000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 3 w = -4.0000 eV A(k,w) = 0.28701E-04 meV^-1
|
|
ik = 3 w = -3.7368 eV A(k,w) = 0.38558E-04 meV^-1
|
|
ik = 3 w = -3.4737 eV A(k,w) = 0.54480E-04 meV^-1
|
|
ik = 3 w = -3.2105 eV A(k,w) = 0.82469E-04 meV^-1
|
|
ik = 3 w = -2.9474 eV A(k,w) = 0.13748E-03 meV^-1
|
|
ik = 3 w = -2.6842 eV A(k,w) = 0.26837E-03 meV^-1
|
|
ik = 3 w = -2.4211 eV A(k,w) = 0.74049E-03 meV^-1
|
|
ik = 3 w = -2.1579 eV A(k,w) = 0.43451E-02 meV^-1
|
|
ik = 3 w = -1.8947 eV A(k,w) = 0.13187E-02 meV^-1
|
|
ik = 3 w = -1.6316 eV A(k,w) = 0.28516E-03 meV^-1
|
|
ik = 3 w = -1.3684 eV A(k,w) = 0.10958E-03 meV^-1
|
|
ik = 3 w = -1.1053 eV A(k,w) = 0.54701E-04 meV^-1
|
|
ik = 3 w = -0.8421 eV A(k,w) = 0.31341E-04 meV^-1
|
|
ik = 3 w = -0.5789 eV A(k,w) = 0.19251E-04 meV^-1
|
|
ik = 3 w = -0.3158 eV A(k,w) = 0.12195E-04 meV^-1
|
|
ik = 3 w = -0.0526 eV A(k,w) = 0.78947E-05 meV^-1
|
|
ik = 3 w = 0.2105 eV A(k,w) = 0.52560E-05 meV^-1
|
|
ik = 3 w = 0.4737 eV A(k,w) = 0.35998E-05 meV^-1
|
|
ik = 3 w = 0.7368 eV A(k,w) = 0.25178E-05 meV^-1
|
|
ik = 3 w = 1.0000 eV A(k,w) = 0.17928E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
3 -4.0000 0.28701E-04
|
|
3 -3.7368 0.38558E-04
|
|
3 -3.4737 0.54480E-04
|
|
3 -3.2105 0.82469E-04
|
|
3 -2.9474 0.13748E-03
|
|
3 -2.6842 0.26837E-03
|
|
3 -2.4211 0.74049E-03
|
|
3 -2.1579 0.43451E-02
|
|
3 -1.8947 0.13187E-02
|
|
3 -1.6316 0.28516E-03
|
|
3 -1.3684 0.10958E-03
|
|
3 -1.1053 0.54701E-04
|
|
3 -0.8421 0.31341E-04
|
|
3 -0.5789 0.19251E-04
|
|
3 -0.3158 0.12195E-04
|
|
3 -0.0526 0.78947E-05
|
|
3 0.2105 0.52560E-05
|
|
3 0.4737 0.35998E-05
|
|
3 0.7368 0.25178E-05
|
|
3 1.0000 0.17928E-05
|
|
3 1 -18.3978 -4.0000 -31.6284 115.3522
|
|
3 1 -18.3978 -3.7368 -25.4149 113.2748
|
|
3 1 -18.3978 -3.4737 -19.0565 110.5197
|
|
3 1 -18.3978 -3.2105 -12.4417 107.0386
|
|
3 1 -18.3978 -2.9474 -5.4918 102.4015
|
|
3 1 -18.3978 -2.6842 1.2709 95.8582
|
|
3 1 -18.3978 -2.4211 6.4642 87.4210
|
|
3 1 -18.3978 -2.1579 9.2914 78.3460
|
|
3 1 -18.3978 -1.8947 10.1437 69.7817
|
|
3 1 -18.3978 -1.6316 9.7210 62.1527
|
|
3 1 -18.3978 -1.3684 8.5620 55.5407
|
|
3 1 -18.3978 -1.1053 7.1713 49.8537
|
|
3 1 -18.3978 -0.8421 5.8890 44.6944
|
|
3 1 -18.3978 -0.5789 4.6255 39.5891
|
|
3 1 -18.3978 -0.3158 2.9453 34.3964
|
|
3 1 -18.3978 -0.0526 0.5535 29.4699
|
|
3 1 -18.3978 0.2105 -2.3642 25.2051
|
|
3 1 -18.3978 0.4737 -5.4606 21.6513
|
|
3 1 -18.3978 0.7368 -8.5641 18.6719
|
|
3 1 -18.3978 1.0000 -11.6281 16.1800
|
|
|
|
3 2 -9.2191 -4.0000 -40.7382 91.0196
|
|
3 2 -9.2191 -3.7368 -35.7759 90.8001
|
|
3 2 -9.2191 -3.4737 -30.5954 90.2452
|
|
3 2 -9.2191 -3.2105 -24.8809 89.3673
|
|
3 2 -9.2191 -2.9474 -18.2715 87.6207
|
|
3 2 -9.2191 -2.6842 -11.1704 83.9313
|
|
3 2 -9.2191 -2.4211 -5.0954 78.0188
|
|
3 2 -9.2191 -2.1579 -1.0805 71.0339
|
|
3 2 -9.2191 -1.8947 1.0842 64.1545
|
|
3 2 -9.2191 -1.6316 1.9849 57.8826
|
|
3 2 -9.2191 -1.3684 2.1242 52.4043
|
|
3 2 -9.2191 -1.1053 2.0530 47.6775
|
|
3 2 -9.2191 -0.8421 2.1419 43.2597
|
|
3 2 -9.2191 -0.5789 2.2376 38.6078
|
|
3 2 -9.2191 -0.3158 1.7708 33.5984
|
|
3 2 -9.2191 -0.0526 0.3765 28.7145
|
|
3 2 -9.2191 0.2105 -1.7082 24.4588
|
|
3 2 -9.2191 0.4737 -4.0680 20.8915
|
|
3 2 -9.2191 0.7368 -6.5237 17.8560
|
|
3 2 -9.2191 1.0000 -9.0457 15.2828
|
|
|
|
3 3 -2.0907 -4.0000 -84.8773 143.8903
|
|
3 3 -2.0907 -3.7368 -76.4014 145.4399
|
|
3 3 -2.0907 -3.4737 -67.2128 146.4412
|
|
3 3 -2.0907 -3.2105 -56.7967 146.7715
|
|
3 3 -2.0907 -2.9474 -44.6301 145.4196
|
|
3 3 -2.0907 -2.6842 -31.5027 140.5526
|
|
3 3 -2.0907 -2.4211 -20.0360 131.7498
|
|
3 3 -2.0907 -2.1579 -11.9562 120.9730
|
|
3 3 -2.0907 -1.8947 -6.9177 110.1653
|
|
3 3 -2.0907 -1.6316 -3.9997 100.1509
|
|
3 3 -2.0907 -1.3684 -2.4131 91.2888
|
|
3 3 -2.0907 -1.1053 -1.2109 83.5575
|
|
3 3 -2.0907 -0.8421 0.2680 76.1794
|
|
3 3 -2.0907 -0.5789 1.7213 68.1577
|
|
3 3 -2.0907 -0.3158 2.0413 59.2749
|
|
3 3 -2.0907 -0.0526 0.5049 50.4863
|
|
3 3 -2.0907 0.2105 -2.4405 42.7939
|
|
3 3 -2.0907 0.4737 -5.9912 36.3391
|
|
3 3 -2.0907 0.7368 -9.7982 30.8369
|
|
3 3 -2.0907 1.0000 -13.8023 26.1686
|
|
|
|
3 4 -2.0907 -4.0000 -86.0719 145.0540
|
|
3 4 -2.0907 -3.7368 -77.3998 146.7269
|
|
3 4 -2.0907 -3.4737 -67.9858 147.7972
|
|
3 4 -2.0907 -3.2105 -57.3271 148.1316
|
|
3 4 -2.0907 -2.9474 -44.9276 146.7070
|
|
3 4 -2.0907 -2.6842 -31.6145 141.6984
|
|
3 4 -2.0907 -2.4211 -20.0391 132.7188
|
|
3 4 -2.0907 -2.1579 -11.9261 121.7784
|
|
3 4 -2.0907 -1.8947 -6.8975 110.8492
|
|
3 4 -2.0907 -1.6316 -3.9990 100.7551
|
|
3 4 -2.0907 -1.3684 -2.4228 91.8398
|
|
3 4 -2.0907 -1.1053 -1.2163 84.0646
|
|
3 4 -2.0907 -0.8421 0.2764 76.6372
|
|
3 4 -2.0907 -0.5789 1.7403 68.5564
|
|
3 4 -2.0907 -0.3158 2.0593 59.6104
|
|
3 4 -2.0907 -0.0526 0.5089 50.7624
|
|
3 4 -2.0907 0.2105 -2.4594 43.0195
|
|
3 4 -2.0907 0.4737 -6.0371 36.5244
|
|
3 4 -2.0907 0.7368 -9.8716 30.9909
|
|
3 4 -2.0907 1.0000 -13.9019 26.2984
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 4 coord.: 0.0000000 0.0000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.6077 eV Re[Sigma]= -40.964900 meV Im[Sigma]= 59.574037 meV Z= 1.004764 lam= -0.004742
|
|
E( 2 )= -14.0678 eV Re[Sigma]= -10.055545 meV Im[Sigma]= 62.458173 meV Z= 1.003648 lam= -0.003634
|
|
E( 3 )= -2.9614 eV Re[Sigma]= 54.148359 meV Im[Sigma]= 173.018188 meV Z= 1.045793 lam= -0.043788
|
|
E( 4 )= -2.9614 eV Re[Sigma]= 54.148359 meV Im[Sigma]= 173.018188 meV Z= 1.045793 lam= -0.043788
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 4 coord.: 0.0000000 0.0000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 4 w = -4.0000 eV A(k,w) = 0.87586E-04 meV^-1
|
|
ik = 4 w = -3.7368 eV A(k,w) = 0.16138E-03 meV^-1
|
|
ik = 4 w = -3.4737 eV A(k,w) = 0.37912E-03 meV^-1
|
|
ik = 4 w = -3.2105 eV A(k,w) = 0.14923E-02 meV^-1
|
|
ik = 4 w = -2.9474 eV A(k,w) = 0.41415E-02 meV^-1
|
|
ik = 4 w = -2.6842 eV A(k,w) = 0.73009E-03 meV^-1
|
|
ik = 4 w = -2.4211 eV A(k,w) = 0.23068E-03 meV^-1
|
|
ik = 4 w = -2.1579 eV A(k,w) = 0.10278E-03 meV^-1
|
|
ik = 4 w = -1.8947 eV A(k,w) = 0.54665E-04 meV^-1
|
|
ik = 4 w = -1.6316 eV A(k,w) = 0.32422E-04 meV^-1
|
|
ik = 4 w = -1.3684 eV A(k,w) = 0.20752E-04 meV^-1
|
|
ik = 4 w = -1.1053 eV A(k,w) = 0.14061E-04 meV^-1
|
|
ik = 4 w = -0.8421 eV A(k,w) = 0.98750E-05 meV^-1
|
|
ik = 4 w = -0.5789 eV A(k,w) = 0.70153E-05 meV^-1
|
|
ik = 4 w = -0.3158 eV A(k,w) = 0.49593E-05 meV^-1
|
|
ik = 4 w = -0.0526 eV A(k,w) = 0.34993E-05 meV^-1
|
|
ik = 4 w = 0.2105 eV A(k,w) = 0.24975E-05 meV^-1
|
|
ik = 4 w = 0.4737 eV A(k,w) = 0.18112E-05 meV^-1
|
|
ik = 4 w = 0.7368 eV A(k,w) = 0.13287E-05 meV^-1
|
|
ik = 4 w = 1.0000 eV A(k,w) = 0.98490E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
4 -4.0000 0.87586E-04
|
|
4 -3.7368 0.16138E-03
|
|
4 -3.4737 0.37912E-03
|
|
4 -3.2105 0.14923E-02
|
|
4 -2.9474 0.41415E-02
|
|
4 -2.6842 0.73009E-03
|
|
4 -2.4211 0.23068E-03
|
|
4 -2.1579 0.10278E-03
|
|
4 -1.8947 0.54665E-04
|
|
4 -1.6316 0.32422E-04
|
|
4 -1.3684 0.20752E-04
|
|
4 -1.1053 0.14061E-04
|
|
4 -0.8421 0.98750E-05
|
|
4 -0.5789 0.70153E-05
|
|
4 -0.3158 0.49593E-05
|
|
4 -0.0526 0.34993E-05
|
|
4 0.2105 0.24975E-05
|
|
4 0.4737 0.18112E-05
|
|
4 0.7368 0.13287E-05
|
|
4 1.0000 0.98490E-06
|
|
4 1 -15.6077 -4.0000 -33.9343 105.1027
|
|
4 1 -15.6077 -3.7368 -27.9302 103.3855
|
|
4 1 -15.6077 -3.4737 -22.0280 101.0240
|
|
4 1 -15.6077 -3.2105 -16.0286 98.2197
|
|
4 1 -15.6077 -2.9474 -9.5603 94.6178
|
|
4 1 -15.6077 -2.6842 -2.9247 89.2770
|
|
4 1 -15.6077 -2.4211 2.4839 81.9601
|
|
4 1 -15.6077 -2.1579 5.7222 73.8035
|
|
4 1 -15.6077 -1.8947 7.0519 65.9590
|
|
4 1 -15.6077 -1.6316 7.1013 58.9049
|
|
4 1 -15.6077 -1.3684 6.3980 52.7823
|
|
4 1 -15.6077 -1.1053 5.4698 47.5166
|
|
4 1 -15.6077 -0.8421 4.6568 42.6922
|
|
4 1 -15.6077 -0.5789 3.8359 37.8302
|
|
4 1 -15.6077 -0.3158 2.5429 32.8202
|
|
4 1 -15.6077 -0.0526 0.4894 28.0543
|
|
4 1 -15.6077 0.2105 -2.1142 23.9405
|
|
4 1 -15.6077 0.4737 -4.9071 20.5207
|
|
4 1 -15.6077 0.7368 -7.7194 17.6492
|
|
4 1 -15.6077 1.0000 -10.5134 15.2403
|
|
|
|
4 2 -14.0678 -4.0000 -26.4830 69.6957
|
|
4 2 -14.0678 -3.7368 -22.8596 69.2860
|
|
4 2 -14.0678 -3.4737 -19.0945 68.4627
|
|
4 2 -14.0678 -3.2105 -15.1032 67.3002
|
|
4 2 -14.0678 -2.9474 -10.6636 65.5559
|
|
4 2 -14.0678 -2.6842 -5.9775 62.5724
|
|
4 2 -14.0678 -2.4211 -2.0157 58.1546
|
|
4 2 -14.0678 -2.1579 0.5527 53.0720
|
|
4 2 -14.0678 -1.8947 1.9029 48.0920
|
|
4 2 -14.0678 -1.6316 2.4219 43.5022
|
|
4 2 -14.0678 -1.3684 2.3967 39.4179
|
|
4 2 -14.0678 -1.1053 2.1763 35.8558
|
|
4 2 -14.0678 -0.8421 2.0440 32.5477
|
|
4 2 -14.0678 -0.5789 1.9313 29.1071
|
|
4 2 -14.0678 -0.3158 1.4446 25.4131
|
|
4 2 -14.0678 -0.0526 0.3002 21.7918
|
|
4 2 -14.0678 0.2105 -1.3523 18.6131
|
|
4 2 -14.0678 0.4737 -3.2179 15.9352
|
|
4 2 -14.0678 0.7368 -5.1628 13.6559
|
|
4 2 -14.0678 1.0000 -7.1558 11.7291
|
|
|
|
4 3 -2.9614 -4.0000 -77.6595 128.7165
|
|
4 3 -2.9614 -3.7368 -69.8974 130.2115
|
|
4 3 -2.9614 -3.4737 -61.5361 131.1656
|
|
4 3 -2.9614 -3.2105 -52.1401 131.4840
|
|
4 3 -2.9614 -2.9474 -41.2549 130.3219
|
|
4 3 -2.9614 -2.6842 -29.5343 126.0991
|
|
4 3 -2.9614 -2.4211 -19.2402 118.4331
|
|
4 3 -2.9614 -2.1579 -11.8637 109.0122
|
|
4 3 -2.9614 -1.8947 -7.1146 99.4854
|
|
4 3 -2.9614 -1.6316 -4.2489 90.5576
|
|
4 3 -2.9614 -1.3684 -2.6166 82.5873
|
|
4 3 -2.9614 -1.1053 -1.3716 75.5962
|
|
4 3 -2.9614 -0.8421 0.0889 68.8979
|
|
4 3 -2.9614 -0.5789 1.4884 61.6004
|
|
4 3 -2.9614 -0.3158 1.8231 53.5261
|
|
4 3 -2.9614 -0.0526 0.4537 45.5568
|
|
4 3 -2.9614 0.2105 -2.1953 38.5994
|
|
4 3 -2.9614 0.4737 -5.3861 32.7726
|
|
4 3 -2.9614 0.7368 -8.8017 27.8080
|
|
4 3 -2.9614 1.0000 -12.3939 23.5930
|
|
|
|
4 4 -2.9614 -4.0000 -77.5530 128.5811
|
|
4 4 -2.9614 -3.7368 -69.8277 130.0669
|
|
4 4 -2.9614 -3.4737 -61.4996 131.0298
|
|
4 4 -2.9614 -3.2105 -52.1256 131.3658
|
|
4 4 -2.9614 -2.9474 -41.2523 130.2229
|
|
4 4 -2.9614 -2.6842 -29.5365 126.0171
|
|
4 4 -2.9614 -2.4211 -19.2427 118.3651
|
|
4 4 -2.9614 -2.1579 -11.8640 108.9544
|
|
4 4 -2.9614 -1.8947 -7.1118 99.4344
|
|
4 4 -2.9614 -1.6316 -4.2436 90.5104
|
|
4 4 -2.9614 -1.3684 -2.6104 82.5423
|
|
4 4 -2.9614 -1.1053 -1.3665 75.5530
|
|
4 4 -2.9614 -0.8421 0.0917 68.8576
|
|
4 4 -2.9614 -0.5789 1.4889 61.5645
|
|
4 4 -2.9614 -0.3158 1.8225 53.4957
|
|
4 4 -2.9614 -0.0526 0.4535 45.5320
|
|
4 4 -2.9614 0.2105 -2.1939 38.5795
|
|
4 4 -2.9614 0.4737 -5.3824 32.7567
|
|
4 4 -2.9614 0.7368 -8.7954 27.7950
|
|
4 4 -2.9614 1.0000 -12.3852 23.5822
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 5 coord.: 0.0000000 0.0000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.3978 eV Re[Sigma]= -56.338090 meV Im[Sigma]= 40.534007 meV Z= 1.002330 lam= -0.002325
|
|
E( 2 )= -9.2191 eV Re[Sigma]= -13.643342 meV Im[Sigma]= 49.627637 meV Z= 0.997292 lam= 0.002716
|
|
E( 3 )= -2.0907 eV Re[Sigma]= 96.624063 meV Im[Sigma]= 145.977469 meV Z= 1.021935 lam= -0.021464
|
|
E( 4 )= -2.0907 eV Re[Sigma]= 96.624063 meV Im[Sigma]= 145.977469 meV Z= 1.021935 lam= -0.021464
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 5 coord.: 0.0000000 0.0000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 5 w = -4.0000 eV A(k,w) = 0.28701E-04 meV^-1
|
|
ik = 5 w = -3.7368 eV A(k,w) = 0.38558E-04 meV^-1
|
|
ik = 5 w = -3.4737 eV A(k,w) = 0.54480E-04 meV^-1
|
|
ik = 5 w = -3.2105 eV A(k,w) = 0.82469E-04 meV^-1
|
|
ik = 5 w = -2.9474 eV A(k,w) = 0.13748E-03 meV^-1
|
|
ik = 5 w = -2.6842 eV A(k,w) = 0.26837E-03 meV^-1
|
|
ik = 5 w = -2.4211 eV A(k,w) = 0.74050E-03 meV^-1
|
|
ik = 5 w = -2.1579 eV A(k,w) = 0.43451E-02 meV^-1
|
|
ik = 5 w = -1.8947 eV A(k,w) = 0.13187E-02 meV^-1
|
|
ik = 5 w = -1.6316 eV A(k,w) = 0.28516E-03 meV^-1
|
|
ik = 5 w = -1.3684 eV A(k,w) = 0.10958E-03 meV^-1
|
|
ik = 5 w = -1.1053 eV A(k,w) = 0.54701E-04 meV^-1
|
|
ik = 5 w = -0.8421 eV A(k,w) = 0.31342E-04 meV^-1
|
|
ik = 5 w = -0.5789 eV A(k,w) = 0.19251E-04 meV^-1
|
|
ik = 5 w = -0.3158 eV A(k,w) = 0.12195E-04 meV^-1
|
|
ik = 5 w = -0.0526 eV A(k,w) = 0.78947E-05 meV^-1
|
|
ik = 5 w = 0.2105 eV A(k,w) = 0.52560E-05 meV^-1
|
|
ik = 5 w = 0.4737 eV A(k,w) = 0.35998E-05 meV^-1
|
|
ik = 5 w = 0.7368 eV A(k,w) = 0.25178E-05 meV^-1
|
|
ik = 5 w = 1.0000 eV A(k,w) = 0.17928E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
5 -4.0000 0.28701E-04
|
|
5 -3.7368 0.38558E-04
|
|
5 -3.4737 0.54480E-04
|
|
5 -3.2105 0.82469E-04
|
|
5 -2.9474 0.13748E-03
|
|
5 -2.6842 0.26837E-03
|
|
5 -2.4211 0.74050E-03
|
|
5 -2.1579 0.43451E-02
|
|
5 -1.8947 0.13187E-02
|
|
5 -1.6316 0.28516E-03
|
|
5 -1.3684 0.10958E-03
|
|
5 -1.1053 0.54701E-04
|
|
5 -0.8421 0.31342E-04
|
|
5 -0.5789 0.19251E-04
|
|
5 -0.3158 0.12195E-04
|
|
5 -0.0526 0.78947E-05
|
|
5 0.2105 0.52560E-05
|
|
5 0.4737 0.35998E-05
|
|
5 0.7368 0.25178E-05
|
|
5 1.0000 0.17928E-05
|
|
5 1 -18.3978 -4.0000 -31.6282 115.3523
|
|
5 1 -18.3978 -3.7368 -25.4147 113.2748
|
|
5 1 -18.3978 -3.4737 -19.0563 110.5197
|
|
5 1 -18.3978 -3.2105 -12.4416 107.0385
|
|
5 1 -18.3978 -2.9474 -5.4917 102.4014
|
|
5 1 -18.3978 -2.6842 1.2709 95.8581
|
|
5 1 -18.3978 -2.4211 6.4642 87.4209
|
|
5 1 -18.3978 -2.1579 9.2914 78.3460
|
|
5 1 -18.3978 -1.8947 10.1437 69.7817
|
|
5 1 -18.3978 -1.6316 9.7209 62.1527
|
|
5 1 -18.3978 -1.3684 8.5620 55.5407
|
|
5 1 -18.3978 -1.1053 7.1713 49.8537
|
|
5 1 -18.3978 -0.8421 5.8890 44.6944
|
|
5 1 -18.3978 -0.5789 4.6255 39.5891
|
|
5 1 -18.3978 -0.3158 2.9453 34.3964
|
|
5 1 -18.3978 -0.0526 0.5535 29.4699
|
|
5 1 -18.3978 0.2105 -2.3642 25.2052
|
|
5 1 -18.3978 0.4737 -5.4606 21.6513
|
|
5 1 -18.3978 0.7368 -8.5641 18.6719
|
|
5 1 -18.3978 1.0000 -11.6281 16.1800
|
|
|
|
5 2 -9.2191 -4.0000 -40.7385 91.0196
|
|
5 2 -9.2191 -3.7368 -35.7762 90.8001
|
|
5 2 -9.2191 -3.4737 -30.5957 90.2452
|
|
5 2 -9.2191 -3.2105 -24.8812 89.3674
|
|
5 2 -9.2191 -2.9474 -18.2719 87.6208
|
|
5 2 -9.2191 -2.6842 -11.1707 83.9316
|
|
5 2 -9.2191 -2.4211 -5.0957 78.0191
|
|
5 2 -9.2191 -2.1579 -1.0807 71.0342
|
|
5 2 -9.2191 -1.8947 1.0840 64.1548
|
|
5 2 -9.2191 -1.6316 1.9847 57.8829
|
|
5 2 -9.2191 -1.3684 2.1240 52.4045
|
|
5 2 -9.2191 -1.1053 2.0529 47.6778
|
|
5 2 -9.2191 -0.8421 2.1418 43.2600
|
|
5 2 -9.2191 -0.5789 2.2376 38.6080
|
|
5 2 -9.2191 -0.3158 1.7708 33.5986
|
|
5 2 -9.2191 -0.0526 0.3765 28.7146
|
|
5 2 -9.2191 0.2105 -1.7082 24.4589
|
|
5 2 -9.2191 0.4737 -4.0680 20.8916
|
|
5 2 -9.2191 0.7368 -6.5237 17.8561
|
|
5 2 -9.2191 1.0000 -9.0457 15.2829
|
|
|
|
5 3 -2.0907 -4.0000 -85.3215 144.3224
|
|
5 3 -2.0907 -3.7368 -76.7727 145.9179
|
|
5 3 -2.0907 -3.4737 -67.5004 146.9449
|
|
5 3 -2.0907 -3.2105 -56.9942 147.2768
|
|
5 3 -2.0907 -2.9474 -44.7410 145.8979
|
|
5 3 -2.0907 -2.6842 -31.5447 140.9784
|
|
5 3 -2.0907 -2.4211 -20.0375 132.1099
|
|
5 3 -2.0907 -2.1579 -11.9454 121.2724
|
|
5 3 -2.0907 -1.8947 -6.9105 110.4196
|
|
5 3 -2.0907 -1.6316 -3.9997 100.3756
|
|
5 3 -2.0907 -1.3684 -2.4169 91.4937
|
|
5 3 -2.0907 -1.1053 -1.2131 83.7462
|
|
5 3 -2.0907 -0.8421 0.2710 76.3497
|
|
5 3 -2.0907 -0.5789 1.7283 68.3061
|
|
5 3 -2.0907 -0.3158 2.0480 59.3998
|
|
5 3 -2.0907 -0.0526 0.5064 50.5891
|
|
5 3 -2.0907 0.2105 -2.4475 42.8778
|
|
5 3 -2.0907 0.4737 -6.0083 36.4081
|
|
5 3 -2.0907 0.7368 -9.8255 30.8942
|
|
5 3 -2.0907 1.0000 -13.8393 26.2169
|
|
|
|
5 4 -2.0907 -4.0000 -85.6282 144.6218
|
|
5 4 -2.0907 -3.7368 -77.0289 146.2489
|
|
5 4 -2.0907 -3.4737 -67.6987 147.2936
|
|
5 4 -2.0907 -3.2105 -57.1301 147.6265
|
|
5 4 -2.0907 -2.9474 -44.8171 146.2289
|
|
5 4 -2.0907 -2.6842 -31.5730 141.2729
|
|
5 4 -2.0907 -2.4211 -20.0379 132.3590
|
|
5 4 -2.0907 -2.1579 -11.9372 121.4793
|
|
5 4 -2.0907 -1.8947 -6.9049 110.5953
|
|
5 4 -2.0907 -1.6316 -3.9992 100.5307
|
|
5 4 -2.0907 -1.3684 -2.4191 91.6352
|
|
5 4 -2.0907 -1.1053 -1.2142 83.8763
|
|
5 4 -2.0907 -0.8421 0.2733 76.4672
|
|
5 4 -2.0907 -0.5789 1.7333 68.4083
|
|
5 4 -2.0907 -0.3158 2.0526 59.4858
|
|
5 4 -2.0907 -0.0526 0.5074 50.6599
|
|
5 4 -2.0907 0.2105 -2.4524 42.9357
|
|
5 4 -2.0907 0.4737 -6.0201 36.4556
|
|
5 4 -2.0907 0.7368 -9.8443 30.9337
|
|
5 4 -2.0907 1.0000 -13.8649 26.2502
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 6 coord.: 0.0000000 0.0000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -20.7958 eV Re[Sigma]= -65.523270 meV Im[Sigma]= 15.299304 meV Z= 0.997611 lam= 0.002394
|
|
E( 2 )= -2.5926 eV Re[Sigma]= 91.317288 meV Im[Sigma]= 184.016155 meV Z= 1.046154 lam= -0.044118
|
|
E( 3 )= -0.4527 eV Re[Sigma]= 133.606627 meV Im[Sigma]= 76.855123 meV Z= 1.002107 lam= -0.002102
|
|
E( 4 )= -0.4527 eV Re[Sigma]= 133.606627 meV Im[Sigma]= 76.855123 meV Z= 1.002107 lam= -0.002102
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 6 coord.: 0.0000000 0.0000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 6 w = -4.0000 eV A(k,w) = 0.37429E-04 meV^-1
|
|
ik = 6 w = -3.7368 eV A(k,w) = 0.53568E-04 meV^-1
|
|
ik = 6 w = -3.4737 eV A(k,w) = 0.84685E-04 meV^-1
|
|
ik = 6 w = -3.2105 eV A(k,w) = 0.15901E-03 meV^-1
|
|
ik = 6 w = -2.9474 eV A(k,w) = 0.41560E-03 meV^-1
|
|
ik = 6 w = -2.6842 eV A(k,w) = 0.18475E-02 meV^-1
|
|
ik = 6 w = -2.4211 eV A(k,w) = 0.83351E-03 meV^-1
|
|
ik = 6 w = -2.1579 eV A(k,w) = 0.22070E-03 meV^-1
|
|
ik = 6 w = -1.8947 eV A(k,w) = 0.11365E-03 meV^-1
|
|
ik = 6 w = -1.6316 eV A(k,w) = 0.92133E-04 meV^-1
|
|
ik = 6 w = -1.3684 eV A(k,w) = 0.10561E-03 meV^-1
|
|
ik = 6 w = -1.1053 eV A(k,w) = 0.16507E-03 meV^-1
|
|
ik = 6 w = -0.8421 eV A(k,w) = 0.38420E-03 meV^-1
|
|
ik = 6 w = -0.5789 eV A(k,w) = 0.22925E-02 meV^-1
|
|
ik = 6 w = -0.3158 eV A(k,w) = 0.20001E-02 meV^-1
|
|
ik = 6 w = -0.0526 eV A(k,w) = 0.24752E-03 meV^-1
|
|
ik = 6 w = 0.2105 eV A(k,w) = 0.77799E-04 meV^-1
|
|
ik = 6 w = 0.4737 eV A(k,w) = 0.34229E-04 meV^-1
|
|
ik = 6 w = 0.7368 eV A(k,w) = 0.17802E-04 meV^-1
|
|
ik = 6 w = 1.0000 eV A(k,w) = 0.10241E-04 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
6 -4.0000 0.37429E-04
|
|
6 -3.7368 0.53568E-04
|
|
6 -3.4737 0.84685E-04
|
|
6 -3.2105 0.15901E-03
|
|
6 -2.9474 0.41560E-03
|
|
6 -2.6842 0.18475E-02
|
|
6 -2.4211 0.83351E-03
|
|
6 -2.1579 0.22070E-03
|
|
6 -1.8947 0.11365E-03
|
|
6 -1.6316 0.92133E-04
|
|
6 -1.3684 0.10561E-03
|
|
6 -1.1053 0.16507E-03
|
|
6 -0.8421 0.38420E-03
|
|
6 -0.5789 0.22925E-02
|
|
6 -0.3158 0.20001E-02
|
|
6 -0.0526 0.24752E-03
|
|
6 0.2105 0.77799E-04
|
|
6 0.4737 0.34229E-04
|
|
6 0.7368 0.17802E-04
|
|
6 1.0000 0.10241E-04
|
|
6 1 -20.7958 -4.0000 -34.1997 134.0728
|
|
6 1 -20.7958 -3.7368 -27.1874 131.3714
|
|
6 1 -20.7958 -3.4737 -19.9341 127.9140
|
|
6 1 -20.7958 -3.2105 -12.3996 123.5402
|
|
6 1 -20.7958 -2.9474 -4.6365 117.8203
|
|
6 1 -20.7958 -2.6842 2.7697 110.0645
|
|
6 1 -20.7958 -2.4211 8.3938 100.3499
|
|
6 1 -20.7958 -2.1579 11.4485 90.0318
|
|
6 1 -20.7958 -1.8947 12.4087 80.3037
|
|
6 1 -20.7958 -1.6316 12.0354 71.5384
|
|
6 1 -20.7958 -1.3684 10.8159 63.7552
|
|
6 1 -20.7958 -1.1053 9.1673 56.9212
|
|
6 1 -20.7958 -0.8421 7.4574 50.7582
|
|
6 1 -20.7958 -0.5789 5.7066 44.8243
|
|
6 1 -20.7958 -0.3158 3.5413 38.9207
|
|
6 1 -20.7958 -0.0526 0.6550 33.3599
|
|
6 1 -20.7958 0.2105 -2.7769 28.5417
|
|
6 1 -20.7958 0.4737 -6.3946 24.5217
|
|
6 1 -20.7958 0.7368 -10.0103 21.1598
|
|
6 1 -20.7958 1.0000 -13.5631 18.3594
|
|
|
|
6 2 -2.5926 -4.0000 -81.0507 155.1418
|
|
6 2 -2.5926 -3.7368 -72.0911 155.4780
|
|
6 2 -2.5926 -3.4737 -62.6833 155.2556
|
|
6 2 -2.5926 -3.2105 -52.2438 154.4394
|
|
6 2 -2.5926 -2.9474 -40.1867 152.0208
|
|
6 2 -2.5926 -2.6842 -27.3003 146.1518
|
|
6 2 -2.5926 -2.4211 -16.2255 136.4605
|
|
6 2 -2.5926 -2.1579 -8.6263 124.9866
|
|
6 2 -2.5926 -1.8947 -4.0363 113.6689
|
|
6 2 -2.5926 -1.6316 -1.4582 103.2310
|
|
6 2 -2.5926 -1.3684 -0.1406 93.9132
|
|
6 2 -2.5926 -1.1053 0.7526 85.6688
|
|
6 2 -2.5926 -0.8421 1.8119 77.7933
|
|
6 2 -2.5926 -0.5789 2.7557 69.3859
|
|
6 2 -2.5926 -0.3158 2.5672 60.2617
|
|
6 2 -2.5926 -0.0526 0.5861 51.3233
|
|
6 2 -2.5926 0.2105 -2.7485 43.5173
|
|
6 2 -2.5926 0.4737 -6.6612 36.9762
|
|
6 2 -2.5926 0.7368 -10.8036 31.4279
|
|
6 2 -2.5926 1.0000 -15.0984 26.7483
|
|
|
|
6 3 -0.4527 -4.0000 -104.9937 178.9785
|
|
6 3 -0.4527 -3.7368 -94.3674 180.6013
|
|
6 3 -0.4527 -3.4737 -82.9382 181.5101
|
|
6 3 -0.4527 -3.2105 -70.1054 181.5382
|
|
6 3 -0.4527 -2.9474 -55.3100 179.5029
|
|
6 3 -0.4527 -2.6842 -39.5218 173.3054
|
|
6 3 -0.4527 -2.4211 -25.8170 162.5446
|
|
6 3 -0.4527 -2.1579 -16.1240 149.5955
|
|
6 3 -0.4527 -1.8947 -9.9126 136.6923
|
|
6 3 -0.4527 -1.6316 -6.0705 124.6706
|
|
6 3 -0.4527 -1.3684 -3.7638 113.8616
|
|
6 3 -0.4527 -1.1053 -1.9786 104.2676
|
|
6 3 -0.4527 -0.8421 0.0389 95.0316
|
|
6 3 -0.4527 -0.5789 1.9400 85.0098
|
|
6 3 -0.4527 -0.3158 2.4191 73.9531
|
|
6 3 -0.4527 -0.0526 0.6072 63.0106
|
|
6 3 -0.4527 0.2105 -2.9569 53.3997
|
|
6 3 -0.4527 0.4737 -7.3043 45.2988
|
|
6 3 -0.4527 0.7368 -12.0152 38.3839
|
|
6 3 -0.4527 1.0000 -16.9965 32.5330
|
|
|
|
6 4 -0.4527 -4.0000 -104.6871 178.8448
|
|
6 4 -0.4527 -3.7368 -94.0748 180.4525
|
|
6 4 -0.4527 -3.4737 -82.6596 181.3481
|
|
6 4 -0.4527 -3.2105 -69.8419 181.3644
|
|
6 4 -0.4527 -2.9474 -55.0630 179.3197
|
|
6 4 -0.4527 -2.6842 -39.2910 173.1164
|
|
6 4 -0.4527 -2.4211 -25.5991 162.3517
|
|
6 4 -0.4527 -2.1579 -15.9161 149.3960
|
|
6 4 -0.4527 -1.8947 -9.7160 136.4808
|
|
6 4 -0.4527 -1.6316 -5.8920 124.4437
|
|
6 4 -0.4527 -1.3684 -3.6131 113.6207
|
|
6 4 -0.4527 -1.1053 -1.8651 104.0203
|
|
6 4 -0.4527 -0.8421 0.1104 94.7926
|
|
6 4 -0.4527 -0.5789 1.9749 84.7948
|
|
6 4 -0.4527 -0.3158 2.4300 73.7716
|
|
6 4 -0.4527 -0.0526 0.6078 62.8637
|
|
6 4 -0.4527 0.2105 -2.9563 53.2831
|
|
6 4 -0.4527 0.4737 -7.2983 45.2062
|
|
6 4 -0.4527 0.7368 -12.0013 38.3098
|
|
6 4 -0.4527 1.0000 -16.9740 32.4731
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 7 coord.: 0.0000000 0.1666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -20.7958 eV Re[Sigma]= -65.485237 meV Im[Sigma]= 15.407221 meV Z= 0.997690 lam= 0.002315
|
|
E( 2 )= -2.5926 eV Re[Sigma]= 90.770809 meV Im[Sigma]= 187.315137 meV Z= 1.047554 lam= -0.045395
|
|
E( 3 )= -0.4527 eV Re[Sigma]= 131.286197 meV Im[Sigma]= 74.632485 meV Z= 1.001742 lam= -0.001739
|
|
E( 4 )= -0.4527 eV Re[Sigma]= 131.286197 meV Im[Sigma]= 74.632485 meV Z= 1.001742 lam= -0.001739
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 7 coord.: 0.0000000 0.1666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 7 w = -4.0000 eV A(k,w) = 0.37540E-04 meV^-1
|
|
ik = 7 w = -3.7368 eV A(k,w) = 0.53840E-04 meV^-1
|
|
ik = 7 w = -3.4737 eV A(k,w) = 0.85339E-04 meV^-1
|
|
ik = 7 w = -3.2105 eV A(k,w) = 0.16072E-03 meV^-1
|
|
ik = 7 w = -2.9474 eV A(k,w) = 0.42078E-03 meV^-1
|
|
ik = 7 w = -2.6842 eV A(k,w) = 0.18388E-02 meV^-1
|
|
ik = 7 w = -2.4211 eV A(k,w) = 0.83293E-03 meV^-1
|
|
ik = 7 w = -2.1579 eV A(k,w) = 0.22210E-03 meV^-1
|
|
ik = 7 w = -1.8947 eV A(k,w) = 0.11342E-03 meV^-1
|
|
ik = 7 w = -1.6316 eV A(k,w) = 0.90834E-04 meV^-1
|
|
ik = 7 w = -1.3684 eV A(k,w) = 0.10322E-03 meV^-1
|
|
ik = 7 w = -1.1053 eV A(k,w) = 0.16077E-03 meV^-1
|
|
ik = 7 w = -0.8421 eV A(k,w) = 0.37457E-03 meV^-1
|
|
ik = 7 w = -0.5789 eV A(k,w) = 0.22681E-02 meV^-1
|
|
ik = 7 w = -0.3158 eV A(k,w) = 0.19724E-02 meV^-1
|
|
ik = 7 w = -0.0526 eV A(k,w) = 0.24276E-03 meV^-1
|
|
ik = 7 w = 0.2105 eV A(k,w) = 0.76601E-04 meV^-1
|
|
ik = 7 w = 0.4737 eV A(k,w) = 0.33819E-04 meV^-1
|
|
ik = 7 w = 0.7368 eV A(k,w) = 0.17623E-04 meV^-1
|
|
ik = 7 w = 1.0000 eV A(k,w) = 0.10145E-04 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
7 -4.0000 0.37540E-04
|
|
7 -3.7368 0.53840E-04
|
|
7 -3.4737 0.85339E-04
|
|
7 -3.2105 0.16072E-03
|
|
7 -2.9474 0.42078E-03
|
|
7 -2.6842 0.18388E-02
|
|
7 -2.4211 0.83293E-03
|
|
7 -2.1579 0.22210E-03
|
|
7 -1.8947 0.11342E-03
|
|
7 -1.6316 0.90834E-04
|
|
7 -1.3684 0.10322E-03
|
|
7 -1.1053 0.16077E-03
|
|
7 -0.8421 0.37457E-03
|
|
7 -0.5789 0.22681E-02
|
|
7 -0.3158 0.19724E-02
|
|
7 -0.0526 0.24276E-03
|
|
7 0.2105 0.76601E-04
|
|
7 0.4737 0.33819E-04
|
|
7 0.7368 0.17623E-04
|
|
7 1.0000 0.10145E-04
|
|
7 1 -20.7958 -4.0000 -34.2741 134.2138
|
|
7 1 -20.7958 -3.7368 -27.2509 131.4818
|
|
7 1 -20.7958 -3.4737 -20.0234 128.0062
|
|
7 1 -20.7958 -3.2105 -12.5283 123.6620
|
|
7 1 -20.7958 -2.9474 -4.7649 118.0185
|
|
7 1 -20.7958 -2.6842 2.7117 110.3338
|
|
7 1 -20.7958 -2.4211 8.4498 100.6301
|
|
7 1 -20.7958 -2.1579 11.6065 90.2485
|
|
7 1 -20.7958 -1.8947 12.6093 80.4101
|
|
7 1 -20.7958 -1.6316 12.2042 71.5422
|
|
7 1 -20.7958 -1.3684 10.9118 63.7112
|
|
7 1 -20.7958 -1.1053 9.2016 56.8830
|
|
7 1 -20.7958 -0.8421 7.4621 50.7447
|
|
7 1 -20.7958 -0.5789 5.7024 44.8315
|
|
7 1 -20.7958 -0.3158 3.5361 38.9426
|
|
7 1 -20.7958 -0.0526 0.6536 33.3928
|
|
7 1 -20.7958 0.2105 -2.7699 28.5811
|
|
7 1 -20.7958 0.4737 -6.3780 24.5611
|
|
7 1 -20.7958 0.7368 -9.9870 21.1941
|
|
7 1 -20.7958 1.0000 -13.5371 18.3872
|
|
|
|
7 2 -2.5926 -4.0000 -82.9083 156.2818
|
|
7 2 -2.5926 -3.7368 -73.8483 156.8180
|
|
7 2 -2.5926 -3.4737 -64.3095 156.7868
|
|
7 2 -2.5926 -3.2105 -53.7058 156.1499
|
|
7 2 -2.5926 -2.9474 -41.4433 153.8994
|
|
7 2 -2.5926 -2.6842 -28.2865 148.1715
|
|
7 2 -2.5926 -2.4211 -16.8667 138.5404
|
|
7 2 -2.5926 -2.1579 -8.8949 126.9745
|
|
7 2 -2.5926 -1.8947 -4.0300 115.3928
|
|
7 2 -2.5926 -1.6316 -1.3877 104.6345
|
|
7 2 -2.5926 -1.3684 -0.1801 95.1049
|
|
7 2 -2.5926 -1.1053 0.5631 86.8125
|
|
7 2 -2.5926 -0.8421 1.5250 79.0069
|
|
7 2 -2.5926 -0.5789 2.4545 70.7308
|
|
7 2 -2.5926 -0.3158 2.3425 61.7583
|
|
7 2 -2.5926 -0.0526 0.5380 52.9556
|
|
7 2 -2.5926 0.2105 -2.5206 45.2056
|
|
7 2 -2.5926 0.4737 -6.1260 38.5716
|
|
7 2 -2.5926 0.7368 -10.0412 32.7987
|
|
7 2 -2.5926 1.0000 -14.2348 27.8540
|
|
|
|
7 3 -0.4527 -4.0000 -100.0809 176.3239
|
|
7 3 -0.4527 -3.7368 -89.6761 177.5866
|
|
7 3 -0.4527 -3.4737 -78.5853 178.1769
|
|
7 3 -0.4527 -3.2105 -66.1543 177.9936
|
|
7 3 -0.4527 -2.9474 -51.7439 175.8384
|
|
7 3 -0.4527 -2.6842 -36.3093 169.5456
|
|
7 3 -0.4527 -2.4211 -22.9748 158.6822
|
|
7 3 -0.4527 -2.1579 -13.7179 145.6535
|
|
7 3 -0.4527 -1.8947 -8.0108 132.7562
|
|
7 3 -0.4527 -1.6316 -4.6936 120.8756
|
|
7 3 -0.4527 -1.3684 -2.8559 110.3428
|
|
7 3 -0.4527 -1.1053 -1.4413 101.1033
|
|
7 3 -0.4527 -0.8421 0.2867 92.2605
|
|
7 3 -0.4527 -0.5789 1.9726 82.6790
|
|
7 3 -0.4527 -0.3158 2.3485 72.1080
|
|
7 3 -0.4527 -0.0526 0.5812 61.6412
|
|
7 3 -0.4527 0.2105 -2.8109 52.4185
|
|
7 3 -0.4527 0.4737 -6.9310 44.5768
|
|
7 3 -0.4527 0.7368 -11.4302 37.8127
|
|
7 3 -0.4527 1.0000 -16.2420 32.0517
|
|
|
|
7 4 -0.4527 -4.0000 -100.0809 176.3239
|
|
7 4 -0.4527 -3.7368 -89.6761 177.5866
|
|
7 4 -0.4527 -3.4737 -78.5853 178.1769
|
|
7 4 -0.4527 -3.2105 -66.1543 177.9936
|
|
7 4 -0.4527 -2.9474 -51.7439 175.8384
|
|
7 4 -0.4527 -2.6842 -36.3093 169.5456
|
|
7 4 -0.4527 -2.4211 -22.9748 158.6821
|
|
7 4 -0.4527 -2.1579 -13.7179 145.6535
|
|
7 4 -0.4527 -1.8947 -8.0108 132.7561
|
|
7 4 -0.4527 -1.6316 -4.6936 120.8756
|
|
7 4 -0.4527 -1.3684 -2.8559 110.3428
|
|
7 4 -0.4527 -1.1053 -1.4413 101.1033
|
|
7 4 -0.4527 -0.8421 0.2867 92.2605
|
|
7 4 -0.4527 -0.5789 1.9726 82.6790
|
|
7 4 -0.4527 -0.3158 2.3485 72.1080
|
|
7 4 -0.4527 -0.0526 0.5812 61.6412
|
|
7 4 -0.4527 0.2105 -2.8108 52.4185
|
|
7 4 -0.4527 0.4737 -6.9310 44.5768
|
|
7 4 -0.4527 0.7368 -11.4302 37.8127
|
|
7 4 -0.4527 1.0000 -16.2420 32.0517
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 8 coord.: 0.0000000 0.1666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -20.5714 eV Re[Sigma]= -65.354278 meV Im[Sigma]= 17.272243 meV Z= 0.996894 lam= 0.003115
|
|
E( 2 )= -1.7294 eV Re[Sigma]= 116.919039 meV Im[Sigma]= 132.881882 meV Z= 1.010075 lam= -0.009975
|
|
E( 3 )= -1.5590 eV Re[Sigma]= 114.246482 meV Im[Sigma]= 113.310090 meV Z= 1.005604 lam= -0.005573
|
|
E( 4 )= -1.5590 eV Re[Sigma]= 114.246482 meV Im[Sigma]= 113.310090 meV Z= 1.005604 lam= -0.005573
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 8 coord.: 0.0000000 0.1666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 8 w = -4.0000 eV A(k,w) = 0.29216E-04 meV^-1
|
|
ik = 8 w = -3.7368 eV A(k,w) = 0.37099E-04 meV^-1
|
|
ik = 8 w = -3.4737 eV A(k,w) = 0.48392E-04 meV^-1
|
|
ik = 8 w = -3.2105 eV A(k,w) = 0.65348E-04 meV^-1
|
|
ik = 8 w = -2.9474 eV A(k,w) = 0.91923E-04 meV^-1
|
|
ik = 8 w = -2.6842 eV A(k,w) = 0.13622E-03 meV^-1
|
|
ik = 8 w = -2.4211 eV A(k,w) = 0.22239E-03 meV^-1
|
|
ik = 8 w = -2.1579 eV A(k,w) = 0.45128E-03 meV^-1
|
|
ik = 8 w = -1.8947 eV A(k,w) = 0.15791E-02 meV^-1
|
|
ik = 8 w = -1.6316 eV A(k,w) = 0.57303E-02 meV^-1
|
|
ik = 8 w = -1.3684 eV A(k,w) = 0.15628E-02 meV^-1
|
|
ik = 8 w = -1.1053 eV A(k,w) = 0.33735E-03 meV^-1
|
|
ik = 8 w = -0.8421 eV A(k,w) = 0.13302E-03 meV^-1
|
|
ik = 8 w = -0.5789 eV A(k,w) = 0.66165E-04 meV^-1
|
|
ik = 8 w = -0.3158 eV A(k,w) = 0.36563E-04 meV^-1
|
|
ik = 8 w = -0.0526 eV A(k,w) = 0.21477E-04 meV^-1
|
|
ik = 8 w = 0.2105 eV A(k,w) = 0.13279E-04 meV^-1
|
|
ik = 8 w = 0.4737 eV A(k,w) = 0.85779E-05 meV^-1
|
|
ik = 8 w = 0.7368 eV A(k,w) = 0.57242E-05 meV^-1
|
|
ik = 8 w = 1.0000 eV A(k,w) = 0.39238E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
8 -4.0000 0.29216E-04
|
|
8 -3.7368 0.37099E-04
|
|
8 -3.4737 0.48392E-04
|
|
8 -3.2105 0.65348E-04
|
|
8 -2.9474 0.91923E-04
|
|
8 -2.6842 0.13622E-03
|
|
8 -2.4211 0.22239E-03
|
|
8 -2.1579 0.45128E-03
|
|
8 -1.8947 0.15791E-02
|
|
8 -1.6316 0.57303E-02
|
|
8 -1.3684 0.15628E-02
|
|
8 -1.1053 0.33735E-03
|
|
8 -0.8421 0.13302E-03
|
|
8 -0.5789 0.66165E-04
|
|
8 -0.3158 0.36563E-04
|
|
8 -0.0526 0.21477E-04
|
|
8 0.2105 0.13279E-04
|
|
8 0.4737 0.85779E-05
|
|
8 0.7368 0.57242E-05
|
|
8 1.0000 0.39238E-05
|
|
8 1 -20.5714 -4.0000 -33.2025 131.8753
|
|
8 1 -20.5714 -3.7368 -26.2163 129.3379
|
|
8 1 -20.5714 -3.4737 -18.9198 126.0263
|
|
8 1 -20.5714 -3.2105 -11.2949 121.7379
|
|
8 1 -20.5714 -2.9474 -3.4324 116.0311
|
|
8 1 -20.5714 -2.6842 4.0582 108.2174
|
|
8 1 -20.5714 -2.4211 9.7175 98.3653
|
|
8 1 -20.5714 -2.1579 12.6948 87.8546
|
|
8 1 -20.5714 -1.8947 13.4307 77.9630
|
|
8 1 -20.5714 -1.6316 12.7228 69.1592
|
|
8 1 -20.5714 -1.3684 11.1635 61.5123
|
|
8 1 -20.5714 -1.1053 9.2779 54.9379
|
|
8 1 -20.5714 -0.8421 7.4518 49.0581
|
|
8 1 -20.5714 -0.5789 5.6574 43.3821
|
|
8 1 -20.5714 -0.3158 3.4883 37.7184
|
|
8 1 -20.5714 -0.0526 0.6414 32.3850
|
|
8 1 -20.5714 0.2105 -2.7067 27.7648
|
|
8 1 -20.5714 0.4737 -6.2143 23.8982
|
|
8 1 -20.5714 0.7368 -9.7158 20.6464
|
|
8 1 -20.5714 1.0000 -13.1633 17.9244
|
|
|
|
8 2 -1.7294 -4.0000 -93.6549 166.9011
|
|
8 2 -1.7294 -3.7368 -83.7451 168.0426
|
|
8 2 -1.7294 -3.4737 -73.1331 168.5079
|
|
8 2 -1.7294 -3.2105 -61.2478 168.1432
|
|
8 2 -1.7294 -2.9474 -47.5770 165.8272
|
|
8 2 -1.7294 -2.6842 -33.0563 159.5989
|
|
8 2 -1.7294 -2.4211 -20.5954 149.1006
|
|
8 2 -1.7294 -2.1579 -12.0352 136.6031
|
|
8 2 -1.7294 -1.8947 -6.8778 124.2905
|
|
8 2 -1.7294 -1.6316 -3.9944 113.0326
|
|
8 2 -1.7294 -1.3684 -2.4689 103.1291
|
|
8 2 -1.7294 -1.1053 -1.2856 94.4899
|
|
8 2 -1.7294 -0.8421 0.2579 86.2475
|
|
8 2 -1.7294 -0.5789 1.8415 77.2908
|
|
8 2 -1.7294 -0.3158 2.2386 67.3155
|
|
8 2 -1.7294 -0.0526 0.5641 57.3367
|
|
8 2 -1.7294 0.2105 -2.7681 48.5179
|
|
8 2 -1.7294 0.4737 -6.8731 41.1011
|
|
8 2 -1.7294 0.7368 -11.3131 34.8218
|
|
8 2 -1.7294 1.0000 -15.9637 29.5451
|
|
|
|
8 3 -1.5590 -4.0000 -87.5392 158.0081
|
|
8 3 -1.5590 -3.7368 -78.3599 159.0451
|
|
8 3 -1.5590 -3.4737 -68.5543 159.5225
|
|
8 3 -1.5590 -3.2105 -57.5205 159.3502
|
|
8 3 -1.5590 -2.9474 -44.6534 157.4464
|
|
8 3 -1.5590 -2.6842 -30.7663 151.8248
|
|
8 3 -1.5590 -2.4211 -18.6710 141.9941
|
|
8 3 -1.5590 -2.1579 -10.2598 130.0491
|
|
8 3 -1.5590 -1.8947 -5.1840 118.1125
|
|
8 3 -1.5590 -1.6316 -2.4360 107.1041
|
|
8 3 -1.5590 -1.3684 -1.1425 97.4180
|
|
8 3 -1.5590 -1.1053 -0.2723 89.0371
|
|
8 3 -1.5590 -0.8421 0.9097 81.1455
|
|
8 3 -1.5590 -0.5789 2.1399 72.6749
|
|
8 3 -1.5590 -0.3158 2.2865 63.3271
|
|
8 3 -1.5590 -0.0526 0.5519 54.0385
|
|
8 3 -1.5590 0.2105 -2.6541 45.8540
|
|
8 3 -1.5590 0.4737 -6.5208 38.9504
|
|
8 3 -1.5590 0.7368 -10.6829 33.0622
|
|
8 3 -1.5590 1.0000 -15.0568 28.0808
|
|
|
|
8 4 -1.5590 -4.0000 -83.6760 155.6998
|
|
8 4 -1.5590 -3.7368 -74.6525 156.3687
|
|
8 4 -1.5590 -3.4737 -65.1036 156.4615
|
|
8 4 -1.5590 -3.2105 -54.4484 155.9235
|
|
8 4 -1.5590 -2.9474 -42.0993 153.7210
|
|
8 4 -1.5590 -2.6842 -28.8671 147.9596
|
|
8 4 -1.5590 -2.4211 -17.4578 138.2469
|
|
8 4 -1.5590 -2.1579 -9.5939 126.6507
|
|
8 4 -1.5590 -1.8947 -4.8462 115.1525
|
|
8 4 -1.5590 -1.6316 -2.2444 104.5477
|
|
8 4 -1.5590 -1.3684 -0.9932 95.1782
|
|
8 4 -1.5590 -1.1053 -0.1303 87.0252
|
|
8 4 -1.5590 -0.8421 1.0325 79.3020
|
|
8 4 -1.5590 -0.5789 2.2178 70.9841
|
|
8 4 -1.5590 -0.3158 2.3162 61.8032
|
|
8 4 -1.5590 -0.0526 0.5547 52.6881
|
|
8 4 -1.5590 0.2105 -2.6602 44.6692
|
|
8 4 -1.5590 0.4737 -6.5244 37.9286
|
|
8 4 -1.5590 0.7368 -10.6623 32.2039
|
|
8 4 -1.5590 1.0000 -14.9841 27.3732
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 9 coord.: 0.0000000 0.1666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.005744 meV Im[Sigma]= 43.009110 meV Z= 1.007519 lam= -0.007463
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.493175 meV Im[Sigma]= 103.624918 meV Z= 1.018621 lam= -0.018280
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 46.957264 meV Im[Sigma]= 163.846516 meV Z= 1.034365 lam= -0.033223
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.524963 meV Im[Sigma]= 170.824532 meV Z= 1.043891 lam= -0.042045
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 9 coord.: 0.0000000 0.1666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 9 w = -4.0000 eV A(k,w) = 0.12241E-03 meV^-1
|
|
ik = 9 w = -3.7368 eV A(k,w) = 0.28611E-03 meV^-1
|
|
ik = 9 w = -3.4737 eV A(k,w) = 0.13006E-02 meV^-1
|
|
ik = 9 w = -3.2105 eV A(k,w) = 0.14067E-02 meV^-1
|
|
ik = 9 w = -2.9474 eV A(k,w) = 0.64294E-03 meV^-1
|
|
ik = 9 w = -2.6842 eV A(k,w) = 0.21305E-02 meV^-1
|
|
ik = 9 w = -2.4211 eV A(k,w) = 0.77361E-03 meV^-1
|
|
ik = 9 w = -2.1579 eV A(k,w) = 0.19334E-03 meV^-1
|
|
ik = 9 w = -1.8947 eV A(k,w) = 0.80421E-04 meV^-1
|
|
ik = 9 w = -1.6316 eV A(k,w) = 0.42236E-04 meV^-1
|
|
ik = 9 w = -1.3684 eV A(k,w) = 0.25247E-04 meV^-1
|
|
ik = 9 w = -1.1053 eV A(k,w) = 0.16405E-04 meV^-1
|
|
ik = 9 w = -0.8421 eV A(k,w) = 0.11214E-04 meV^-1
|
|
ik = 9 w = -0.5789 eV A(k,w) = 0.78281E-05 meV^-1
|
|
ik = 9 w = -0.3158 eV A(k,w) = 0.54751E-05 meV^-1
|
|
ik = 9 w = -0.0526 eV A(k,w) = 0.38398E-05 meV^-1
|
|
ik = 9 w = 0.2105 eV A(k,w) = 0.27315E-05 meV^-1
|
|
ik = 9 w = 0.4737 eV A(k,w) = 0.19784E-05 meV^-1
|
|
ik = 9 w = 0.7368 eV A(k,w) = 0.14524E-05 meV^-1
|
|
ik = 9 w = 1.0000 eV A(k,w) = 0.10793E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
9 -4.0000 0.12241E-03
|
|
9 -3.7368 0.28611E-03
|
|
9 -3.4737 0.13006E-02
|
|
9 -3.2105 0.14067E-02
|
|
9 -2.9474 0.64294E-03
|
|
9 -2.6842 0.21305E-02
|
|
9 -2.4211 0.77361E-03
|
|
9 -2.1579 0.19334E-03
|
|
9 -1.8947 0.80421E-04
|
|
9 -1.6316 0.42236E-04
|
|
9 -1.3684 0.25247E-04
|
|
9 -1.1053 0.16405E-04
|
|
9 -0.8421 0.11214E-04
|
|
9 -0.5789 0.78281E-05
|
|
9 -0.3158 0.54751E-05
|
|
9 -0.0526 0.38398E-05
|
|
9 0.2105 0.27315E-05
|
|
9 0.4737 0.19784E-05
|
|
9 0.7368 0.14524E-05
|
|
9 1.0000 0.10793E-05
|
|
9 1 -18.6527 -4.0000 -30.1609 117.1586
|
|
9 1 -18.6527 -3.7368 -24.0885 114.6327
|
|
9 1 -18.6527 -3.4737 -17.9812 111.5094
|
|
9 1 -18.6527 -3.2105 -11.7041 107.8032
|
|
9 1 -18.6527 -2.9474 -5.0803 103.1276
|
|
9 1 -18.6527 -2.6842 1.4749 96.6746
|
|
9 1 -18.6527 -2.4211 6.6034 88.3513
|
|
9 1 -18.6527 -2.1579 9.4697 79.3399
|
|
9 1 -18.6527 -1.8947 10.4056 70.7547
|
|
9 1 -18.6527 -1.6316 10.0499 63.0251
|
|
9 1 -18.6527 -1.3684 8.9010 56.2716
|
|
9 1 -18.6527 -1.1053 7.4608 50.4507
|
|
9 1 -18.6527 -0.8421 6.0965 45.1960
|
|
9 1 -18.6527 -0.5789 4.7522 40.0335
|
|
9 1 -18.6527 -0.3158 3.0066 34.8034
|
|
9 1 -18.6527 -0.0526 0.5627 29.8462
|
|
9 1 -18.6527 0.2105 -2.3975 25.5519
|
|
9 1 -18.6527 0.4737 -5.5313 21.9660
|
|
9 1 -18.6527 0.7368 -8.6725 18.9519
|
|
9 1 -18.6527 1.0000 -11.7773 16.4267
|
|
|
|
9 2 -6.9063 -4.0000 -50.7960 105.1381
|
|
9 2 -6.9063 -3.7368 -44.9086 105.1240
|
|
9 2 -6.9063 -3.4737 -38.7454 104.7039
|
|
9 2 -6.9063 -3.2105 -31.9519 103.8888
|
|
9 2 -6.9063 -2.9474 -24.1237 102.0514
|
|
9 2 -6.9063 -2.6842 -15.7390 97.9740
|
|
9 2 -6.9063 -2.4211 -8.5186 91.3737
|
|
9 2 -6.9063 -2.1579 -3.5797 83.5528
|
|
9 2 -6.9063 -1.8947 -0.6731 75.7746
|
|
9 2 -6.9063 -1.6316 0.7994 68.5681
|
|
9 2 -6.9063 -1.3684 1.3504 62.1769
|
|
9 2 -6.9063 -1.1053 1.6036 56.5958
|
|
9 2 -6.9063 -0.8421 1.9922 51.3291
|
|
9 2 -6.9063 -0.5789 2.3330 45.7542
|
|
9 2 -6.9063 -0.3158 1.9516 39.7449
|
|
9 2 -6.9063 -0.0526 0.4251 33.8930
|
|
9 2 -6.9063 0.2105 -1.9489 28.8044
|
|
9 2 -6.9063 0.4737 -4.6633 24.5498
|
|
9 2 -6.9063 0.7368 -7.4972 20.9379
|
|
9 2 -6.9063 1.0000 -10.4130 17.8809
|
|
|
|
9 3 -3.2910 -4.0000 -68.2117 124.7416
|
|
9 3 -3.2910 -3.7368 -61.1014 125.5185
|
|
9 3 -3.2910 -3.4737 -53.5107 125.8349
|
|
9 3 -3.2910 -3.2105 -44.9933 125.6565
|
|
9 3 -3.2910 -2.9474 -35.0534 124.1644
|
|
9 3 -3.2910 -2.6842 -24.3136 119.8075
|
|
9 3 -3.2910 -2.4211 -14.9526 112.2277
|
|
9 3 -3.2910 -2.1579 -8.3742 103.0567
|
|
9 3 -3.2910 -1.8947 -4.2658 93.8581
|
|
9 3 -3.2910 -1.6316 -1.9022 85.2673
|
|
9 3 -3.2910 -1.3684 -0.6807 77.5919
|
|
9 3 -3.2910 -1.1053 0.1673 70.8435
|
|
9 3 -3.2910 -0.8421 1.1836 64.3972
|
|
9 3 -3.2910 -0.5789 2.1128 57.4579
|
|
9 3 -3.2910 -0.3158 2.0619 49.8818
|
|
9 3 -3.2910 -0.0526 0.4774 42.4637
|
|
9 3 -3.2910 0.2105 -2.2456 36.0093
|
|
9 3 -3.2910 0.4737 -5.4375 30.6175
|
|
9 3 -3.2910 0.7368 -8.8062 26.0391
|
|
9 3 -3.2910 1.0000 -12.3043 22.1614
|
|
|
|
9 4 -2.6027 -4.0000 -76.7449 139.8807
|
|
9 4 -2.6027 -3.7368 -68.5908 140.7702
|
|
9 4 -2.6027 -3.4737 -59.8587 141.1172
|
|
9 4 -2.6027 -3.2105 -50.0734 140.8179
|
|
9 4 -2.6027 -2.9474 -38.7759 138.9564
|
|
9 4 -2.6027 -2.6842 -26.6994 133.8974
|
|
9 4 -2.6027 -2.4211 -16.2017 125.3044
|
|
9 4 -2.6027 -2.1579 -8.7835 114.9468
|
|
9 4 -2.6027 -1.8947 -4.1363 104.5090
|
|
9 4 -2.6027 -1.6316 -1.5096 94.7291
|
|
9 4 -2.6027 -1.3684 -0.2268 86.0004
|
|
9 4 -2.6027 -1.1053 0.5918 78.3582
|
|
9 4 -2.6027 -0.8421 1.5726 71.1222
|
|
9 4 -2.6027 -0.5789 2.4698 63.4137
|
|
9 4 -2.6027 -0.3158 2.3286 55.0444
|
|
9 4 -2.6027 -0.0526 0.5337 46.8528
|
|
9 4 -2.6027 0.2105 -2.5036 39.7140
|
|
9 4 -2.6027 0.4737 -6.0610 33.7450
|
|
9 4 -2.6027 0.7368 -9.8161 28.6837
|
|
9 4 -2.6027 1.0000 -13.7071 24.4080
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 10 coord.: 0.0000000 0.1666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.223099 meV Im[Sigma]= 63.286405 meV Z= 1.004601 lam= -0.004580
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.337030 meV Im[Sigma]= 65.621085 meV Z= 1.008719 lam= -0.008644
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.104138 meV Im[Sigma]= 135.508715 meV Z= 1.018357 lam= -0.018026
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.247163 meV Im[Sigma]= 140.528171 meV Z= 1.024754 lam= -0.024156
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 10 coord.: 0.0000000 0.1666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 10 w = -4.0000 eV A(k,w) = 0.25727E-02 meV^-1
|
|
ik = 10 w = -3.7368 eV A(k,w) = 0.66535E-03 meV^-1
|
|
ik = 10 w = -3.4737 eV A(k,w) = 0.18660E-03 meV^-1
|
|
ik = 10 w = -3.2105 eV A(k,w) = 0.88500E-04 meV^-1
|
|
ik = 10 w = -2.9474 eV A(k,w) = 0.51970E-04 meV^-1
|
|
ik = 10 w = -2.6842 eV A(k,w) = 0.33544E-04 meV^-1
|
|
ik = 10 w = -2.4211 eV A(k,w) = 0.22562E-04 meV^-1
|
|
ik = 10 w = -2.1579 eV A(k,w) = 0.15601E-04 meV^-1
|
|
ik = 10 w = -1.8947 eV A(k,w) = 0.11089E-04 meV^-1
|
|
ik = 10 w = -1.6316 eV A(k,w) = 0.80882E-05 meV^-1
|
|
ik = 10 w = -1.3684 eV A(k,w) = 0.60459E-05 meV^-1
|
|
ik = 10 w = -1.1053 eV A(k,w) = 0.46207E-05 meV^-1
|
|
ik = 10 w = -0.8421 eV A(k,w) = 0.35721E-05 meV^-1
|
|
ik = 10 w = -0.5789 eV A(k,w) = 0.27466E-05 meV^-1
|
|
ik = 10 w = -0.3158 eV A(k,w) = 0.20772E-05 meV^-1
|
|
ik = 10 w = -0.0526 eV A(k,w) = 0.15545E-05 meV^-1
|
|
ik = 10 w = 0.2105 eV A(k,w) = 0.11684E-05 meV^-1
|
|
ik = 10 w = 0.4737 eV A(k,w) = 0.88711E-06 meV^-1
|
|
ik = 10 w = 0.7368 eV A(k,w) = 0.67832E-06 meV^-1
|
|
ik = 10 w = 1.0000 eV A(k,w) = 0.52227E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
10 -4.0000 0.25727E-02
|
|
10 -3.7368 0.66535E-03
|
|
10 -3.4737 0.18660E-03
|
|
10 -3.2105 0.88500E-04
|
|
10 -2.9474 0.51970E-04
|
|
10 -2.6842 0.33544E-04
|
|
10 -2.4211 0.22562E-04
|
|
10 -2.1579 0.15601E-04
|
|
10 -1.8947 0.11089E-04
|
|
10 -1.6316 0.80882E-05
|
|
10 -1.3684 0.60459E-05
|
|
10 -1.1053 0.46207E-05
|
|
10 -0.8421 0.35721E-05
|
|
10 -0.5789 0.27466E-05
|
|
10 -0.3158 0.20772E-05
|
|
10 -0.0526 0.15545E-05
|
|
10 0.2105 0.11684E-05
|
|
10 0.4737 0.88711E-06
|
|
10 0.7368 0.67832E-06
|
|
10 1.0000 0.52227E-06
|
|
10 1 -15.5565 -4.0000 -33.0719 103.4064
|
|
10 1 -15.5565 -3.7368 -27.5459 101.7810
|
|
10 1 -15.5565 -3.4737 -21.9772 99.6613
|
|
10 1 -15.5565 -3.2105 -16.1509 97.1084
|
|
10 1 -15.5565 -2.9474 -9.7785 93.6985
|
|
10 1 -15.5565 -2.6842 -3.2328 88.5167
|
|
10 1 -15.5565 -2.4211 2.0958 81.3779
|
|
10 1 -15.5565 -2.1579 5.3075 73.4188
|
|
10 1 -15.5565 -1.8947 6.6778 65.7491
|
|
10 1 -15.5565 -1.6316 6.8054 58.8112
|
|
10 1 -15.5565 -1.3684 6.1728 52.7486
|
|
10 1 -15.5565 -1.1053 5.2867 47.5207
|
|
10 1 -15.5565 -0.8421 4.5015 42.7404
|
|
10 1 -15.5565 -0.5789 3.7194 37.9276
|
|
10 1 -15.5565 -0.3158 2.4797 32.9518
|
|
10 1 -15.5565 -0.0526 0.4797 28.1982
|
|
10 1 -15.5565 0.2105 -2.0788 24.0812
|
|
10 1 -15.5565 0.4737 -4.8365 20.6473
|
|
10 1 -15.5565 0.7368 -7.6261 17.7550
|
|
10 1 -15.5565 1.0000 -10.4097 15.3247
|
|
|
|
10 2 -12.4383 -4.0000 -30.6189 73.6636
|
|
10 2 -12.4383 -3.7368 -26.9588 73.5145
|
|
10 2 -12.4383 -3.4737 -22.9918 73.1045
|
|
10 2 -12.4383 -3.2105 -18.5275 72.3596
|
|
10 2 -12.4383 -2.9474 -13.3752 70.8455
|
|
10 2 -12.4383 -2.6842 -7.9054 67.7798
|
|
10 2 -12.4383 -2.4211 -3.2947 63.0146
|
|
10 2 -12.4383 -2.1579 -0.2899 57.4789
|
|
10 2 -12.4383 -1.8947 1.3275 52.0565
|
|
10 2 -12.4383 -1.6316 2.0103 47.0768
|
|
10 2 -12.4383 -1.3684 2.0963 42.6623
|
|
10 2 -12.4383 -1.1053 1.9787 38.8148
|
|
10 2 -12.4383 -0.8421 1.9593 35.2249
|
|
10 2 -12.4383 -0.5789 1.9467 31.4688
|
|
10 2 -12.4383 -0.3158 1.4996 27.4295
|
|
10 2 -12.4383 -0.0526 0.3156 23.4795
|
|
10 2 -12.4383 0.2105 -1.4278 20.0253
|
|
10 2 -12.4383 0.4737 -3.4003 17.1240
|
|
10 2 -12.4383 0.7368 -5.4550 14.6562
|
|
10 2 -12.4383 1.0000 -7.5624 12.5680
|
|
|
|
10 3 -4.5379 -4.0000 -64.4803 116.2999
|
|
10 3 -4.5379 -3.7368 -57.7374 117.4103
|
|
10 3 -4.5379 -3.4737 -50.3643 118.0332
|
|
10 3 -4.5379 -3.2105 -41.9882 118.0279
|
|
10 3 -4.5379 -2.9474 -32.2637 116.5681
|
|
10 3 -4.5379 -2.6842 -21.9057 112.2375
|
|
10 3 -4.5379 -2.4211 -13.0250 104.8087
|
|
10 3 -4.5379 -2.1579 -6.9253 95.9228
|
|
10 3 -4.5379 -1.8947 -3.2455 87.1177
|
|
10 3 -4.5379 -1.6316 -1.2197 78.9983
|
|
10 3 -4.5379 -1.3684 -0.2308 71.8088
|
|
10 3 -4.5379 -1.1053 0.4416 65.5167
|
|
10 3 -4.5379 -0.8421 1.2881 59.5252
|
|
10 3 -4.5379 -0.5789 2.0683 53.0957
|
|
10 3 -4.5379 -0.3158 1.9597 46.0902
|
|
10 3 -4.5379 -0.0526 0.4492 39.2341
|
|
10 3 -4.5379 0.2105 -2.1051 33.2669
|
|
10 3 -4.5379 0.4737 -5.0904 28.2820
|
|
10 3 -4.5379 0.7368 -8.2369 24.0536
|
|
10 3 -4.5379 1.0000 -11.4968 20.4775
|
|
|
|
10 4 -3.8929 -4.0000 -65.1232 113.0552
|
|
10 4 -3.8929 -3.7368 -58.7168 114.3694
|
|
10 4 -3.8929 -3.4737 -51.6460 115.2870
|
|
10 4 -3.8929 -3.2105 -43.5164 115.6446
|
|
10 4 -3.8929 -2.9474 -33.9634 114.6121
|
|
10 4 -3.8929 -2.6842 -23.6613 110.7494
|
|
10 4 -3.8929 -2.4211 -14.7078 103.7682
|
|
10 4 -3.8929 -2.1579 -8.4364 95.2626
|
|
10 4 -3.8929 -1.8947 -4.5220 86.7473
|
|
10 4 -3.8929 -1.6316 -2.2438 78.8184
|
|
10 4 -3.8929 -1.3684 -1.0256 71.7433
|
|
10 4 -3.8929 -1.1053 -0.1544 65.5244
|
|
10 4 -3.8929 -0.8421 0.8731 59.5790
|
|
10 4 -3.8929 -0.5789 1.8182 53.1635
|
|
10 4 -3.8929 -0.3158 1.8441 46.1435
|
|
10 4 -3.8929 -0.0526 0.4326 39.2654
|
|
10 4 -3.8929 0.2105 -2.0450 33.2831
|
|
10 4 -3.8929 0.4737 -4.9617 28.2883
|
|
10 4 -3.8929 0.7368 -8.0448 24.0472
|
|
10 4 -3.8929 1.0000 -11.2517 20.4540
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 11 coord.: 0.0000000 0.1666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.565463 meV Im[Sigma]= 68.248705 meV Z= 1.015118 lam= -0.014892
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.255652 meV Im[Sigma]= 57.760919 meV Z= 1.005393 lam= -0.005364
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 0.487750 meV Im[Sigma]= 121.321180 meV Z= 1.022859 lam= -0.022349
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 70.741298 meV Im[Sigma]= 161.648991 meV Z= 1.042872 lam= -0.041110
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 11 coord.: 0.0000000 0.1666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 11 w = -4.0000 eV A(k,w) = 0.46288E-04 meV^-1
|
|
ik = 11 w = -3.7368 eV A(k,w) = 0.54667E-04 meV^-1
|
|
ik = 11 w = -3.4737 eV A(k,w) = 0.81574E-04 meV^-1
|
|
ik = 11 w = -3.2105 eV A(k,w) = 0.16260E-03 meV^-1
|
|
ik = 11 w = -2.9474 eV A(k,w) = 0.52605E-03 meV^-1
|
|
ik = 11 w = -2.6842 eV A(k,w) = 0.25626E-02 meV^-1
|
|
ik = 11 w = -2.4211 eV A(k,w) = 0.47566E-03 meV^-1
|
|
ik = 11 w = -2.1579 eV A(k,w) = 0.12850E-03 meV^-1
|
|
ik = 11 w = -1.8947 eV A(k,w) = 0.54367E-04 meV^-1
|
|
ik = 11 w = -1.6316 eV A(k,w) = 0.28588E-04 meV^-1
|
|
ik = 11 w = -1.3684 eV A(k,w) = 0.17076E-04 meV^-1
|
|
ik = 11 w = -1.1053 eV A(k,w) = 0.11101E-04 meV^-1
|
|
ik = 11 w = -0.8421 eV A(k,w) = 0.76014E-05 meV^-1
|
|
ik = 11 w = -0.5789 eV A(k,w) = 0.53209E-05 meV^-1
|
|
ik = 11 w = -0.3158 eV A(k,w) = 0.37335E-05 meV^-1
|
|
ik = 11 w = -0.0526 eV A(k,w) = 0.26279E-05 meV^-1
|
|
ik = 11 w = 0.2105 eV A(k,w) = 0.18771E-05 meV^-1
|
|
ik = 11 w = 0.4737 eV A(k,w) = 0.13654E-05 meV^-1
|
|
ik = 11 w = 0.7368 eV A(k,w) = 0.10067E-05 meV^-1
|
|
ik = 11 w = 1.0000 eV A(k,w) = 0.75121E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
11 -4.0000 0.46288E-04
|
|
11 -3.7368 0.54667E-04
|
|
11 -3.4737 0.81574E-04
|
|
11 -3.2105 0.16260E-03
|
|
11 -2.9474 0.52605E-03
|
|
11 -2.6842 0.25626E-02
|
|
11 -2.4211 0.47566E-03
|
|
11 -2.1579 0.12850E-03
|
|
11 -1.8947 0.54367E-04
|
|
11 -1.6316 0.28588E-04
|
|
11 -1.3684 0.17076E-04
|
|
11 -1.1053 0.11101E-04
|
|
11 -0.8421 0.76014E-05
|
|
11 -0.5789 0.53209E-05
|
|
11 -0.3158 0.37335E-05
|
|
11 -0.0526 0.26279E-05
|
|
11 0.2105 0.18771E-05
|
|
11 0.4737 0.13654E-05
|
|
11 0.7368 0.10067E-05
|
|
11 1.0000 0.75121E-06
|
|
11 1 -16.6105 -4.0000 -32.4927 106.4593
|
|
11 1 -16.6105 -3.7368 -26.9033 104.6857
|
|
11 1 -16.6105 -3.4737 -21.2609 102.3982
|
|
11 1 -16.6105 -3.2105 -15.3695 99.6442
|
|
11 1 -16.6105 -2.9474 -8.9730 96.0134
|
|
11 1 -16.6105 -2.6842 -2.4451 90.6321
|
|
11 1 -16.6105 -2.4211 2.8647 83.3335
|
|
11 1 -16.6105 -2.1579 6.0906 75.2202
|
|
11 1 -16.6105 -1.8947 7.4876 67.3567
|
|
11 1 -16.6105 -1.6316 7.6083 60.1851
|
|
11 1 -16.6105 -1.3684 6.9133 53.8796
|
|
11 1 -16.6105 -1.1053 5.9115 48.4298
|
|
11 1 -16.6105 -0.8421 4.9746 43.4703
|
|
11 1 -16.6105 -0.5789 4.0298 38.5281
|
|
11 1 -16.6105 -0.3158 2.6385 33.4632
|
|
11 1 -16.6105 -0.0526 0.5047 28.6426
|
|
11 1 -16.6105 0.2105 -2.1754 24.4700
|
|
11 1 -16.6105 0.4737 -5.0477 20.9913
|
|
11 1 -16.6105 0.7368 -7.9441 18.0666
|
|
11 1 -16.6105 1.0000 -10.8234 15.6139
|
|
|
|
11 2 -10.7517 -4.0000 -34.4562 81.8182
|
|
11 2 -10.7517 -3.7368 -30.1066 81.3311
|
|
11 2 -10.7517 -3.4737 -25.6272 80.5555
|
|
11 2 -10.7517 -3.2105 -20.7506 79.5112
|
|
11 2 -10.7517 -2.9474 -15.1686 77.7591
|
|
11 2 -10.7517 -2.6842 -9.2017 74.4092
|
|
11 2 -10.7517 -2.4211 -4.1057 69.2329
|
|
11 2 -10.7517 -2.1579 -0.7145 63.1900
|
|
11 2 -10.7517 -1.8947 1.1660 57.2247
|
|
11 2 -10.7517 -1.6316 1.9940 51.7188
|
|
11 2 -10.7517 -1.3684 2.1439 46.8397
|
|
11 2 -10.7517 -1.1053 2.0694 42.5902
|
|
11 2 -10.7517 -0.8421 2.1019 38.6140
|
|
11 2 -10.7517 -0.5789 2.1234 34.4459
|
|
11 2 -10.7517 -0.3158 1.6440 29.9757
|
|
11 2 -10.7517 -0.0526 0.3458 25.6251
|
|
11 2 -10.7517 0.2105 -1.5617 21.8362
|
|
11 2 -10.7517 0.4737 -3.7112 18.6624
|
|
11 2 -10.7517 0.7368 -5.9419 15.9652
|
|
11 2 -10.7517 1.0000 -8.2261 13.6814
|
|
|
|
11 3 -5.2472 -4.0000 -59.2125 109.8005
|
|
11 3 -5.2472 -3.7368 -52.9362 110.4604
|
|
11 3 -5.2472 -3.4737 -46.2345 110.6943
|
|
11 3 -5.2472 -3.2105 -38.7441 110.4556
|
|
11 3 -5.2472 -2.9474 -30.0612 109.0672
|
|
11 3 -5.2472 -2.6842 -20.6909 105.2162
|
|
11 3 -5.2472 -2.4211 -12.4877 98.5602
|
|
11 3 -5.2472 -2.1579 -6.6900 90.4724
|
|
11 3 -5.2472 -1.8947 -3.0757 82.3065
|
|
11 3 -5.2472 -1.6316 -1.0455 74.6545
|
|
11 3 -5.2472 -1.3684 -0.0620 67.8246
|
|
11 3 -5.2472 -1.1053 0.5697 61.8389
|
|
11 3 -5.2472 -0.8421 1.3373 56.1522
|
|
11 3 -5.2472 -0.5789 2.0311 50.0708
|
|
11 3 -5.2472 -0.3158 1.8878 43.4617
|
|
11 3 -5.2472 -0.0526 0.4296 37.0005
|
|
11 3 -5.2472 0.2105 -2.0078 31.3786
|
|
11 3 -5.2472 0.4737 -4.8495 26.6833
|
|
11 3 -5.2472 0.7368 -7.8407 22.7029
|
|
11 3 -5.2472 1.0000 -10.9356 19.3383
|
|
|
|
11 4 -2.6593 -4.0000 -73.2451 128.3576
|
|
11 4 -2.6593 -3.7368 -65.8238 129.5246
|
|
11 4 -2.6593 -3.4737 -57.8022 130.1734
|
|
11 4 -2.6593 -3.2105 -48.7688 130.2190
|
|
11 4 -2.6593 -2.9474 -38.2770 128.8280
|
|
11 4 -2.6593 -2.6842 -26.9889 124.4478
|
|
11 4 -2.6593 -2.4211 -17.1288 116.7373
|
|
11 4 -2.6593 -2.1579 -10.1187 107.3680
|
|
11 4 -2.6593 -1.8947 -5.6434 97.9251
|
|
11 4 -2.6593 -1.6316 -2.9855 89.0624
|
|
11 4 -2.6593 -1.3684 -1.5373 81.1221
|
|
11 4 -2.6593 -1.1053 -0.4922 74.1374
|
|
11 4 -2.6593 -0.8421 0.7306 67.4596
|
|
11 4 -2.6593 -0.5789 1.8724 60.2448
|
|
11 4 -2.6593 -0.3158 1.9870 52.3271
|
|
11 4 -2.6593 -0.0526 0.4740 44.5439
|
|
11 4 -2.6593 0.2105 -2.2581 37.7555
|
|
11 4 -2.6593 0.4737 -5.5040 32.0739
|
|
11 4 -2.6593 0.7368 -8.9560 27.2429
|
|
11 4 -2.6593 1.0000 -12.5613 23.1507
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 12 coord.: 0.0000000 0.1666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -19.4313 eV Re[Sigma]= -66.084473 meV Im[Sigma]= 34.876945 meV Z= 1.000936 lam= -0.000935
|
|
E( 2 )= -5.3692 eV Re[Sigma]= -2.541403 meV Im[Sigma]= 135.933529 meV Z= 1.027848 lam= -0.027094
|
|
E( 3 )= -3.4193 eV Re[Sigma]= 47.612055 meV Im[Sigma]= 170.383749 meV Z= 1.033358 lam= -0.032281
|
|
E( 4 )= -0.9512 eV Re[Sigma]= 114.503166 meV Im[Sigma]= 85.834511 meV Z= 1.005285 lam= -0.005257
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 12 coord.: 0.0000000 0.1666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 12 w = -4.0000 eV A(k,w) = 0.17494E-03 meV^-1
|
|
ik = 12 w = -3.7368 eV A(k,w) = 0.52800E-03 meV^-1
|
|
ik = 12 w = -3.4737 eV A(k,w) = 0.24261E-02 meV^-1
|
|
ik = 12 w = -3.2105 eV A(k,w) = 0.53148E-03 meV^-1
|
|
ik = 12 w = -2.9474 eV A(k,w) = 0.17039E-03 meV^-1
|
|
ik = 12 w = -2.6842 eV A(k,w) = 0.88616E-04 meV^-1
|
|
ik = 12 w = -2.4211 eV A(k,w) = 0.60635E-04 meV^-1
|
|
ik = 12 w = -2.1579 eV A(k,w) = 0.52171E-04 meV^-1
|
|
ik = 12 w = -1.8947 eV A(k,w) = 0.57019E-04 meV^-1
|
|
ik = 12 w = -1.6316 eV A(k,w) = 0.82169E-04 meV^-1
|
|
ik = 12 w = -1.3684 eV A(k,w) = 0.17596E-03 meV^-1
|
|
ik = 12 w = -1.1053 eV A(k,w) = 0.90235E-03 meV^-1
|
|
ik = 12 w = -0.8421 eV A(k,w) = 0.14067E-02 meV^-1
|
|
ik = 12 w = -0.5789 eV A(k,w) = 0.16406E-03 meV^-1
|
|
ik = 12 w = -0.3158 eV A(k,w) = 0.51591E-04 meV^-1
|
|
ik = 12 w = -0.0526 eV A(k,w) = 0.22722E-04 meV^-1
|
|
ik = 12 w = 0.2105 eV A(k,w) = 0.11880E-04 meV^-1
|
|
ik = 12 w = 0.4737 eV A(k,w) = 0.69135E-05 meV^-1
|
|
ik = 12 w = 0.7368 eV A(k,w) = 0.43117E-05 meV^-1
|
|
ik = 12 w = 1.0000 eV A(k,w) = 0.28258E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
12 -4.0000 0.17494E-03
|
|
12 -3.7368 0.52800E-03
|
|
12 -3.4737 0.24261E-02
|
|
12 -3.2105 0.53148E-03
|
|
12 -2.9474 0.17039E-03
|
|
12 -2.6842 0.88616E-04
|
|
12 -2.4211 0.60635E-04
|
|
12 -2.1579 0.52171E-04
|
|
12 -1.8947 0.57019E-04
|
|
12 -1.6316 0.82169E-04
|
|
12 -1.3684 0.17596E-03
|
|
12 -1.1053 0.90235E-03
|
|
12 -0.8421 0.14067E-02
|
|
12 -0.5789 0.16406E-03
|
|
12 -0.3158 0.51591E-04
|
|
12 -0.0526 0.22722E-04
|
|
12 0.2105 0.11880E-04
|
|
12 0.4737 0.69135E-05
|
|
12 0.7368 0.43117E-05
|
|
12 1.0000 0.28258E-05
|
|
12 1 -19.4313 -4.0000 -31.4233 122.4663
|
|
12 1 -19.4313 -3.7368 -25.1044 119.8410
|
|
12 1 -19.4313 -3.4737 -18.7302 116.5890
|
|
12 1 -19.4313 -3.2105 -12.1652 112.7102
|
|
12 1 -19.4313 -2.9474 -5.2449 107.7995
|
|
12 1 -19.4313 -2.6842 1.5879 101.0271
|
|
12 1 -19.4313 -2.4211 6.9160 92.3052
|
|
12 1 -19.4313 -2.1579 9.8677 82.8778
|
|
12 1 -19.4313 -1.8947 10.8024 73.9206
|
|
12 1 -19.4313 -1.6316 10.4082 65.8726
|
|
12 1 -19.4313 -1.3684 9.2022 58.8369
|
|
12 1 -19.4313 -1.1053 7.6879 52.7698
|
|
12 1 -19.4313 -0.8421 6.2529 47.3088
|
|
12 1 -19.4313 -0.5789 4.8635 41.9559
|
|
12 1 -19.4313 -0.3158 3.0853 36.5137
|
|
12 1 -19.4313 -0.0526 0.5805 31.3201
|
|
12 1 -19.4313 0.2105 -2.4864 26.7969
|
|
12 1 -19.4313 0.4737 -5.7593 23.0142
|
|
12 1 -19.4313 0.7368 -9.0531 19.8411
|
|
12 1 -19.4313 1.0000 -12.3105 17.1903
|
|
|
|
12 2 -5.3692 -4.0000 -61.8667 122.0319
|
|
12 2 -5.3692 -3.7368 -54.8573 122.3022
|
|
12 2 -5.3692 -3.4737 -47.4789 122.1300
|
|
12 2 -5.3692 -3.2105 -39.2655 121.5011
|
|
12 2 -5.3692 -2.9474 -29.7187 119.6109
|
|
12 2 -5.3692 -2.6842 -19.4366 114.9393
|
|
12 2 -5.3692 -2.4211 -10.5591 107.1092
|
|
12 2 -5.3692 -2.1579 -4.5225 97.7274
|
|
12 2 -5.3692 -1.8947 -1.0422 88.4187
|
|
12 2 -5.3692 -1.6316 0.6736 79.8769
|
|
12 2 -5.3692 -1.3684 1.3032 72.3724
|
|
12 2 -5.3692 -1.1053 1.6040 65.8627
|
|
12 2 -5.3692 -0.8421 2.0881 59.7460
|
|
12 2 -5.3692 -0.5789 2.5450 53.2763
|
|
12 2 -5.3692 -0.3158 2.1804 46.2858
|
|
12 2 -5.3692 -0.0526 0.4809 39.4576
|
|
12 2 -5.3692 0.2105 -2.2194 33.5075
|
|
12 2 -5.3692 0.4737 -5.3301 28.5285
|
|
12 2 -5.3692 0.7368 -8.5895 24.3028
|
|
12 2 -5.3692 1.0000 -11.9497 20.7293
|
|
|
|
12 3 -3.4193 -4.0000 -69.1982 131.7489
|
|
12 3 -3.4193 -3.7368 -61.6918 132.2280
|
|
12 3 -3.4193 -3.4737 -53.7490 132.2169
|
|
12 3 -3.4193 -3.2105 -44.8926 131.6920
|
|
12 3 -3.4193 -2.9474 -34.6032 129.7993
|
|
12 3 -3.4193 -2.6842 -23.5356 124.9197
|
|
12 3 -3.4193 -2.4211 -13.9872 116.6844
|
|
12 3 -3.4193 -2.1579 -7.4520 106.8429
|
|
12 3 -3.4193 -1.8947 -3.5752 97.1060
|
|
12 3 -3.4193 -1.6316 -1.5065 88.1671
|
|
12 3 -3.4193 -1.3684 -0.5401 80.2982
|
|
12 3 -3.4193 -1.1053 0.1409 73.4470
|
|
12 3 -3.4193 -0.8421 1.0921 66.9248
|
|
12 3 -3.4193 -0.5789 2.0458 59.8733
|
|
12 3 -3.4193 -0.3158 2.0557 52.0953
|
|
12 3 -3.4193 -0.0526 0.4850 44.3910
|
|
12 3 -3.4193 0.2105 -2.3111 37.6288
|
|
12 3 -3.4193 0.4737 -5.6472 31.9606
|
|
12 3 -3.4193 0.7368 -9.1991 27.1594
|
|
12 3 -3.4193 1.0000 -12.8898 23.1124
|
|
|
|
12 4 -0.9512 -4.0000 -86.6635 155.5943
|
|
12 4 -0.9512 -3.7368 -77.5304 156.6527
|
|
12 4 -0.9512 -3.4737 -67.7444 157.0979
|
|
12 4 -0.9512 -3.2105 -56.7693 156.8035
|
|
12 4 -0.9512 -2.9474 -44.0957 154.7283
|
|
12 4 -0.9512 -2.6842 -30.5754 149.0154
|
|
12 4 -0.9512 -2.4211 -18.9252 139.3056
|
|
12 4 -0.9512 -2.1579 -10.8658 127.6936
|
|
12 4 -0.9512 -1.8947 -5.9561 116.1809
|
|
12 4 -0.9512 -1.6316 -3.2077 105.5713
|
|
12 4 -0.9512 -1.3684 -1.8102 96.2037
|
|
12 4 -0.9512 -1.1053 -0.7906 88.0517
|
|
12 4 -0.9512 -0.8421 0.5469 80.3135
|
|
12 4 -0.9512 -0.5789 1.9183 71.9411
|
|
12 4 -0.9512 -0.3158 2.1832 62.6537
|
|
12 4 -0.9512 -0.0526 0.5380 53.4009
|
|
12 4 -0.9512 0.2105 -2.6111 45.2465
|
|
12 4 -0.9512 0.4737 -6.4420 38.3873
|
|
12 4 -0.9512 0.7368 -10.5670 32.5614
|
|
12 4 -0.9512 1.0000 -14.8905 27.6464
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 13 coord.: 0.0000000 0.3333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.3978 eV Re[Sigma]= -56.580092 meV Im[Sigma]= 40.553503 meV Z= 1.002291 lam= -0.002286
|
|
E( 2 )= -9.2191 eV Re[Sigma]= -14.127395 meV Im[Sigma]= 49.377696 meV Z= 0.997140 lam= 0.002868
|
|
E( 3 )= -2.0907 eV Re[Sigma]= 95.272653 meV Im[Sigma]= 142.849517 meV Z= 1.021382 lam= -0.020935
|
|
E( 4 )= -2.0907 eV Re[Sigma]= 95.272653 meV Im[Sigma]= 142.849517 meV Z= 1.021382 lam= -0.020935
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 13 coord.: 0.0000000 0.3333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 13 w = -4.0000 eV A(k,w) = 0.28151E-04 meV^-1
|
|
ik = 13 w = -3.7368 eV A(k,w) = 0.37763E-04 meV^-1
|
|
ik = 13 w = -3.4737 eV A(k,w) = 0.53293E-04 meV^-1
|
|
ik = 13 w = -3.2105 eV A(k,w) = 0.80607E-04 meV^-1
|
|
ik = 13 w = -2.9474 eV A(k,w) = 0.13436E-03 meV^-1
|
|
ik = 13 w = -2.6842 eV A(k,w) = 0.26259E-03 meV^-1
|
|
ik = 13 w = -2.4211 eV A(k,w) = 0.72804E-03 meV^-1
|
|
ik = 13 w = -2.1579 eV A(k,w) = 0.43978E-02 meV^-1
|
|
ik = 13 w = -1.8947 eV A(k,w) = 0.13055E-02 meV^-1
|
|
ik = 13 w = -1.6316 eV A(k,w) = 0.28051E-03 meV^-1
|
|
ik = 13 w = -1.3684 eV A(k,w) = 0.10773E-03 meV^-1
|
|
ik = 13 w = -1.1053 eV A(k,w) = 0.53781E-04 meV^-1
|
|
ik = 13 w = -0.8421 eV A(k,w) = 0.30817E-04 meV^-1
|
|
ik = 13 w = -0.5789 eV A(k,w) = 0.18930E-04 meV^-1
|
|
ik = 13 w = -0.3158 eV A(k,w) = 0.11993E-04 meV^-1
|
|
ik = 13 w = -0.0526 eV A(k,w) = 0.77669E-05 meV^-1
|
|
ik = 13 w = 0.2105 eV A(k,w) = 0.51741E-05 meV^-1
|
|
ik = 13 w = 0.4737 eV A(k,w) = 0.35459E-05 meV^-1
|
|
ik = 13 w = 0.7368 eV A(k,w) = 0.24812E-05 meV^-1
|
|
ik = 13 w = 1.0000 eV A(k,w) = 0.17672E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
13 -4.0000 0.28151E-04
|
|
13 -3.7368 0.37763E-04
|
|
13 -3.4737 0.53293E-04
|
|
13 -3.2105 0.80607E-04
|
|
13 -2.9474 0.13436E-03
|
|
13 -2.6842 0.26259E-03
|
|
13 -2.4211 0.72804E-03
|
|
13 -2.1579 0.43978E-02
|
|
13 -1.8947 0.13055E-02
|
|
13 -1.6316 0.28051E-03
|
|
13 -1.3684 0.10773E-03
|
|
13 -1.1053 0.53781E-04
|
|
13 -0.8421 0.30817E-04
|
|
13 -0.5789 0.18930E-04
|
|
13 -0.3158 0.11993E-04
|
|
13 -0.0526 0.77669E-05
|
|
13 0.2105 0.51741E-05
|
|
13 0.4737 0.35459E-05
|
|
13 0.7368 0.24812E-05
|
|
13 1.0000 0.17672E-05
|
|
13 1 -18.3978 -4.0000 -31.1131 114.7403
|
|
13 1 -18.3978 -3.7368 -25.0001 112.5991
|
|
13 1 -18.3978 -3.4737 -18.7830 109.8310
|
|
13 1 -18.3978 -3.2105 -12.2998 106.4134
|
|
13 1 -18.3978 -2.9474 -5.4167 101.8817
|
|
13 1 -18.3978 -2.6842 1.3378 95.4257
|
|
13 1 -18.3978 -2.4211 6.5414 87.0424
|
|
13 1 -18.3978 -2.1579 9.3792 78.0010
|
|
13 1 -18.3978 -1.8947 10.2398 69.4575
|
|
13 1 -18.3978 -1.6316 9.8209 61.8394
|
|
13 1 -18.3978 -1.3684 8.6577 55.2311
|
|
13 1 -18.3978 -1.1053 7.2507 49.5467
|
|
13 1 -18.3978 -0.8421 5.9419 44.3985
|
|
13 1 -18.3978 -0.5789 4.6506 39.3185
|
|
13 1 -18.3978 -0.3158 2.9511 34.1629
|
|
13 1 -18.3978 -0.0526 0.5532 29.2772
|
|
13 1 -18.3978 0.2105 -2.3591 25.0497
|
|
13 1 -18.3978 0.4737 -5.4435 21.5260
|
|
13 1 -18.3978 0.7368 -8.5324 18.5698
|
|
13 1 -18.3978 1.0000 -11.5815 16.0956
|
|
|
|
13 2 -9.2191 -4.0000 -40.3928 91.8172
|
|
13 2 -9.2191 -3.7368 -35.3063 91.5404
|
|
13 2 -9.2191 -3.4737 -30.0036 90.8986
|
|
13 2 -9.2191 -3.2105 -24.1681 89.8926
|
|
13 2 -9.2191 -2.9474 -17.4715 87.9502
|
|
13 2 -9.2191 -2.6842 -10.3839 84.0279
|
|
13 2 -9.2191 -2.4211 -4.4229 77.9363
|
|
13 2 -9.2191 -2.1579 -0.5466 70.8617
|
|
13 2 -9.2191 -1.8947 1.5045 63.9478
|
|
13 2 -9.2191 -1.6316 2.3187 57.6597
|
|
13 2 -9.2191 -1.3684 2.3821 52.1686
|
|
13 2 -9.2191 -1.1053 2.2325 47.4385
|
|
13 2 -9.2191 -0.8421 2.2448 43.0395
|
|
13 2 -9.2191 -0.5789 2.2822 38.4281
|
|
13 2 -9.2191 -0.3158 1.7834 33.4655
|
|
13 2 -9.2191 -0.0526 0.3774 28.6209
|
|
13 2 -9.2191 0.2105 -1.7093 24.3935
|
|
13 2 -9.2191 0.4737 -4.0677 20.8456
|
|
13 2 -9.2191 0.7368 -6.5212 17.8236
|
|
13 2 -9.2191 1.0000 -9.0412 15.2599
|
|
|
|
13 3 -2.0907 -4.0000 -82.8810 141.9076
|
|
13 3 -2.0907 -3.7368 -74.5546 143.3338
|
|
13 3 -2.0907 -3.4737 -65.5444 144.2139
|
|
13 3 -2.0907 -3.2105 -55.3510 144.4226
|
|
13 3 -2.0907 -2.9474 -43.4848 142.9763
|
|
13 3 -2.0907 -2.6842 -30.7316 138.1179
|
|
13 3 -2.0907 -2.4211 -19.6239 129.4789
|
|
13 3 -2.0907 -2.1579 -11.7877 118.9700
|
|
13 3 -2.0907 -1.8947 -6.8655 108.4356
|
|
13 3 -2.0907 -1.6316 -3.9863 98.6488
|
|
13 3 -2.0907 -1.3684 -2.4053 89.9650
|
|
13 3 -2.0907 -1.1053 -1.2006 82.3735
|
|
13 3 -2.0907 -0.8421 0.2738 75.1124
|
|
13 3 -2.0907 -0.5789 1.7130 67.2051
|
|
13 3 -2.0907 -0.3158 2.0229 58.4487
|
|
13 3 -2.0907 -0.0526 0.4990 49.7935
|
|
13 3 -2.0907 0.2105 -2.4072 42.2244
|
|
13 3 -2.0907 0.4737 -5.9016 35.8719
|
|
13 3 -2.0907 0.7368 -9.6460 30.4499
|
|
13 3 -2.0907 1.0000 -13.5883 25.8439
|
|
|
|
13 4 -2.0907 -4.0000 -82.8809 141.9076
|
|
13 4 -2.0907 -3.7368 -74.5546 143.3338
|
|
13 4 -2.0907 -3.4737 -65.5444 144.2139
|
|
13 4 -2.0907 -3.2105 -55.3510 144.4226
|
|
13 4 -2.0907 -2.9474 -43.4848 142.9763
|
|
13 4 -2.0907 -2.6842 -30.7316 138.1179
|
|
13 4 -2.0907 -2.4211 -19.6239 129.4789
|
|
13 4 -2.0907 -2.1579 -11.7877 118.9700
|
|
13 4 -2.0907 -1.8947 -6.8655 108.4356
|
|
13 4 -2.0907 -1.6316 -3.9863 98.6488
|
|
13 4 -2.0907 -1.3684 -2.4053 89.9650
|
|
13 4 -2.0907 -1.1053 -1.2006 82.3735
|
|
13 4 -2.0907 -0.8421 0.2738 75.1124
|
|
13 4 -2.0907 -0.5789 1.7130 67.2051
|
|
13 4 -2.0907 -0.3158 2.0229 58.4487
|
|
13 4 -2.0907 -0.0526 0.4990 49.7935
|
|
13 4 -2.0907 0.2105 -2.4072 42.2244
|
|
13 4 -2.0907 0.4737 -5.9016 35.8719
|
|
13 4 -2.0907 0.7368 -9.6460 30.4499
|
|
13 4 -2.0907 1.0000 -13.5883 25.8439
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 14 coord.: 0.0000000 0.3333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.103985 meV Im[Sigma]= 43.283623 meV Z= 1.007631 lam= -0.007574
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -11.692815 meV Im[Sigma]= 102.513101 meV Z= 1.017928 lam= -0.017613
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 46.488541 meV Im[Sigma]= 163.653147 meV Z= 1.034583 lam= -0.033427
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.229725 meV Im[Sigma]= 166.720124 meV Z= 1.042258 lam= -0.040545
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 14 coord.: 0.0000000 0.3333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 14 w = -4.0000 eV A(k,w) = 0.12174E-03 meV^-1
|
|
ik = 14 w = -3.7368 eV A(k,w) = 0.28501E-03 meV^-1
|
|
ik = 14 w = -3.4737 eV A(k,w) = 0.13006E-02 meV^-1
|
|
ik = 14 w = -3.2105 eV A(k,w) = 0.14031E-02 meV^-1
|
|
ik = 14 w = -2.9474 eV A(k,w) = 0.63468E-03 meV^-1
|
|
ik = 14 w = -2.6842 eV A(k,w) = 0.21472E-02 meV^-1
|
|
ik = 14 w = -2.4211 eV A(k,w) = 0.77032E-03 meV^-1
|
|
ik = 14 w = -2.1579 eV A(k,w) = 0.19027E-03 meV^-1
|
|
ik = 14 w = -1.8947 eV A(k,w) = 0.79096E-04 meV^-1
|
|
ik = 14 w = -1.6316 eV A(k,w) = 0.41622E-04 meV^-1
|
|
ik = 14 w = -1.3684 eV A(k,w) = 0.24937E-04 meV^-1
|
|
ik = 14 w = -1.1053 eV A(k,w) = 0.16232E-04 meV^-1
|
|
ik = 14 w = -0.8421 eV A(k,w) = 0.11111E-04 meV^-1
|
|
ik = 14 w = -0.5789 eV A(k,w) = 0.77654E-05 meV^-1
|
|
ik = 14 w = -0.3158 eV A(k,w) = 0.54364E-05 meV^-1
|
|
ik = 14 w = -0.0526 eV A(k,w) = 0.38154E-05 meV^-1
|
|
ik = 14 w = 0.2105 eV A(k,w) = 0.27156E-05 meV^-1
|
|
ik = 14 w = 0.4737 eV A(k,w) = 0.19676E-05 meV^-1
|
|
ik = 14 w = 0.7368 eV A(k,w) = 0.14448E-05 meV^-1
|
|
ik = 14 w = 1.0000 eV A(k,w) = 0.10736E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
14 -4.0000 0.12174E-03
|
|
14 -3.7368 0.28501E-03
|
|
14 -3.4737 0.13006E-02
|
|
14 -3.2105 0.14031E-02
|
|
14 -2.9474 0.63468E-03
|
|
14 -2.6842 0.21472E-02
|
|
14 -2.4211 0.77032E-03
|
|
14 -2.1579 0.19027E-03
|
|
14 -1.8947 0.79096E-04
|
|
14 -1.6316 0.41622E-04
|
|
14 -1.3684 0.24937E-04
|
|
14 -1.1053 0.16232E-04
|
|
14 -0.8421 0.11111E-04
|
|
14 -0.5789 0.77654E-05
|
|
14 -0.3158 0.54364E-05
|
|
14 -0.0526 0.38154E-05
|
|
14 0.2105 0.27156E-05
|
|
14 0.4737 0.19676E-05
|
|
14 0.7368 0.14448E-05
|
|
14 1.0000 0.10736E-05
|
|
14 1 -18.6527 -4.0000 -30.0418 116.3845
|
|
14 1 -18.6527 -3.7368 -23.8953 113.8845
|
|
14 1 -18.6527 -3.4737 -17.7695 110.7154
|
|
14 1 -18.6527 -3.2105 -11.5488 106.9561
|
|
14 1 -18.6527 -2.9474 -5.0288 102.2640
|
|
14 1 -18.6527 -2.6842 1.4086 95.8400
|
|
14 1 -18.6527 -2.4211 6.4239 87.5858
|
|
14 1 -18.6527 -2.1579 9.1931 78.6817
|
|
14 1 -18.6527 -1.8947 10.0696 70.2393
|
|
14 1 -18.6527 -1.6316 9.7131 62.6604
|
|
14 1 -18.6527 -1.3684 8.6106 56.0291
|
|
14 1 -18.6527 -1.1053 7.2337 50.2920
|
|
14 1 -18.6527 -0.8421 5.9323 45.0933
|
|
14 1 -18.6527 -0.5789 4.6466 39.9682
|
|
14 1 -18.6527 -0.3158 2.9538 34.7608
|
|
14 1 -18.6527 -0.0526 0.5547 29.8160
|
|
14 1 -18.6527 0.2105 -2.3681 25.5285
|
|
14 1 -18.6527 0.4737 -5.4698 21.9453
|
|
14 1 -18.6527 0.7368 -8.5844 18.9303
|
|
14 1 -18.6527 1.0000 -11.6685 16.4023
|
|
|
|
14 2 -6.9063 -4.0000 -51.7975 106.6773
|
|
14 2 -6.9063 -3.7368 -45.6533 106.6128
|
|
14 2 -6.9063 -3.4737 -39.2741 106.0959
|
|
14 2 -6.9063 -3.2105 -32.3105 105.1445
|
|
14 2 -6.9063 -2.9474 -24.3736 103.1459
|
|
14 2 -6.9063 -2.6842 -15.9477 98.9126
|
|
14 2 -6.9063 -2.4211 -8.7401 92.1918
|
|
14 2 -6.9063 -2.1579 -3.8401 84.3076
|
|
14 2 -6.9063 -1.8947 -0.9548 76.5247
|
|
14 2 -6.9063 -1.6316 0.5493 69.3333
|
|
14 2 -6.9063 -1.3684 1.1685 62.9281
|
|
14 2 -6.9063 -1.1053 1.4863 57.2989
|
|
14 2 -6.9063 -0.8421 1.9235 51.9709
|
|
14 2 -6.9063 -0.5789 2.3025 46.3284
|
|
14 2 -6.9063 -0.3158 1.9466 40.2429
|
|
14 2 -6.9063 -0.0526 0.4261 34.3131
|
|
14 2 -6.9063 0.2105 -1.9583 29.1555
|
|
14 2 -6.9063 0.4737 -4.6909 24.8436
|
|
14 2 -6.9063 0.7368 -7.5463 21.1832
|
|
14 2 -6.9063 1.0000 -10.4864 18.0849
|
|
|
|
14 3 -3.2910 -4.0000 -68.3629 124.2766
|
|
14 3 -3.2910 -3.7368 -61.2654 125.1307
|
|
14 3 -3.2910 -3.4737 -53.6442 125.5175
|
|
14 3 -3.2910 -3.2105 -45.0742 125.3682
|
|
14 3 -3.2910 -2.9474 -35.0978 123.8667
|
|
14 3 -3.2910 -2.6842 -24.3495 119.4866
|
|
14 3 -3.2910 -2.4211 -15.0035 111.8811
|
|
14 3 -3.2910 -2.1579 -8.4703 102.6873
|
|
14 3 -3.2910 -1.8947 -4.4407 93.4946
|
|
14 3 -3.2910 -1.6316 -2.1625 84.9623
|
|
14 3 -3.2910 -1.3684 -0.9971 77.3922
|
|
14 3 -3.2910 -1.1053 -0.1549 70.7705
|
|
14 3 -3.2910 -0.8421 0.9083 64.4424
|
|
14 3 -3.2910 -0.5789 1.9226 57.5864
|
|
14 3 -3.2910 -0.3158 1.9664 50.0486
|
|
14 3 -3.2910 -0.0526 0.4632 42.6370
|
|
14 3 -3.2910 0.2105 -2.1940 36.1745
|
|
14 3 -3.2910 0.4737 -5.3311 30.7646
|
|
14 3 -3.2910 0.7368 -8.6577 26.1589
|
|
14 3 -3.2910 1.0000 -12.1293 22.2510
|
|
|
|
14 4 -2.6027 -4.0000 -74.6247 137.8070
|
|
14 4 -2.6027 -3.7368 -66.6057 138.6070
|
|
14 4 -2.6027 -3.4737 -58.0151 138.8432
|
|
14 4 -2.6027 -3.2105 -48.4102 138.4062
|
|
14 4 -2.6027 -2.9474 -37.3677 136.4065
|
|
14 4 -2.6027 -2.6842 -25.6310 131.2604
|
|
14 4 -2.6027 -2.4211 -15.5358 122.6819
|
|
14 4 -2.6027 -2.1579 -8.5341 112.4874
|
|
14 4 -2.6027 -1.8947 -4.2145 102.3744
|
|
14 4 -2.6027 -1.6316 -1.7298 92.9858
|
|
14 4 -2.6027 -1.3684 -0.4333 84.5772
|
|
14 4 -2.6027 -1.1053 0.4435 77.1446
|
|
14 4 -2.6027 -0.8421 1.4628 70.0583
|
|
14 4 -2.6027 -0.5789 2.3824 62.4873
|
|
14 4 -2.6027 -0.3158 2.2707 54.2550
|
|
14 4 -2.6027 -0.0526 0.5226 46.1889
|
|
14 4 -2.6027 0.2105 -2.4569 39.1551
|
|
14 4 -2.6027 0.4737 -5.9548 33.2718
|
|
14 4 -2.6027 0.7368 -9.6517 28.2824
|
|
14 4 -2.6027 1.0000 -13.4853 24.0673
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 15 coord.: 0.0000000 0.3333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -17.3646 eV Re[Sigma]= -58.929356 meV Im[Sigma]= 42.127376 meV Z= 0.994716 lam= 0.005312
|
|
E( 2 )= -6.7590 eV Re[Sigma]= -15.655776 meV Im[Sigma]= 108.548118 meV Z= 1.011615 lam= -0.011482
|
|
E( 3 )= -5.2110 eV Re[Sigma]= 2.860302 meV Im[Sigma]= 106.353525 meV Z= 1.019113 lam= -0.018755
|
|
E( 4 )= -5.2110 eV Re[Sigma]= 2.860302 meV Im[Sigma]= 106.353525 meV Z= 1.019113 lam= -0.018755
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 15 coord.: 0.0000000 0.3333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 15 w = -4.0000 eV A(k,w) = 0.43217E-04 meV^-1
|
|
ik = 15 w = -3.7368 eV A(k,w) = 0.30922E-04 meV^-1
|
|
ik = 15 w = -3.4737 eV A(k,w) = 0.23293E-04 meV^-1
|
|
ik = 15 w = -3.2105 eV A(k,w) = 0.18175E-04 meV^-1
|
|
ik = 15 w = -2.9474 eV A(k,w) = 0.14454E-04 meV^-1
|
|
ik = 15 w = -2.6842 eV A(k,w) = 0.11489E-04 meV^-1
|
|
ik = 15 w = -2.4211 eV A(k,w) = 0.90274E-05 meV^-1
|
|
ik = 15 w = -2.1579 eV A(k,w) = 0.70526E-05 meV^-1
|
|
ik = 15 w = -1.8947 eV A(k,w) = 0.55316E-05 meV^-1
|
|
ik = 15 w = -1.6316 eV A(k,w) = 0.43752E-05 meV^-1
|
|
ik = 15 w = -1.3684 eV A(k,w) = 0.34997E-05 meV^-1
|
|
ik = 15 w = -1.1053 eV A(k,w) = 0.28333E-05 meV^-1
|
|
ik = 15 w = -0.8421 eV A(k,w) = 0.23019E-05 meV^-1
|
|
ik = 15 w = -0.5789 eV A(k,w) = 0.18479E-05 meV^-1
|
|
ik = 15 w = -0.3158 eV A(k,w) = 0.14511E-05 meV^-1
|
|
ik = 15 w = -0.0526 eV A(k,w) = 0.11226E-05 meV^-1
|
|
ik = 15 w = 0.2105 eV A(k,w) = 0.86893E-06 meV^-1
|
|
ik = 15 w = 0.4737 eV A(k,w) = 0.67715E-06 meV^-1
|
|
ik = 15 w = 0.7368 eV A(k,w) = 0.52974E-06 meV^-1
|
|
ik = 15 w = 1.0000 eV A(k,w) = 0.41607E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
15 -4.0000 0.43217E-04
|
|
15 -3.7368 0.30922E-04
|
|
15 -3.4737 0.23293E-04
|
|
15 -3.2105 0.18175E-04
|
|
15 -2.9474 0.14454E-04
|
|
15 -2.6842 0.11489E-04
|
|
15 -2.4211 0.90274E-05
|
|
15 -2.1579 0.70526E-05
|
|
15 -1.8947 0.55316E-05
|
|
15 -1.6316 0.43752E-05
|
|
15 -1.3684 0.34997E-05
|
|
15 -1.1053 0.28333E-05
|
|
15 -0.8421 0.23019E-05
|
|
15 -0.5789 0.18479E-05
|
|
15 -0.3158 0.14511E-05
|
|
15 -0.0526 0.11226E-05
|
|
15 0.2105 0.86893E-06
|
|
15 0.4737 0.67715E-06
|
|
15 0.7368 0.52974E-06
|
|
15 1.0000 0.41607E-06
|
|
15 1 -17.3646 -4.0000 -27.7485 105.0634
|
|
15 1 -17.3646 -3.7368 -22.5693 102.8707
|
|
15 1 -17.3646 -3.4737 -17.3601 100.2229
|
|
15 1 -17.3646 -3.2105 -11.9365 97.1526
|
|
15 1 -17.3646 -2.9474 -6.0679 93.2636
|
|
15 1 -17.3646 -2.6842 -0.1276 87.7276
|
|
15 1 -17.3646 -2.4211 4.5759 80.4089
|
|
15 1 -17.3646 -2.1579 7.2176 72.4142
|
|
15 1 -17.3646 -1.8947 8.1000 64.8086
|
|
15 1 -17.3646 -1.6316 7.8357 57.9981
|
|
15 1 -17.3646 -1.3684 6.9060 52.0837
|
|
15 1 -17.3646 -1.1053 5.7920 46.9953
|
|
15 1 -17.3646 -0.8421 4.8228 42.3445
|
|
15 1 -17.3646 -0.5789 3.8947 37.6588
|
|
15 1 -17.3646 -0.3158 2.5530 32.8027
|
|
15 1 -17.3646 -0.0526 0.4895 28.1439
|
|
15 1 -17.3646 0.2105 -2.1140 24.0897
|
|
15 1 -17.3646 0.4737 -4.9147 20.6939
|
|
15 1 -17.3646 0.7368 -7.7505 17.8273
|
|
15 1 -17.3646 1.0000 -10.5806 15.4173
|
|
|
|
15 2 -6.7590 -4.0000 -62.3023 118.7288
|
|
15 2 -6.7590 -3.7368 -55.4022 119.3541
|
|
15 2 -6.7590 -3.4737 -47.9955 119.4572
|
|
15 2 -6.7590 -3.2105 -39.7285 118.9402
|
|
15 2 -6.7590 -2.9474 -30.2634 117.0557
|
|
15 2 -6.7590 -2.6842 -20.2288 112.4707
|
|
15 2 -6.7590 -2.4211 -11.6105 104.9197
|
|
15 2 -6.7590 -2.1579 -5.6954 95.9335
|
|
15 2 -6.7590 -1.8947 -2.1928 87.0108
|
|
15 2 -6.7590 -1.6316 -0.3708 78.7974
|
|
15 2 -6.7590 -1.3684 0.4132 71.5642
|
|
15 2 -6.7590 -1.1053 0.9020 65.2685
|
|
15 2 -6.7590 -0.8421 1.5923 59.3004
|
|
15 2 -6.7590 -0.5789 2.2449 52.9124
|
|
15 2 -6.7590 -0.3158 2.0397 45.9578
|
|
15 2 -6.7590 -0.0526 0.4604 39.1497
|
|
15 2 -6.7590 0.2105 -2.1445 33.2217
|
|
15 2 -6.7590 0.4737 -5.1695 28.2679
|
|
15 2 -6.7590 0.7368 -8.3476 24.0643
|
|
15 2 -6.7590 1.0000 -11.6332 20.5068
|
|
|
|
15 3 -5.2110 -4.0000 -54.1953 97.0829
|
|
15 3 -5.2110 -3.7368 -48.7764 98.0783
|
|
15 3 -5.2110 -3.4737 -42.8051 98.6729
|
|
15 3 -5.2110 -3.2105 -36.0148 98.7451
|
|
15 3 -5.2110 -2.9474 -28.1338 97.6698
|
|
15 3 -5.2110 -2.6842 -19.6834 94.3153
|
|
15 3 -5.2110 -2.4211 -12.3386 88.4422
|
|
15 3 -5.2110 -2.1579 -7.1789 81.3317
|
|
15 3 -5.2110 -1.8947 -3.9447 74.2114
|
|
15 3 -5.2110 -1.6316 -2.0540 67.5661
|
|
15 3 -5.2110 -1.3684 -1.0437 61.6234
|
|
15 3 -5.2110 -1.1053 -0.3166 56.4031
|
|
15 3 -5.2110 -0.8421 0.5730 51.4149
|
|
15 3 -5.2110 -0.5789 1.4316 45.9993
|
|
15 3 -5.2110 -0.3158 1.5187 40.0192
|
|
15 3 -5.2110 -0.0526 0.3622 34.1240
|
|
15 3 -5.2110 0.2105 -1.7232 28.9800
|
|
15 3 -5.2110 0.4737 -4.1931 24.6701
|
|
15 3 -5.2110 0.7368 -6.8175 20.9909
|
|
15 3 -5.2110 1.0000 -9.5674 17.8587
|
|
|
|
15 4 -5.2110 -4.0000 -54.0173 96.5917
|
|
15 4 -5.2110 -3.7368 -48.6457 97.5642
|
|
15 4 -5.2110 -3.4737 -42.7370 98.1532
|
|
15 4 -5.2110 -3.2105 -36.0144 98.2455
|
|
15 4 -5.2110 -2.9474 -28.1897 97.2148
|
|
15 4 -5.2110 -2.6842 -19.7754 93.9167
|
|
15 4 -5.2110 -2.4211 -12.4480 88.1011
|
|
15 4 -5.2110 -2.1579 -7.2911 81.0429
|
|
15 4 -5.2110 -1.8947 -4.0516 73.9661
|
|
15 4 -5.2110 -1.6316 -2.1535 67.3578
|
|
15 4 -5.2110 -1.3684 -1.1335 61.4503
|
|
15 4 -5.2110 -1.1053 -0.3909 56.2623
|
|
15 4 -5.2110 -0.8421 0.5187 51.2994
|
|
15 4 -5.2110 -0.5789 1.3972 45.9013
|
|
15 4 -5.2110 -0.3158 1.5013 39.9339
|
|
15 4 -5.2110 -0.0526 0.3595 34.0494
|
|
15 4 -5.2110 0.2105 -1.7126 28.9148
|
|
15 4 -5.2110 0.4737 -4.1700 24.6128
|
|
15 4 -5.2110 0.7368 -6.7826 20.9403
|
|
15 4 -5.2110 1.0000 -9.5217 17.8136
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 16 coord.: 0.0000000 0.3333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.507316 meV Im[Sigma]= 56.053404 meV Z= 1.000150 lam= -0.000150
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.769401 meV Im[Sigma]= 57.168159 meV Z= 1.000424 lam= -0.000424
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -11.406602 meV Im[Sigma]= 84.737519 meV Z= 1.018885 lam= -0.018535
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.762807 meV Im[Sigma]= 78.310077 meV Z= 1.002730 lam= -0.002723
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 16 coord.: 0.0000000 0.3333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 16 w = -4.0000 eV A(k,w) = 0.10692E-04 meV^-1
|
|
ik = 16 w = -3.7368 eV A(k,w) = 0.87798E-05 meV^-1
|
|
ik = 16 w = -3.4737 eV A(k,w) = 0.73519E-05 meV^-1
|
|
ik = 16 w = -3.2105 eV A(k,w) = 0.62394E-05 meV^-1
|
|
ik = 16 w = -2.9474 eV A(k,w) = 0.53157E-05 meV^-1
|
|
ik = 16 w = -2.6842 eV A(k,w) = 0.44779E-05 meV^-1
|
|
ik = 16 w = -2.4211 eV A(k,w) = 0.36993E-05 meV^-1
|
|
ik = 16 w = -2.1579 eV A(k,w) = 0.30210E-05 meV^-1
|
|
ik = 16 w = -1.8947 eV A(k,w) = 0.24651E-05 meV^-1
|
|
ik = 16 w = -1.6316 eV A(k,w) = 0.20198E-05 meV^-1
|
|
ik = 16 w = -1.3684 eV A(k,w) = 0.16671E-05 meV^-1
|
|
ik = 16 w = -1.1053 eV A(k,w) = 0.13881E-05 meV^-1
|
|
ik = 16 w = -0.8421 eV A(k,w) = 0.11567E-05 meV^-1
|
|
ik = 16 w = -0.5789 eV A(k,w) = 0.95062E-06 meV^-1
|
|
ik = 16 w = -0.3158 eV A(k,w) = 0.76307E-06 meV^-1
|
|
ik = 16 w = -0.0526 eV A(k,w) = 0.60262E-06 meV^-1
|
|
ik = 16 w = 0.2105 eV A(k,w) = 0.47556E-06 meV^-1
|
|
ik = 16 w = 0.4737 eV A(k,w) = 0.37738E-06 meV^-1
|
|
ik = 16 w = 0.7368 eV A(k,w) = 0.30032E-06 meV^-1
|
|
ik = 16 w = 1.0000 eV A(k,w) = 0.23976E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
16 -4.0000 0.10692E-04
|
|
16 -3.7368 0.87798E-05
|
|
16 -3.4737 0.73519E-05
|
|
16 -3.2105 0.62394E-05
|
|
16 -2.9474 0.53157E-05
|
|
16 -2.6842 0.44779E-05
|
|
16 -2.4211 0.36993E-05
|
|
16 -2.1579 0.30210E-05
|
|
16 -1.8947 0.24651E-05
|
|
16 -1.6316 0.20198E-05
|
|
16 -1.3684 0.16671E-05
|
|
16 -1.1053 0.13881E-05
|
|
16 -0.8421 0.11567E-05
|
|
16 -0.5789 0.95062E-06
|
|
16 -0.3158 0.76307E-06
|
|
16 -0.0526 0.60262E-06
|
|
16 0.2105 0.47556E-06
|
|
16 0.4737 0.37738E-06
|
|
16 0.7368 0.30032E-06
|
|
16 1.0000 0.23976E-06
|
|
16 1 -14.5793 -4.0000 -33.5482 97.9956
|
|
16 1 -14.5793 -3.7368 -28.5010 96.7113
|
|
16 1 -14.5793 -3.4737 -23.3464 95.0044
|
|
16 1 -14.5793 -3.2105 -17.8687 92.9096
|
|
16 1 -14.5793 -2.9474 -11.7851 90.0025
|
|
16 1 -14.5793 -2.6842 -5.4536 85.3763
|
|
16 1 -14.5793 -2.4211 -0.2313 78.8331
|
|
16 1 -14.5793 -2.1579 2.9998 71.4683
|
|
16 1 -14.5793 -1.8947 4.5057 64.3487
|
|
16 1 -14.5793 -1.6316 4.8572 57.8869
|
|
16 1 -14.5793 -1.3684 4.5033 52.2186
|
|
16 1 -14.5793 -1.1053 3.9321 47.3098
|
|
16 1 -14.5793 -0.8421 3.4926 42.7705
|
|
16 1 -14.5793 -0.5789 3.0698 38.1042
|
|
16 1 -14.5793 -0.3158 2.1627 33.1772
|
|
16 1 -14.5793 -0.0526 0.4333 28.4074
|
|
16 1 -14.5793 0.2105 -1.9142 24.2497
|
|
16 1 -14.5793 0.4737 -4.5029 20.7651
|
|
16 1 -14.5793 0.7368 -7.1601 17.8148
|
|
16 1 -14.5793 1.0000 -9.8464 15.3282
|
|
|
|
16 2 -10.2664 -4.0000 -43.5261 92.6284
|
|
16 2 -10.2664 -3.7368 -38.4469 92.6568
|
|
16 2 -10.2664 -3.4737 -33.0529 92.3023
|
|
16 2 -10.2664 -3.2105 -27.0849 91.5286
|
|
16 2 -10.2664 -2.9474 -20.2499 89.8106
|
|
16 2 -10.2664 -2.6842 -12.9695 86.1276
|
|
16 2 -10.2664 -2.4211 -6.7390 80.2418
|
|
16 2 -10.2664 -2.1579 -2.5406 73.3111
|
|
16 2 -10.2664 -1.8947 -0.1314 66.4664
|
|
16 2 -10.2664 -1.6316 1.0484 60.1571
|
|
16 2 -10.2664 -1.3684 1.4484 54.5664
|
|
16 2 -10.2664 -1.1053 1.5992 49.6833
|
|
16 2 -10.2664 -0.8421 1.8777 45.0784
|
|
16 2 -10.2664 -0.5789 2.1266 40.2040
|
|
16 2 -10.2664 -0.3158 1.7538 34.9425
|
|
16 2 -10.2664 -0.0526 0.3801 29.8093
|
|
16 2 -10.2664 0.2105 -1.7405 25.3402
|
|
16 2 -10.2664 0.4737 -4.1636 21.6044
|
|
16 2 -10.2664 0.7368 -6.6910 18.4372
|
|
16 2 -10.2664 1.0000 -9.2860 15.7600
|
|
|
|
16 3 -7.2955 -4.0000 -44.0184 86.1681
|
|
16 3 -7.2955 -3.7368 -39.2682 86.7560
|
|
16 3 -7.2955 -3.4737 -34.0594 86.9174
|
|
16 3 -7.2955 -3.2105 -28.2259 86.5655
|
|
16 3 -7.2955 -2.9474 -21.5653 85.2214
|
|
16 3 -7.2955 -2.6842 -14.5058 81.9693
|
|
16 3 -7.2955 -2.4211 -8.4458 76.6261
|
|
16 3 -7.2955 -2.1579 -4.2776 70.2903
|
|
16 3 -7.2955 -1.8947 -1.7559 64.0004
|
|
16 3 -7.2955 -1.6316 -0.3729 58.1527
|
|
16 3 -7.2955 -1.3684 0.2621 52.9262
|
|
16 3 -7.2955 -1.1053 0.6455 48.3372
|
|
16 3 -7.2955 -0.8421 1.1543 43.9831
|
|
16 3 -7.2955 -0.5789 1.6404 39.3160
|
|
16 3 -7.2955 -0.3158 1.4997 34.2120
|
|
16 3 -7.2955 -0.0526 0.3396 29.1980
|
|
16 3 -7.2955 0.2105 -1.5842 24.8232
|
|
16 3 -7.2955 0.4737 -3.8224 21.1581
|
|
16 3 -7.2955 0.7368 -6.1812 18.0366
|
|
16 3 -7.2955 1.0000 -8.6307 15.3868
|
|
|
|
16 4 -5.9070 -4.0000 -50.1131 87.0124
|
|
16 4 -5.9070 -3.7368 -45.3589 88.0919
|
|
16 4 -5.9070 -3.4737 -40.0532 88.8530
|
|
16 4 -5.9070 -3.2105 -33.9542 89.1583
|
|
16 4 -5.9070 -2.9474 -26.8100 88.4367
|
|
16 4 -5.9070 -2.6842 -19.0764 85.6341
|
|
16 4 -5.9070 -2.4211 -12.2957 80.4942
|
|
16 4 -5.9070 -2.1579 -7.4850 74.1838
|
|
16 4 -5.9070 -1.8947 -4.4131 67.8327
|
|
16 4 -5.9070 -1.6316 -2.5528 61.8773
|
|
16 4 -5.9070 -1.3684 -1.4965 56.5266
|
|
16 4 -5.9070 -1.1053 -0.7036 51.8092
|
|
16 4 -5.9070 -0.8421 0.2363 47.2782
|
|
16 4 -5.9070 -0.5789 1.1399 42.3246
|
|
16 4 -5.9070 -0.3158 1.3146 36.8271
|
|
16 4 -5.9070 -0.0526 0.3214 31.3974
|
|
16 4 -5.9070 0.2105 -1.5429 26.6595
|
|
16 4 -5.9070 0.4737 -3.7689 22.6899
|
|
16 4 -5.9070 0.7368 -6.1433 19.2983
|
|
16 4 -5.9070 1.0000 -8.6413 16.4080
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 17 coord.: 0.0000000 0.3333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.7489 eV Re[Sigma]= -39.525448 meV Im[Sigma]= 60.329011 meV Z= 1.003539 lam= -0.003527
|
|
E( 2 )= -10.6632 eV Re[Sigma]= -14.928371 meV Im[Sigma]= 64.847947 meV Z= 1.006733 lam= -0.006688
|
|
E( 3 )= -9.4579 eV Re[Sigma]= 2.042278 meV Im[Sigma]= 40.767043 meV Z= 0.996245 lam= 0.003769
|
|
E( 4 )= -4.5555 eV Re[Sigma]= 11.675627 meV Im[Sigma]= 121.276712 meV Z= 1.015918 lam= -0.015669
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 17 coord.: 0.0000000 0.3333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 17 w = -4.0000 eV A(k,w) = 0.87135E-04 meV^-1
|
|
ik = 17 w = -3.7368 eV A(k,w) = 0.45082E-04 meV^-1
|
|
ik = 17 w = -3.4737 eV A(k,w) = 0.27739E-04 meV^-1
|
|
ik = 17 w = -3.2105 eV A(k,w) = 0.18880E-04 meV^-1
|
|
ik = 17 w = -2.9474 eV A(k,w) = 0.13633E-04 meV^-1
|
|
ik = 17 w = -2.6842 eV A(k,w) = 0.10098E-04 meV^-1
|
|
ik = 17 w = -2.4211 eV A(k,w) = 0.75236E-05 meV^-1
|
|
ik = 17 w = -2.1579 eV A(k,w) = 0.56442E-05 meV^-1
|
|
ik = 17 w = -1.8947 eV A(k,w) = 0.42915E-05 meV^-1
|
|
ik = 17 w = -1.6316 eV A(k,w) = 0.33135E-05 meV^-1
|
|
ik = 17 w = -1.3684 eV A(k,w) = 0.26009E-05 meV^-1
|
|
ik = 17 w = -1.1053 eV A(k,w) = 0.20750E-05 meV^-1
|
|
ik = 17 w = -0.8421 eV A(k,w) = 0.16671E-05 meV^-1
|
|
ik = 17 w = -0.5789 eV A(k,w) = 0.13274E-05 meV^-1
|
|
ik = 17 w = -0.3158 eV A(k,w) = 0.10362E-05 meV^-1
|
|
ik = 17 w = -0.0526 eV A(k,w) = 0.79828E-06 meV^-1
|
|
ik = 17 w = 0.2105 eV A(k,w) = 0.61621E-06 meV^-1
|
|
ik = 17 w = 0.4737 eV A(k,w) = 0.47940E-06 meV^-1
|
|
ik = 17 w = 0.7368 eV A(k,w) = 0.37471E-06 meV^-1
|
|
ik = 17 w = 1.0000 eV A(k,w) = 0.29430E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
17 -4.0000 0.87135E-04
|
|
17 -3.7368 0.45082E-04
|
|
17 -3.4737 0.27739E-04
|
|
17 -3.2105 0.18880E-04
|
|
17 -2.9474 0.13633E-04
|
|
17 -2.6842 0.10098E-04
|
|
17 -2.4211 0.75236E-05
|
|
17 -2.1579 0.56442E-05
|
|
17 -1.8947 0.42915E-05
|
|
17 -1.6316 0.33135E-05
|
|
17 -1.3684 0.26009E-05
|
|
17 -1.1053 0.20750E-05
|
|
17 -0.8421 0.16671E-05
|
|
17 -0.5789 0.13274E-05
|
|
17 -0.3158 0.10362E-05
|
|
17 -0.0526 0.79828E-06
|
|
17 0.2105 0.61621E-06
|
|
17 0.4737 0.47940E-06
|
|
17 0.7368 0.37471E-06
|
|
17 1.0000 0.29430E-06
|
|
17 1 -13.7489 -4.0000 -37.7637 103.8658
|
|
17 1 -13.7489 -3.7368 -32.1024 102.7325
|
|
17 1 -13.7489 -3.4737 -26.3444 101.0980
|
|
17 1 -13.7489 -3.2105 -20.2324 99.0379
|
|
17 1 -13.7489 -2.9474 -13.4268 96.0729
|
|
17 1 -13.7489 -2.6842 -6.3243 91.1856
|
|
17 1 -13.7489 -2.4211 -0.4241 84.1462
|
|
17 1 -13.7489 -2.1579 3.2833 76.1419
|
|
17 1 -13.7489 -1.8947 5.0501 68.3533
|
|
17 1 -13.7489 -1.6316 5.4855 61.2754
|
|
17 1 -13.7489 -1.3684 5.1034 55.0890
|
|
17 1 -13.7489 -1.1053 4.4594 49.7565
|
|
17 1 -13.7489 -0.8421 3.9345 44.8517
|
|
17 1 -13.7489 -0.5789 3.4080 39.8511
|
|
17 1 -13.7489 -0.3158 2.3637 34.6228
|
|
17 1 -13.7489 -0.0526 0.4682 29.6023
|
|
17 1 -13.7489 0.2105 -2.0532 25.2505
|
|
17 1 -13.7489 0.4737 -4.8049 21.6185
|
|
17 1 -13.7489 0.7368 -7.6077 18.5511
|
|
17 1 -13.7489 1.0000 -10.4257 15.9667
|
|
|
|
17 2 -10.6632 -4.0000 -41.2951 94.9329
|
|
17 2 -10.6632 -3.7368 -36.2689 94.6048
|
|
17 2 -10.6632 -3.4737 -30.9742 93.9014
|
|
17 2 -10.6632 -3.2105 -25.1534 92.8155
|
|
17 2 -10.6632 -2.9474 -18.4924 90.8311
|
|
17 2 -10.6632 -2.6842 -11.4051 86.9240
|
|
17 2 -10.6632 -2.4211 -5.3770 80.8629
|
|
17 2 -10.6632 -2.1579 -1.3719 73.7987
|
|
17 2 -10.6632 -1.8947 0.8560 66.8465
|
|
17 2 -10.6632 -1.6316 1.8613 60.4502
|
|
17 2 -10.6632 -1.3684 2.0906 54.7924
|
|
17 2 -10.6632 -1.1053 2.0728 49.8660
|
|
17 2 -10.6632 -0.8421 2.1914 45.2496
|
|
17 2 -10.6632 -0.5789 2.3065 40.3927
|
|
17 2 -10.6632 -0.3158 1.8346 35.1604
|
|
17 2 -10.6632 -0.0526 0.3914 30.0521
|
|
17 2 -10.6632 0.2105 -1.7792 25.5958
|
|
17 2 -10.6632 0.4737 -4.2434 21.8578
|
|
17 2 -10.6632 0.7368 -6.8125 18.6775
|
|
17 2 -10.6632 1.0000 -9.4530 15.9836
|
|
|
|
17 3 -9.4579 -4.0000 -29.9401 66.4027
|
|
17 3 -9.4579 -3.7368 -26.5992 66.6489
|
|
17 3 -9.4579 -3.4737 -22.8626 66.5832
|
|
17 3 -9.4579 -3.2105 -18.6521 66.0943
|
|
17 3 -9.4579 -2.9474 -13.8720 64.8526
|
|
17 3 -9.4579 -2.6842 -8.8311 62.2243
|
|
17 3 -9.4579 -2.4211 -4.5401 58.0749
|
|
17 3 -9.4579 -2.1579 -1.6587 53.2127
|
|
17 3 -9.4579 -1.8947 0.0004 48.4114
|
|
17 3 -9.4579 -1.6316 0.8227 43.9580
|
|
17 3 -9.4579 -1.3684 1.0909 39.9755
|
|
17 3 -9.4579 -1.1053 1.1631 36.4868
|
|
17 3 -9.4579 -0.8421 1.3319 33.2094
|
|
17 3 -9.4579 -0.5789 1.5109 29.7307
|
|
17 3 -9.4579 -0.3158 1.2598 25.9360
|
|
17 3 -9.4579 -0.0526 0.2753 22.1994
|
|
17 3 -9.4579 0.2105 -1.2667 18.9273
|
|
17 3 -9.4579 0.4737 -3.0401 16.1767
|
|
17 3 -9.4579 0.7368 -4.9033 13.8300
|
|
17 3 -9.4579 1.0000 -6.8319 11.8376
|
|
|
|
17 4 -4.5555 -4.0000 -59.4512 104.3986
|
|
17 4 -4.5555 -3.7368 -53.5881 105.4771
|
|
17 4 -4.5555 -3.4737 -47.1400 106.1351
|
|
17 4 -4.5555 -3.2105 -39.8245 106.2510
|
|
17 4 -4.5555 -2.9474 -31.3285 105.1621
|
|
17 4 -4.5555 -2.6842 -22.1962 101.6317
|
|
17 4 -4.5555 -2.4211 -14.2391 95.3892
|
|
17 4 -4.5555 -2.1579 -8.6206 87.8166
|
|
17 4 -4.5555 -1.8947 -5.0560 80.2296
|
|
17 4 -4.5555 -1.6316 -2.9224 73.1401
|
|
17 4 -4.5555 -1.3684 -1.7297 66.7930
|
|
17 4 -4.5555 -1.1053 -0.8344 61.2133
|
|
17 4 -4.5555 -0.8421 0.2490 55.8682
|
|
17 4 -4.5555 -0.5789 1.3086 50.0333
|
|
17 4 -4.5555 -0.3158 1.5263 43.5533
|
|
17 4 -4.5555 -0.0526 0.3748 37.1440
|
|
17 4 -4.5555 0.2105 -1.8026 31.5422
|
|
17 4 -4.5555 0.4737 -4.4096 26.8399
|
|
17 4 -4.5555 0.7368 -7.1982 22.8166
|
|
17 4 -4.5555 1.0000 -10.1387 19.3870
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 18 coord.: 0.0000000 0.3333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.636355 meV Im[Sigma]= 68.664213 meV Z= 1.015239 lam= -0.015010
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.174145 meV Im[Sigma]= 57.646669 meV Z= 1.005261 lam= -0.005233
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.807833 meV Im[Sigma]= 119.641059 meV Z= 1.022489 lam= -0.021995
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 70.840693 meV Im[Sigma]= 161.383699 meV Z= 1.042851 lam= -0.041090
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 18 coord.: 0.0000000 0.3333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 18 w = -4.0000 eV A(k,w) = 0.46049E-04 meV^-1
|
|
ik = 18 w = -3.7368 eV A(k,w) = 0.54506E-04 meV^-1
|
|
ik = 18 w = -3.4737 eV A(k,w) = 0.81446E-04 meV^-1
|
|
ik = 18 w = -3.2105 eV A(k,w) = 0.16235E-03 meV^-1
|
|
ik = 18 w = -2.9474 eV A(k,w) = 0.52447E-03 meV^-1
|
|
ik = 18 w = -2.6842 eV A(k,w) = 0.25660E-02 meV^-1
|
|
ik = 18 w = -2.4211 eV A(k,w) = 0.47613E-03 meV^-1
|
|
ik = 18 w = -2.1579 eV A(k,w) = 0.12815E-03 meV^-1
|
|
ik = 18 w = -1.8947 eV A(k,w) = 0.54108E-04 meV^-1
|
|
ik = 18 w = -1.6316 eV A(k,w) = 0.28426E-04 meV^-1
|
|
ik = 18 w = -1.3684 eV A(k,w) = 0.16980E-04 meV^-1
|
|
ik = 18 w = -1.1053 eV A(k,w) = 0.11044E-04 meV^-1
|
|
ik = 18 w = -0.8421 eV A(k,w) = 0.75693E-05 meV^-1
|
|
ik = 18 w = -0.5789 eV A(k,w) = 0.53034E-05 meV^-1
|
|
ik = 18 w = -0.3158 eV A(k,w) = 0.37241E-05 meV^-1
|
|
ik = 18 w = -0.0526 eV A(k,w) = 0.26229E-05 meV^-1
|
|
ik = 18 w = 0.2105 eV A(k,w) = 0.18745E-05 meV^-1
|
|
ik = 18 w = 0.4737 eV A(k,w) = 0.13641E-05 meV^-1
|
|
ik = 18 w = 0.7368 eV A(k,w) = 0.10057E-05 meV^-1
|
|
ik = 18 w = 1.0000 eV A(k,w) = 0.75022E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
18 -4.0000 0.46049E-04
|
|
18 -3.7368 0.54506E-04
|
|
18 -3.4737 0.81446E-04
|
|
18 -3.2105 0.16235E-03
|
|
18 -2.9474 0.52447E-03
|
|
18 -2.6842 0.25660E-02
|
|
18 -2.4211 0.47613E-03
|
|
18 -2.1579 0.12815E-03
|
|
18 -1.8947 0.54108E-04
|
|
18 -1.6316 0.28426E-04
|
|
18 -1.3684 0.16980E-04
|
|
18 -1.1053 0.11044E-04
|
|
18 -0.8421 0.75693E-05
|
|
18 -0.5789 0.53034E-05
|
|
18 -0.3158 0.37241E-05
|
|
18 -0.0526 0.26229E-05
|
|
18 0.2105 0.18745E-05
|
|
18 0.4737 0.13641E-05
|
|
18 0.7368 0.10057E-05
|
|
18 1.0000 0.75022E-06
|
|
18 1 -16.6105 -4.0000 -31.8058 106.2962
|
|
18 1 -16.6105 -3.7368 -26.1861 104.4510
|
|
18 1 -16.6105 -3.4737 -20.5269 102.0832
|
|
18 1 -16.6105 -3.2105 -14.6336 99.2329
|
|
18 1 -16.6105 -2.9474 -8.2661 95.4884
|
|
18 1 -16.6105 -2.6842 -1.8143 89.9923
|
|
18 1 -16.6105 -2.4211 3.3703 82.6039
|
|
18 1 -16.6105 -2.1579 6.4350 74.4526
|
|
18 1 -16.6105 -1.8947 7.6675 66.6209
|
|
18 1 -16.6105 -1.6316 7.6618 59.5388
|
|
18 1 -16.6105 -1.3684 6.8957 53.3449
|
|
18 1 -16.6105 -1.1053 5.8693 47.9985
|
|
18 1 -16.6105 -0.8421 4.9342 43.1204
|
|
18 1 -16.6105 -0.5789 4.0003 38.2391
|
|
18 1 -16.6105 -0.3158 2.6212 33.2230
|
|
18 1 -16.6105 -0.0526 0.5015 28.4443
|
|
18 1 -16.6105 0.2105 -2.1617 24.3074
|
|
18 1 -16.6105 0.4737 -5.0155 20.8580
|
|
18 1 -16.6105 0.7368 -7.8929 17.9566
|
|
18 1 -16.6105 1.0000 -10.7538 15.5220
|
|
|
|
18 2 -10.7517 -4.0000 -34.3324 82.1556
|
|
18 2 -10.7517 -3.7368 -29.8004 81.7200
|
|
18 2 -10.7517 -3.4737 -25.1373 80.8691
|
|
18 2 -10.7517 -3.2105 -20.1477 79.6633
|
|
18 2 -10.7517 -2.9474 -14.5460 77.7224
|
|
18 2 -10.7517 -2.6842 -8.6426 74.2065
|
|
18 2 -10.7517 -2.4211 -3.6623 68.9173
|
|
18 2 -10.7517 -2.1579 -0.4065 62.8217
|
|
18 2 -10.7517 -1.8947 1.3456 56.8606
|
|
18 2 -10.7517 -1.6316 2.0759 51.4001
|
|
18 2 -10.7517 -1.3684 2.1660 46.5814
|
|
18 2 -10.7517 -1.1053 2.0600 42.3900
|
|
18 2 -10.7517 -0.8421 2.0793 38.4653
|
|
18 2 -10.7517 -0.5789 2.1014 34.3398
|
|
18 2 -10.7517 -0.3158 1.6307 29.9012
|
|
18 2 -10.7517 -0.0526 0.3436 25.5725
|
|
18 2 -10.7517 0.2105 -1.5531 21.7986
|
|
18 2 -10.7517 0.4737 -3.6924 18.6351
|
|
18 2 -10.7517 0.7368 -5.9145 15.9444
|
|
18 2 -10.7517 1.0000 -8.1918 13.6645
|
|
|
|
18 3 -5.2472 -4.0000 -57.7976 108.1649
|
|
18 3 -5.2472 -3.7368 -51.6188 108.8847
|
|
18 3 -5.2472 -3.4737 -44.9701 109.1399
|
|
18 3 -5.2472 -3.2105 -37.5252 108.8746
|
|
18 3 -5.2472 -2.9474 -28.9126 107.4162
|
|
18 3 -5.2472 -2.6842 -19.6685 103.4731
|
|
18 3 -5.2472 -2.4211 -11.6642 96.7438
|
|
18 3 -5.2472 -2.1579 -6.1255 88.6552
|
|
18 3 -5.2472 -1.8947 -2.7697 80.5974
|
|
18 3 -5.2472 -1.6316 -0.9275 73.1326
|
|
18 3 -5.2472 -1.3684 -0.0488 66.5051
|
|
18 3 -5.2472 -1.1053 0.5316 60.7026
|
|
18 3 -5.2472 -0.8421 1.2762 55.1793
|
|
18 3 -5.2472 -0.5789 1.9670 49.2485
|
|
18 3 -5.2472 -0.3158 1.8410 42.7789
|
|
18 3 -5.2472 -0.0526 0.4201 36.4421
|
|
18 3 -5.2472 0.2105 -1.9652 30.9239
|
|
18 3 -5.2472 0.4737 -4.7479 26.3106
|
|
18 3 -5.2472 0.7368 -7.6802 22.3930
|
|
18 3 -5.2472 1.0000 -10.7197 19.0765
|
|
|
|
18 4 -2.6593 -4.0000 -73.0564 128.4714
|
|
18 4 -2.6593 -3.7368 -65.6115 129.6300
|
|
18 4 -2.6593 -3.4737 -57.5288 130.2771
|
|
18 4 -2.6593 -3.2105 -48.4082 130.2830
|
|
18 4 -2.6593 -2.9474 -37.8428 128.8008
|
|
18 4 -2.6593 -2.6842 -26.5252 124.2931
|
|
18 4 -2.6593 -2.4211 -16.6972 116.4437
|
|
18 4 -2.6593 -2.1579 -9.7883 106.9596
|
|
18 4 -2.6593 -1.8947 -5.4605 97.4695
|
|
18 4 -2.6593 -1.6316 -2.9424 88.6374
|
|
18 4 -2.6593 -1.3684 -1.5927 80.7748
|
|
18 4 -2.6593 -1.1053 -0.6034 73.8867
|
|
18 4 -2.6593 -0.8421 0.6039 67.3107
|
|
18 4 -2.6593 -0.5789 1.7687 60.1855
|
|
18 4 -2.6593 -0.3158 1.9285 52.3301
|
|
18 4 -2.6593 -0.0526 0.4643 44.5856
|
|
18 4 -2.6593 0.2105 -2.2190 37.8209
|
|
18 4 -2.6593 0.4737 -5.4162 32.1478
|
|
18 4 -2.6593 0.7368 -8.8261 27.3099
|
|
18 4 -2.6593 1.0000 -12.4023 23.2019
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 19 coord.: 0.0000000 0.5000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.6077 eV Re[Sigma]= -40.453792 meV Im[Sigma]= 58.937363 meV Z= 1.004205 lam= -0.004187
|
|
E( 2 )= -14.0678 eV Re[Sigma]= -10.779683 meV Im[Sigma]= 63.222727 meV Z= 1.004142 lam= -0.004124
|
|
E( 3 )= -2.9614 eV Re[Sigma]= 53.176533 meV Im[Sigma]= 169.695255 meV Z= 1.045157 lam= -0.043206
|
|
E( 4 )= -2.9614 eV Re[Sigma]= 53.176533 meV Im[Sigma]= 169.695255 meV Z= 1.045157 lam= -0.043206
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 19 coord.: 0.0000000 0.5000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 19 w = -4.0000 eV A(k,w) = 0.85066E-04 meV^-1
|
|
ik = 19 w = -3.7368 eV A(k,w) = 0.15717E-03 meV^-1
|
|
ik = 19 w = -3.4737 eV A(k,w) = 0.37077E-03 meV^-1
|
|
ik = 19 w = -3.2105 eV A(k,w) = 0.14760E-02 meV^-1
|
|
ik = 19 w = -2.9474 eV A(k,w) = 0.42026E-02 meV^-1
|
|
ik = 19 w = -2.6842 eV A(k,w) = 0.72070E-03 meV^-1
|
|
ik = 19 w = -2.4211 eV A(k,w) = 0.22684E-03 meV^-1
|
|
ik = 19 w = -2.1579 eV A(k,w) = 0.10101E-03 meV^-1
|
|
ik = 19 w = -1.8947 eV A(k,w) = 0.53765E-04 meV^-1
|
|
ik = 19 w = -1.6316 eV A(k,w) = 0.31929E-04 meV^-1
|
|
ik = 19 w = -1.3684 eV A(k,w) = 0.20458E-04 meV^-1
|
|
ik = 19 w = -1.1053 eV A(k,w) = 0.13870E-04 meV^-1
|
|
ik = 19 w = -0.8421 eV A(k,w) = 0.97409E-05 meV^-1
|
|
ik = 19 w = -0.5789 eV A(k,w) = 0.69182E-05 meV^-1
|
|
ik = 19 w = -0.3158 eV A(k,w) = 0.48888E-05 meV^-1
|
|
ik = 19 w = -0.0526 eV A(k,w) = 0.34478E-05 meV^-1
|
|
ik = 19 w = 0.2105 eV A(k,w) = 0.24590E-05 meV^-1
|
|
ik = 19 w = 0.4737 eV A(k,w) = 0.17820E-05 meV^-1
|
|
ik = 19 w = 0.7368 eV A(k,w) = 0.13066E-05 meV^-1
|
|
ik = 19 w = 1.0000 eV A(k,w) = 0.96850E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
19 -4.0000 0.85066E-04
|
|
19 -3.7368 0.15717E-03
|
|
19 -3.4737 0.37077E-03
|
|
19 -3.2105 0.14760E-02
|
|
19 -2.9474 0.42026E-02
|
|
19 -2.6842 0.72070E-03
|
|
19 -2.4211 0.22684E-03
|
|
19 -2.1579 0.10101E-03
|
|
19 -1.8947 0.53765E-04
|
|
19 -1.6316 0.31929E-04
|
|
19 -1.3684 0.20458E-04
|
|
19 -1.1053 0.13870E-04
|
|
19 -0.8421 0.97409E-05
|
|
19 -0.5789 0.69182E-05
|
|
19 -0.3158 0.48888E-05
|
|
19 -0.0526 0.34478E-05
|
|
19 0.2105 0.24590E-05
|
|
19 0.4737 0.17820E-05
|
|
19 0.7368 0.13066E-05
|
|
19 1.0000 0.96850E-06
|
|
19 1 -15.6077 -4.0000 -33.4365 103.9612
|
|
19 1 -15.6077 -3.7368 -27.6828 102.2698
|
|
19 1 -15.6077 -3.4737 -21.9657 100.0234
|
|
19 1 -15.6077 -3.2105 -16.0721 97.3519
|
|
19 1 -15.6077 -2.9474 -9.6677 93.8669
|
|
19 1 -15.6077 -2.6842 -3.0793 88.6387
|
|
19 1 -15.6077 -2.4211 2.3085 81.4435
|
|
19 1 -15.6077 -2.1579 5.5692 73.4009
|
|
19 1 -15.6077 -1.8947 6.9525 65.6350
|
|
19 1 -15.6077 -1.6316 7.0583 58.6189
|
|
19 1 -15.6077 -1.3684 6.3962 52.5064
|
|
19 1 -15.6077 -1.1053 5.4876 47.2382
|
|
19 1 -15.6077 -0.8421 4.6736 42.4131
|
|
19 1 -15.6077 -0.5789 3.8414 37.5635
|
|
19 1 -15.6077 -0.3158 2.5404 32.5785
|
|
19 1 -15.6077 -0.0526 0.4884 27.8400
|
|
19 1 -15.6077 0.2105 -2.1091 23.7494
|
|
19 1 -15.6077 0.4737 -4.8965 20.3495
|
|
19 1 -15.6077 0.7368 -7.7039 17.4989
|
|
19 1 -15.6077 1.0000 -10.4903 15.1120
|
|
|
|
19 2 -14.0678 -4.0000 -26.7693 68.2157
|
|
19 2 -14.0678 -3.7368 -23.5043 67.9101
|
|
19 2 -14.0678 -3.4737 -20.0090 67.3409
|
|
19 2 -14.0678 -3.2105 -16.1469 66.4835
|
|
19 2 -14.0678 -2.9474 -11.7291 65.0195
|
|
19 2 -14.0678 -2.6842 -7.0039 62.2753
|
|
19 2 -14.0678 -2.4211 -2.9595 58.0618
|
|
19 2 -14.0678 -2.1579 -0.2698 53.1390
|
|
19 2 -14.0678 -1.8947 1.2152 48.2630
|
|
19 2 -14.0678 -1.6316 1.8575 43.7377
|
|
19 2 -14.0678 -1.3684 1.9467 39.7005
|
|
19 2 -14.0678 -1.1053 1.8458 36.1674
|
|
19 2 -14.0678 -0.8421 1.8346 32.8556
|
|
19 2 -14.0678 -0.5789 1.8254 29.3750
|
|
19 2 -14.0678 -0.3158 1.4074 25.6197
|
|
19 2 -14.0678 -0.0526 0.2967 21.9379
|
|
19 2 -14.0678 0.2105 -1.3449 18.7127
|
|
19 2 -14.0678 0.4737 -3.2087 16.0041
|
|
19 2 -14.0678 0.7368 -5.1527 13.7048
|
|
19 2 -14.0678 1.0000 -7.1445 11.7635
|
|
|
|
19 3 -2.9614 -4.0000 -76.2013 125.1795
|
|
19 3 -2.9614 -3.7368 -68.9047 126.8689
|
|
19 3 -2.9614 -3.4737 -60.8993 128.0794
|
|
19 3 -2.9614 -3.2105 -51.7566 128.6663
|
|
19 3 -2.9614 -2.9474 -41.0505 127.7499
|
|
19 3 -2.9614 -2.6842 -29.4763 123.7409
|
|
19 3 -2.9614 -2.4211 -19.3255 116.2827
|
|
19 3 -2.9614 -2.1579 -12.0783 107.0992
|
|
19 3 -2.9614 -1.8947 -7.4013 97.8426
|
|
19 3 -2.9614 -1.6316 -4.5255 89.1736
|
|
19 3 -2.9614 -1.3684 -2.8249 81.4036
|
|
19 3 -2.9614 -1.1053 -1.5021 74.5435
|
|
19 3 -2.9614 -0.8421 0.0094 67.9326
|
|
19 3 -2.9614 -0.5789 1.4307 60.7177
|
|
19 3 -2.9614 -0.3158 1.7841 52.7375
|
|
19 3 -2.9614 -0.0526 0.4463 44.8604
|
|
19 3 -2.9614 0.2105 -2.1654 37.9808
|
|
19 3 -2.9614 0.4737 -5.3242 32.2221
|
|
19 3 -2.9614 0.7368 -8.7110 27.3264
|
|
19 3 -2.9614 1.0000 -12.2680 23.1816
|
|
|
|
19 4 -2.9614 -4.0000 -76.2012 125.1796
|
|
19 4 -2.9614 -3.7368 -68.9047 126.8690
|
|
19 4 -2.9614 -3.4737 -60.8993 128.0795
|
|
19 4 -2.9614 -3.2105 -51.7566 128.6663
|
|
19 4 -2.9614 -2.9474 -41.0505 127.7501
|
|
19 4 -2.9614 -2.6842 -29.4764 123.7411
|
|
19 4 -2.9614 -2.4211 -19.3256 116.2828
|
|
19 4 -2.9614 -2.1579 -12.0783 107.0993
|
|
19 4 -2.9614 -1.8947 -7.4014 97.8427
|
|
19 4 -2.9614 -1.6316 -4.5255 89.1737
|
|
19 4 -2.9614 -1.3684 -2.8249 81.4037
|
|
19 4 -2.9614 -1.1053 -1.5021 74.5437
|
|
19 4 -2.9614 -0.8421 0.0094 67.9328
|
|
19 4 -2.9614 -0.5789 1.4307 60.7178
|
|
19 4 -2.9614 -0.3158 1.7841 52.7376
|
|
19 4 -2.9614 -0.0526 0.4463 44.8605
|
|
19 4 -2.9614 0.2105 -2.1654 37.9809
|
|
19 4 -2.9614 0.4737 -5.3242 32.2222
|
|
19 4 -2.9614 0.7368 -8.7110 27.3265
|
|
19 4 -2.9614 1.0000 -12.2681 23.1816
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 20 coord.: 0.0000000 0.5000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -39.865801 meV Im[Sigma]= 63.144530 meV Z= 1.004350 lam= -0.004331
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.545361 meV Im[Sigma]= 65.717097 meV Z= 1.008844 lam= -0.008767
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 13.060660 meV Im[Sigma]= 133.533095 meV Z= 1.018110 lam= -0.017788
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.408627 meV Im[Sigma]= 139.504316 meV Z= 1.024600 lam= -0.024010
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 20 coord.: 0.0000000 0.5000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 20 w = -4.0000 eV A(k,w) = 0.25744E-02 meV^-1
|
|
ik = 20 w = -3.7368 eV A(k,w) = 0.66471E-03 meV^-1
|
|
ik = 20 w = -3.4737 eV A(k,w) = 0.18529E-03 meV^-1
|
|
ik = 20 w = -3.2105 eV A(k,w) = 0.87604E-04 meV^-1
|
|
ik = 20 w = -2.9474 eV A(k,w) = 0.51354E-04 meV^-1
|
|
ik = 20 w = -2.6842 eV A(k,w) = 0.33130E-04 meV^-1
|
|
ik = 20 w = -2.4211 eV A(k,w) = 0.22293E-04 meV^-1
|
|
ik = 20 w = -2.1579 eV A(k,w) = 0.15431E-04 meV^-1
|
|
ik = 20 w = -1.8947 eV A(k,w) = 0.10982E-04 meV^-1
|
|
ik = 20 w = -1.6316 eV A(k,w) = 0.80206E-05 meV^-1
|
|
ik = 20 w = -1.3684 eV A(k,w) = 0.60023E-05 meV^-1
|
|
ik = 20 w = -1.1053 eV A(k,w) = 0.45922E-05 meV^-1
|
|
ik = 20 w = -0.8421 eV A(k,w) = 0.35536E-05 meV^-1
|
|
ik = 20 w = -0.5789 eV A(k,w) = 0.27348E-05 meV^-1
|
|
ik = 20 w = -0.3158 eV A(k,w) = 0.20697E-05 meV^-1
|
|
ik = 20 w = -0.0526 eV A(k,w) = 0.15495E-05 meV^-1
|
|
ik = 20 w = 0.2105 eV A(k,w) = 0.11648E-05 meV^-1
|
|
ik = 20 w = 0.4737 eV A(k,w) = 0.88431E-06 meV^-1
|
|
ik = 20 w = 0.7368 eV A(k,w) = 0.67595E-06 meV^-1
|
|
ik = 20 w = 1.0000 eV A(k,w) = 0.52020E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
20 -4.0000 0.25744E-02
|
|
20 -3.7368 0.66471E-03
|
|
20 -3.4737 0.18529E-03
|
|
20 -3.2105 0.87604E-04
|
|
20 -2.9474 0.51354E-04
|
|
20 -2.6842 0.33130E-04
|
|
20 -2.4211 0.22293E-04
|
|
20 -2.1579 0.15431E-04
|
|
20 -1.8947 0.10982E-04
|
|
20 -1.6316 0.80206E-05
|
|
20 -1.3684 0.60023E-05
|
|
20 -1.1053 0.45922E-05
|
|
20 -0.8421 0.35536E-05
|
|
20 -0.5789 0.27348E-05
|
|
20 -0.3158 0.20697E-05
|
|
20 -0.0526 0.15495E-05
|
|
20 0.2105 0.11648E-05
|
|
20 0.4737 0.88431E-06
|
|
20 0.7368 0.67595E-06
|
|
20 1.0000 0.52020E-06
|
|
20 1 -15.5565 -4.0000 -32.6701 102.6113
|
|
20 1 -15.5565 -3.7368 -27.2396 101.0070
|
|
20 1 -15.5565 -3.4737 -21.7471 98.9311
|
|
20 1 -15.5565 -3.2105 -15.9779 96.4255
|
|
20 1 -15.5565 -2.9474 -9.6541 93.0640
|
|
20 1 -15.5565 -2.6842 -3.1460 87.9368
|
|
20 1 -15.5565 -2.4211 2.1622 80.8503
|
|
20 1 -15.5565 -2.1579 5.3614 72.9318
|
|
20 1 -15.5565 -1.8947 6.7166 65.2959
|
|
20 1 -15.5565 -1.6316 6.8279 58.3936
|
|
20 1 -15.5565 -1.3684 6.1831 52.3685
|
|
20 1 -15.5565 -1.1053 5.2889 47.1762
|
|
20 1 -15.5565 -0.8421 4.4966 42.4303
|
|
20 1 -15.5565 -0.5789 3.7089 37.6538
|
|
20 1 -15.5565 -0.3158 2.4693 32.7166
|
|
20 1 -15.5565 -0.0526 0.4773 27.9995
|
|
20 1 -15.5565 0.2105 -2.0682 23.9131
|
|
20 1 -15.5565 0.4737 -4.8117 20.5041
|
|
20 1 -15.5565 0.7368 -7.5872 17.6330
|
|
20 1 -15.5565 1.0000 -10.3565 15.2212
|
|
|
|
20 2 -12.4383 -4.0000 -30.1632 73.6054
|
|
20 2 -12.4383 -3.7368 -26.5009 73.3400
|
|
20 2 -12.4383 -3.4737 -22.5719 72.8086
|
|
20 2 -12.4383 -3.2105 -18.1980 71.9552
|
|
20 2 -12.4383 -2.9474 -13.1835 70.3826
|
|
20 2 -12.4383 -2.6842 -7.8564 67.3330
|
|
20 2 -12.4383 -2.4211 -3.3478 62.6381
|
|
20 2 -12.4383 -2.1579 -0.3943 57.1872
|
|
20 2 -12.4383 -1.8947 1.2066 51.8407
|
|
20 2 -12.4383 -1.6316 1.8932 46.9248
|
|
20 2 -12.4383 -1.3684 1.9992 42.5621
|
|
20 2 -12.4383 -1.1053 1.9138 38.7487
|
|
20 2 -12.4383 -0.8421 1.9287 35.1712
|
|
20 2 -12.4383 -0.5789 1.9396 31.4107
|
|
20 2 -12.4383 -0.3158 1.5014 27.3624
|
|
20 2 -12.4383 -0.0526 0.3164 23.4075
|
|
20 2 -12.4383 0.2105 -1.4318 19.9544
|
|
20 2 -12.4383 0.4737 -3.4088 17.0595
|
|
20 2 -12.4383 0.7368 -5.4649 14.6012
|
|
20 2 -12.4383 1.0000 -7.5702 12.5226
|
|
|
|
20 3 -4.5379 -4.0000 -62.6566 114.2574
|
|
20 3 -4.5379 -3.7368 -56.1157 115.1926
|
|
20 3 -4.5379 -3.4737 -48.9920 115.6530
|
|
20 3 -4.5379 -3.2105 -40.9504 115.5130
|
|
20 3 -4.5379 -2.9474 -31.6551 114.0282
|
|
20 3 -4.5379 -2.6842 -21.7314 109.8543
|
|
20 3 -4.5379 -2.4211 -13.1710 102.7270
|
|
20 3 -4.5379 -2.1579 -7.2390 94.1849
|
|
20 3 -4.5379 -1.8947 -3.6080 85.6913
|
|
20 3 -4.5379 -1.6316 -1.5619 77.8227
|
|
20 3 -4.5379 -1.3684 -0.5258 70.8246
|
|
20 3 -4.5379 -1.1053 0.1949 64.6830
|
|
20 3 -4.5379 -0.8421 1.0869 58.8227
|
|
20 3 -4.5379 -0.5789 1.9187 52.5145
|
|
20 3 -4.5379 -0.3158 1.8739 45.6154
|
|
20 3 -4.5379 -0.0526 0.4347 38.8447
|
|
20 3 -4.5379 0.2105 -2.0482 32.9421
|
|
20 3 -4.5379 0.4737 -4.9675 28.0046
|
|
20 3 -4.5379 0.7368 -8.0559 23.8119
|
|
20 3 -4.5379 1.0000 -11.2652 20.2648
|
|
|
|
20 4 -3.8929 -4.0000 -64.5343 112.3716
|
|
20 4 -3.8929 -3.7368 -58.1701 113.5872
|
|
20 4 -3.8929 -3.4737 -51.1849 114.3898
|
|
20 4 -3.8929 -3.2105 -43.2114 114.6456
|
|
20 4 -3.8929 -2.9474 -33.8768 113.5825
|
|
20 4 -3.8929 -2.6842 -23.7933 109.7940
|
|
20 4 -3.8929 -2.4211 -14.9978 102.9610
|
|
20 4 -3.8929 -2.1579 -8.8123 94.6271
|
|
20 4 -3.8929 -1.8947 -4.9261 86.2784
|
|
20 4 -3.8929 -1.6316 -2.6324 78.4957
|
|
20 4 -3.8929 -1.3684 -1.3725 71.5388
|
|
20 4 -3.8929 -1.1053 -0.4483 65.4140
|
|
20 4 -3.8929 -0.8421 0.6403 59.5461
|
|
20 4 -3.8929 -0.5789 1.6576 53.1905
|
|
20 4 -3.8929 -0.3158 1.7610 46.2054
|
|
20 4 -3.8929 -0.0526 0.4200 39.3388
|
|
20 4 -3.8929 0.2105 -1.9991 33.3538
|
|
20 4 -3.8929 0.4737 -4.8689 28.3468
|
|
20 4 -3.8929 0.7368 -7.9180 24.0878
|
|
20 4 -3.8929 1.0000 -11.1031 20.4769
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 21 coord.: 0.0000000 0.5000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.220716 meV Im[Sigma]= 56.067506 meV Z= 1.000168 lam= -0.000168
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.333133 meV Im[Sigma]= 57.067860 meV Z= 1.000464 lam= -0.000464
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -11.005015 meV Im[Sigma]= 83.964822 meV Z= 1.018399 lam= -0.018067
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -4.796090 meV Im[Sigma]= 78.112614 meV Z= 1.002530 lam= -0.002523
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 21 coord.: 0.0000000 0.5000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 21 w = -4.0000 eV A(k,w) = 0.10638E-04 meV^-1
|
|
ik = 21 w = -3.7368 eV A(k,w) = 0.87346E-05 meV^-1
|
|
ik = 21 w = -3.4737 eV A(k,w) = 0.73139E-05 meV^-1
|
|
ik = 21 w = -3.2105 eV A(k,w) = 0.62076E-05 meV^-1
|
|
ik = 21 w = -2.9474 eV A(k,w) = 0.52888E-05 meV^-1
|
|
ik = 21 w = -2.6842 eV A(k,w) = 0.44552E-05 meV^-1
|
|
ik = 21 w = -2.4211 eV A(k,w) = 0.36804E-05 meV^-1
|
|
ik = 21 w = -2.1579 eV A(k,w) = 0.30058E-05 meV^-1
|
|
ik = 21 w = -1.8947 eV A(k,w) = 0.24537E-05 meV^-1
|
|
ik = 21 w = -1.6316 eV A(k,w) = 0.20114E-05 meV^-1
|
|
ik = 21 w = -1.3684 eV A(k,w) = 0.16607E-05 meV^-1
|
|
ik = 21 w = -1.1053 eV A(k,w) = 0.13828E-05 meV^-1
|
|
ik = 21 w = -0.8421 eV A(k,w) = 0.11521E-05 meV^-1
|
|
ik = 21 w = -0.5789 eV A(k,w) = 0.94662E-06 meV^-1
|
|
ik = 21 w = -0.3158 eV A(k,w) = 0.75968E-06 meV^-1
|
|
ik = 21 w = -0.0526 eV A(k,w) = 0.59981E-06 meV^-1
|
|
ik = 21 w = 0.2105 eV A(k,w) = 0.47321E-06 meV^-1
|
|
ik = 21 w = 0.4737 eV A(k,w) = 0.37542E-06 meV^-1
|
|
ik = 21 w = 0.7368 eV A(k,w) = 0.29873E-06 meV^-1
|
|
ik = 21 w = 1.0000 eV A(k,w) = 0.23851E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
21 -4.0000 0.10638E-04
|
|
21 -3.7368 0.87346E-05
|
|
21 -3.4737 0.73139E-05
|
|
21 -3.2105 0.62076E-05
|
|
21 -2.9474 0.52888E-05
|
|
21 -2.6842 0.44552E-05
|
|
21 -2.4211 0.36804E-05
|
|
21 -2.1579 0.30058E-05
|
|
21 -1.8947 0.24537E-05
|
|
21 -1.6316 0.20114E-05
|
|
21 -1.3684 0.16607E-05
|
|
21 -1.1053 0.13828E-05
|
|
21 -0.8421 0.11521E-05
|
|
21 -0.5789 0.94662E-06
|
|
21 -0.3158 0.75968E-06
|
|
21 -0.0526 0.59981E-06
|
|
21 0.2105 0.47321E-06
|
|
21 0.4737 0.37542E-06
|
|
21 0.7368 0.29873E-06
|
|
21 1.0000 0.23851E-06
|
|
21 1 -14.5793 -4.0000 -33.3604 98.1082
|
|
21 1 -14.5793 -3.7368 -28.3361 96.7526
|
|
21 1 -14.5793 -3.4737 -23.2104 95.0100
|
|
21 1 -14.5793 -3.2105 -17.7528 92.8973
|
|
21 1 -14.5793 -2.9474 -11.6825 89.9786
|
|
21 1 -14.5793 -2.6842 -5.3604 85.3436
|
|
21 1 -14.5793 -2.4211 -0.1452 78.7929
|
|
21 1 -14.5793 -2.1579 3.0803 71.4219
|
|
21 1 -14.5793 -1.8947 4.5826 64.2969
|
|
21 1 -14.5793 -1.6316 4.9329 57.8287
|
|
21 1 -14.5793 -1.3684 4.5786 52.1507
|
|
21 1 -14.5793 -1.1053 4.0047 47.2277
|
|
21 1 -14.5793 -0.8421 3.5556 42.6716
|
|
21 1 -14.5793 -0.5789 3.1149 37.9922
|
|
21 1 -14.5793 -0.3158 2.1861 33.0605
|
|
21 1 -14.5793 -0.0526 0.4369 28.2929
|
|
21 1 -14.5793 0.2105 -1.9280 24.1410
|
|
21 1 -14.5793 0.4737 -4.5326 20.6662
|
|
21 1 -14.5793 0.7368 -7.2017 17.7301
|
|
21 1 -14.5793 1.0000 -9.8940 15.2596
|
|
|
|
21 2 -10.2664 -4.0000 -44.4904 92.9155
|
|
21 2 -10.2664 -3.7368 -39.3662 93.0622
|
|
21 2 -10.2664 -3.4737 -33.8857 92.8073
|
|
21 2 -10.2664 -3.2105 -27.8057 92.0956
|
|
21 2 -10.2664 -2.9474 -20.8576 90.3978
|
|
21 2 -10.2664 -2.6842 -13.4821 86.7034
|
|
21 2 -10.2664 -2.4211 -7.1830 80.7924
|
|
21 2 -10.2664 -2.1579 -2.9385 73.8404
|
|
21 2 -10.2664 -1.8947 -0.4920 66.9875
|
|
21 2 -10.2664 -1.6316 0.7306 60.6804
|
|
21 2 -10.2664 -1.3684 1.1856 55.0916
|
|
21 2 -10.2664 -1.1053 1.4024 50.1997
|
|
21 2 -10.2664 -0.8421 1.7508 45.5671
|
|
21 2 -10.2664 -0.5789 2.0626 40.6435
|
|
21 2 -10.2664 -0.3158 1.7332 35.3166
|
|
21 2 -10.2664 -0.0526 0.3788 30.1151
|
|
21 2 -10.2664 0.2105 -1.7412 25.5862
|
|
21 2 -10.2664 0.4737 -4.1736 21.8018
|
|
21 2 -10.2664 0.7368 -6.7150 18.5958
|
|
21 2 -10.2664 1.0000 -9.3263 15.8880
|
|
|
|
21 3 -7.2955 -4.0000 -42.8633 85.3115
|
|
21 3 -7.2955 -3.7368 -38.3271 85.7688
|
|
21 3 -7.2955 -3.4737 -33.3256 85.8862
|
|
21 3 -7.2955 -3.2105 -27.6676 85.5429
|
|
21 3 -7.2955 -2.9474 -21.1534 84.2339
|
|
21 3 -7.2955 -2.6842 -14.2194 81.0355
|
|
21 3 -7.2955 -2.4211 -8.2644 75.7635
|
|
21 3 -7.2955 -2.1579 -4.1775 69.5137
|
|
21 3 -7.2955 -1.8947 -1.7071 63.3171
|
|
21 3 -7.2955 -1.6316 -0.3458 57.5556
|
|
21 3 -7.2955 -1.3684 0.2859 52.3967
|
|
21 3 -7.2955 -1.1053 0.6694 47.8563
|
|
21 3 -7.2955 -0.8421 1.1712 43.5410
|
|
21 3 -7.2955 -0.5789 1.6441 38.9159
|
|
21 3 -7.2955 -0.3158 1.4949 33.8616
|
|
21 3 -7.2955 -0.0526 0.3378 28.8979
|
|
21 3 -7.2955 0.2105 -1.5746 24.5664
|
|
21 3 -7.2955 0.4737 -3.7992 20.9374
|
|
21 3 -7.2955 0.7368 -6.1437 17.8482
|
|
21 3 -7.2955 1.0000 -8.5769 15.2280
|
|
|
|
21 4 -5.9070 -4.0000 -49.7615 86.5754
|
|
21 4 -5.9070 -3.7368 -45.0397 87.6784
|
|
21 4 -5.9070 -3.4737 -39.7622 88.4470
|
|
21 4 -5.9070 -3.2105 -33.6952 88.7533
|
|
21 4 -5.9070 -2.9474 -26.5871 88.0303
|
|
21 4 -5.9070 -2.6842 -18.8973 85.2267
|
|
21 4 -5.9070 -2.4211 -12.1709 80.0956
|
|
21 4 -5.9070 -2.1579 -7.4156 73.8159
|
|
21 4 -5.9070 -1.8947 -4.3803 67.5164
|
|
21 4 -5.9070 -1.6316 -2.5266 61.6134
|
|
21 4 -5.9070 -1.3684 -1.4570 56.2956
|
|
21 4 -5.9070 -1.1053 -0.6514 51.5875
|
|
21 4 -5.9070 -0.8421 0.2862 47.0536
|
|
21 4 -5.9070 -0.5789 1.1727 42.1022
|
|
21 4 -5.9070 -0.3158 1.3283 36.6189
|
|
21 4 -5.9070 -0.0526 0.3230 31.2089
|
|
21 4 -5.9070 0.2105 -1.5484 26.4889
|
|
21 4 -5.9070 0.4737 -3.7817 22.5360
|
|
21 4 -5.9070 0.7368 -6.1630 19.1637
|
|
21 4 -5.9070 1.0000 -8.6636 16.2955
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 22 coord.: 0.0000000 0.5000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.8708 eV Re[Sigma]= -28.997176 meV Im[Sigma]= 63.141577 meV Z= 1.000478 lam= -0.000478
|
|
E( 2 )= -11.9934 eV Re[Sigma]= -20.804952 meV Im[Sigma]= 78.314731 meV Z= 1.012449 lam= -0.012296
|
|
E( 3 )= -6.9896 eV Re[Sigma]= -4.186793 meV Im[Sigma]= 70.002617 meV Z= 1.014673 lam= -0.014461
|
|
E( 4 )= -6.9896 eV Re[Sigma]= -4.186793 meV Im[Sigma]= 70.002617 meV Z= 1.014673 lam= -0.014461
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 22 coord.: 0.0000000 0.5000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 22 w = -4.0000 eV A(k,w) = 0.59367E-05 meV^-1
|
|
ik = 22 w = -3.7368 eV A(k,w) = 0.51820E-05 meV^-1
|
|
ik = 22 w = -3.4737 eV A(k,w) = 0.45595E-05 meV^-1
|
|
ik = 22 w = -3.2105 eV A(k,w) = 0.40300E-05 meV^-1
|
|
ik = 22 w = -2.9474 eV A(k,w) = 0.35514E-05 meV^-1
|
|
ik = 22 w = -2.6842 eV A(k,w) = 0.30788E-05 meV^-1
|
|
ik = 22 w = -2.4211 eV A(k,w) = 0.26074E-05 meV^-1
|
|
ik = 22 w = -2.1579 eV A(k,w) = 0.21764E-05 meV^-1
|
|
ik = 22 w = -1.8947 eV A(k,w) = 0.18112E-05 meV^-1
|
|
ik = 22 w = -1.6316 eV A(k,w) = 0.15102E-05 meV^-1
|
|
ik = 22 w = -1.3684 eV A(k,w) = 0.12659E-05 meV^-1
|
|
ik = 22 w = -1.1053 eV A(k,w) = 0.10684E-05 meV^-1
|
|
ik = 22 w = -0.8421 eV A(k,w) = 0.90098E-06 meV^-1
|
|
ik = 22 w = -0.5789 eV A(k,w) = 0.74815E-06 meV^-1
|
|
ik = 22 w = -0.3158 eV A(k,w) = 0.60594E-06 meV^-1
|
|
ik = 22 w = -0.0526 eV A(k,w) = 0.48228E-06 meV^-1
|
|
ik = 22 w = 0.2105 eV A(k,w) = 0.38324E-06 meV^-1
|
|
ik = 22 w = 0.4737 eV A(k,w) = 0.30606E-06 meV^-1
|
|
ik = 22 w = 0.7368 eV A(k,w) = 0.24498E-06 meV^-1
|
|
ik = 22 w = 1.0000 eV A(k,w) = 0.19663E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
22 -4.0000 0.59367E-05
|
|
22 -3.7368 0.51820E-05
|
|
22 -3.4737 0.45595E-05
|
|
22 -3.2105 0.40300E-05
|
|
22 -2.9474 0.35514E-05
|
|
22 -2.6842 0.30788E-05
|
|
22 -2.4211 0.26074E-05
|
|
22 -2.1579 0.21764E-05
|
|
22 -1.8947 0.18112E-05
|
|
22 -1.6316 0.15102E-05
|
|
22 -1.3684 0.12659E-05
|
|
22 -1.1053 0.10684E-05
|
|
22 -0.8421 0.90098E-06
|
|
22 -0.5789 0.74815E-06
|
|
22 -0.3158 0.60594E-06
|
|
22 -0.0526 0.48228E-06
|
|
22 0.2105 0.38324E-06
|
|
22 0.4737 0.30606E-06
|
|
22 0.7368 0.24498E-06
|
|
22 1.0000 0.19663E-06
|
|
22 1 -12.8708 -4.0000 -38.0586 89.3215
|
|
22 1 -12.8708 -3.7368 -33.2596 89.0224
|
|
22 1 -12.8708 -3.4737 -28.1601 88.2863
|
|
22 1 -12.8708 -3.2105 -22.6070 87.0702
|
|
22 1 -12.8708 -2.9474 -16.3988 84.9594
|
|
22 1 -12.8708 -2.6842 -9.9096 81.1047
|
|
22 1 -12.8708 -2.4211 -4.4556 75.3269
|
|
22 1 -12.8708 -2.1579 -0.8907 68.6905
|
|
22 1 -12.8708 -1.8947 1.0457 62.2201
|
|
22 1 -12.8708 -1.6316 1.8917 56.2976
|
|
22 1 -12.8708 -1.3684 2.0546 51.0584
|
|
22 1 -12.8708 -1.1053 2.0029 46.4877
|
|
22 1 -12.8708 -0.8421 2.0851 42.2005
|
|
22 1 -12.8708 -0.5789 2.1720 37.6868
|
|
22 1 -12.8708 -0.3158 1.7211 32.8165
|
|
22 1 -12.8708 -0.0526 0.3672 28.0496
|
|
22 1 -12.8708 0.2105 -1.6721 23.8824
|
|
22 1 -12.8708 0.4737 -3.9945 20.3866
|
|
22 1 -12.8708 0.7368 -6.4182 17.4185
|
|
22 1 -12.8708 1.0000 -8.9052 14.9109
|
|
|
|
22 2 -11.9934 -4.0000 -41.6144 99.7819
|
|
22 2 -11.9934 -3.7368 -36.4377 99.3446
|
|
22 2 -11.9934 -3.4737 -30.9503 98.5262
|
|
22 2 -11.9934 -3.2105 -24.8926 97.2783
|
|
22 2 -11.9934 -2.9474 -17.9814 95.0580
|
|
22 2 -11.9934 -2.6842 -10.6648 90.8295
|
|
22 2 -11.9934 -2.4211 -4.4807 84.3696
|
|
22 2 -11.9934 -2.1579 -0.4273 76.8841
|
|
22 2 -11.9934 -1.8947 1.7596 69.5435
|
|
22 2 -11.9934 -1.6316 2.6738 62.8130
|
|
22 2 -11.9934 -1.3684 2.7938 56.8696
|
|
22 2 -11.9934 -1.1053 2.6641 51.6895
|
|
22 2 -11.9934 -0.8421 2.6680 46.8338
|
|
22 2 -11.9934 -0.5789 2.6540 41.7479
|
|
22 2 -11.9934 -0.3158 2.0353 36.3028
|
|
22 2 -11.9934 -0.0526 0.4268 31.0018
|
|
22 2 -11.9934 0.2105 -1.9276 26.3811
|
|
22 2 -11.9934 0.4737 -4.5853 22.5170
|
|
22 2 -11.9934 0.7368 -7.3415 19.2503
|
|
22 2 -11.9934 1.0000 -10.1493 16.4996
|
|
|
|
22 3 -6.9896 -4.0000 -43.0966 73.7811
|
|
22 3 -6.9896 -3.7368 -39.2118 74.9242
|
|
22 3 -6.9896 -3.4737 -34.7545 75.7930
|
|
22 3 -6.9896 -3.2105 -29.5561 76.2266
|
|
22 3 -6.9896 -2.9474 -23.4469 75.7433
|
|
22 3 -6.9896 -2.6842 -16.8210 73.4666
|
|
22 3 -6.9896 -2.4211 -10.9899 69.1750
|
|
22 3 -6.9896 -2.1579 -6.8300 63.8644
|
|
22 3 -6.9896 -1.8947 -4.1407 58.5036
|
|
22 3 -6.9896 -1.6316 -2.4714 53.4543
|
|
22 3 -6.9896 -1.3684 -1.4888 48.8896
|
|
22 3 -6.9896 -1.1053 -0.7414 44.8432
|
|
22 3 -6.9896 -0.8421 0.1229 40.9390
|
|
22 3 -6.9896 -0.5789 0.9449 36.6549
|
|
22 3 -6.9896 -0.3158 1.1232 31.8901
|
|
22 3 -6.9896 -0.0526 0.2770 27.1799
|
|
22 3 -6.9896 0.2105 -1.3345 23.0702
|
|
22 3 -6.9896 0.4737 -3.2657 19.6308
|
|
22 3 -6.9896 0.7368 -5.3269 16.6967
|
|
22 3 -6.9896 1.0000 -7.4940 14.1990
|
|
|
|
22 4 -6.9896 -4.0000 -43.1268 73.2806
|
|
22 4 -6.9896 -3.7368 -39.2609 74.4502
|
|
22 4 -6.9896 -3.4737 -34.8278 75.3522
|
|
22 4 -6.9896 -3.2105 -29.6500 75.8315
|
|
22 4 -6.9896 -2.9474 -23.5455 75.4005
|
|
22 4 -6.9896 -2.6842 -16.9087 73.1684
|
|
22 4 -6.9896 -2.4211 -11.0627 68.9084
|
|
22 4 -6.9896 -2.1579 -6.8908 63.6230
|
|
22 4 -6.9896 -1.8947 -4.1896 58.2860
|
|
22 4 -6.9896 -1.6316 -2.5053 53.2569
|
|
22 4 -6.9896 -1.3684 -1.5070 48.7054
|
|
22 4 -6.9896 -1.1053 -0.7478 44.6655
|
|
22 4 -6.9896 -0.8421 0.1205 40.7656
|
|
22 4 -6.9896 -0.5789 0.9406 36.4904
|
|
22 4 -6.9896 -0.3158 1.1179 31.7406
|
|
22 4 -6.9896 -0.0526 0.2757 27.0471
|
|
22 4 -6.9896 0.2105 -1.3289 22.9515
|
|
22 4 -6.9896 0.4737 -3.2537 19.5238
|
|
22 4 -6.9896 0.7368 -5.3093 16.6015
|
|
22 4 -6.9896 1.0000 -7.4699 14.1164
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 23 coord.: 0.0000000 0.5000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.220536 meV Im[Sigma]= 56.067615 meV Z= 1.000168 lam= -0.000168
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.332998 meV Im[Sigma]= 57.067871 meV Z= 1.000464 lam= -0.000464
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -11.005302 meV Im[Sigma]= 83.964826 meV Z= 1.018399 lam= -0.018067
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -4.796319 meV Im[Sigma]= 78.113092 meV Z= 1.002530 lam= -0.002523
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 23 coord.: 0.0000000 0.5000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 23 w = -4.0000 eV A(k,w) = 0.10638E-04 meV^-1
|
|
ik = 23 w = -3.7368 eV A(k,w) = 0.87346E-05 meV^-1
|
|
ik = 23 w = -3.4737 eV A(k,w) = 0.73140E-05 meV^-1
|
|
ik = 23 w = -3.2105 eV A(k,w) = 0.62076E-05 meV^-1
|
|
ik = 23 w = -2.9474 eV A(k,w) = 0.52888E-05 meV^-1
|
|
ik = 23 w = -2.6842 eV A(k,w) = 0.44552E-05 meV^-1
|
|
ik = 23 w = -2.4211 eV A(k,w) = 0.36804E-05 meV^-1
|
|
ik = 23 w = -2.1579 eV A(k,w) = 0.30059E-05 meV^-1
|
|
ik = 23 w = -1.8947 eV A(k,w) = 0.24537E-05 meV^-1
|
|
ik = 23 w = -1.6316 eV A(k,w) = 0.20114E-05 meV^-1
|
|
ik = 23 w = -1.3684 eV A(k,w) = 0.16607E-05 meV^-1
|
|
ik = 23 w = -1.1053 eV A(k,w) = 0.13828E-05 meV^-1
|
|
ik = 23 w = -0.8421 eV A(k,w) = 0.11522E-05 meV^-1
|
|
ik = 23 w = -0.5789 eV A(k,w) = 0.94662E-06 meV^-1
|
|
ik = 23 w = -0.3158 eV A(k,w) = 0.75968E-06 meV^-1
|
|
ik = 23 w = -0.0526 eV A(k,w) = 0.59981E-06 meV^-1
|
|
ik = 23 w = 0.2105 eV A(k,w) = 0.47322E-06 meV^-1
|
|
ik = 23 w = 0.4737 eV A(k,w) = 0.37542E-06 meV^-1
|
|
ik = 23 w = 0.7368 eV A(k,w) = 0.29873E-06 meV^-1
|
|
ik = 23 w = 1.0000 eV A(k,w) = 0.23851E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
23 -4.0000 0.10638E-04
|
|
23 -3.7368 0.87346E-05
|
|
23 -3.4737 0.73140E-05
|
|
23 -3.2105 0.62076E-05
|
|
23 -2.9474 0.52888E-05
|
|
23 -2.6842 0.44552E-05
|
|
23 -2.4211 0.36804E-05
|
|
23 -2.1579 0.30059E-05
|
|
23 -1.8947 0.24537E-05
|
|
23 -1.6316 0.20114E-05
|
|
23 -1.3684 0.16607E-05
|
|
23 -1.1053 0.13828E-05
|
|
23 -0.8421 0.11522E-05
|
|
23 -0.5789 0.94662E-06
|
|
23 -0.3158 0.75968E-06
|
|
23 -0.0526 0.59981E-06
|
|
23 0.2105 0.47322E-06
|
|
23 0.4737 0.37542E-06
|
|
23 0.7368 0.29873E-06
|
|
23 1.0000 0.23851E-06
|
|
23 1 -14.5793 -4.0000 -33.3600 98.1080
|
|
23 1 -14.5793 -3.7368 -28.3358 96.7523
|
|
23 1 -14.5793 -3.4737 -23.2101 95.0096
|
|
23 1 -14.5793 -3.2105 -17.7525 92.8969
|
|
23 1 -14.5793 -2.9474 -11.6824 89.9782
|
|
23 1 -14.5793 -2.6842 -5.3603 85.3432
|
|
23 1 -14.5793 -2.4211 -0.1452 78.7925
|
|
23 1 -14.5793 -2.1579 3.0803 71.4216
|
|
23 1 -14.5793 -1.8947 4.5826 64.2967
|
|
23 1 -14.5793 -1.6316 4.9328 57.8285
|
|
23 1 -14.5793 -1.3684 4.5785 52.1505
|
|
23 1 -14.5793 -1.1053 4.0047 47.2276
|
|
23 1 -14.5793 -0.8421 3.5556 42.6715
|
|
23 1 -14.5793 -0.5789 3.1149 37.9921
|
|
23 1 -14.5793 -0.3158 2.1861 33.0605
|
|
23 1 -14.5793 -0.0526 0.4369 28.2929
|
|
23 1 -14.5793 0.2105 -1.9280 24.1410
|
|
23 1 -14.5793 0.4737 -4.5325 20.6662
|
|
23 1 -14.5793 0.7368 -7.2017 17.7301
|
|
23 1 -14.5793 1.0000 -9.8939 15.2596
|
|
|
|
23 2 -10.2664 -4.0000 -44.4900 92.9151
|
|
23 2 -10.2664 -3.7368 -39.3658 93.0618
|
|
23 2 -10.2664 -3.4737 -33.8853 92.8069
|
|
23 2 -10.2664 -3.2105 -27.8054 92.0952
|
|
23 2 -10.2664 -2.9474 -20.8574 90.3973
|
|
23 2 -10.2664 -2.6842 -13.4819 86.7030
|
|
23 2 -10.2664 -2.4211 -7.1828 80.7920
|
|
23 2 -10.2664 -2.1579 -2.9384 73.8401
|
|
23 2 -10.2664 -1.8947 -0.4920 66.9872
|
|
23 2 -10.2664 -1.6316 0.7306 60.6801
|
|
23 2 -10.2664 -1.3684 1.1856 55.0914
|
|
23 2 -10.2664 -1.1053 1.4024 50.1994
|
|
23 2 -10.2664 -0.8421 1.7508 45.5669
|
|
23 2 -10.2664 -0.5789 2.0626 40.6433
|
|
23 2 -10.2664 -0.3158 1.7332 35.3165
|
|
23 2 -10.2664 -0.0526 0.3788 30.1150
|
|
23 2 -10.2664 0.2105 -1.7412 25.5861
|
|
23 2 -10.2664 0.4737 -4.1736 21.8017
|
|
23 2 -10.2664 0.7368 -6.7150 18.5957
|
|
23 2 -10.2664 1.0000 -9.3262 15.8880
|
|
|
|
23 3 -7.2955 -4.0000 -42.8642 85.3121
|
|
23 3 -7.2955 -3.7368 -38.3279 85.7695
|
|
23 3 -7.2955 -3.4737 -33.3262 85.8870
|
|
23 3 -7.2955 -3.2105 -27.6682 85.5437
|
|
23 3 -7.2955 -2.9474 -21.1539 84.2346
|
|
23 3 -7.2955 -2.6842 -14.2198 81.0362
|
|
23 3 -7.2955 -2.4211 -8.2648 75.7641
|
|
23 3 -7.2955 -2.1579 -4.1779 69.5143
|
|
23 3 -7.2955 -1.8947 -1.7074 63.3178
|
|
23 3 -7.2955 -1.6316 -0.3461 57.5562
|
|
23 3 -7.2955 -1.3684 0.2857 52.3974
|
|
23 3 -7.2955 -1.1053 0.6692 47.8569
|
|
23 3 -7.2955 -0.8421 1.1711 43.5416
|
|
23 3 -7.2955 -0.5789 1.6440 38.9165
|
|
23 3 -7.2955 -0.3158 1.4949 33.8621
|
|
23 3 -7.2955 -0.0526 0.3378 28.8983
|
|
23 3 -7.2955 0.2105 -1.5746 24.5667
|
|
23 3 -7.2955 0.4737 -3.7992 20.9377
|
|
23 3 -7.2955 0.7368 -6.1438 17.8484
|
|
23 3 -7.2955 1.0000 -8.5770 15.2282
|
|
|
|
23 4 -5.9070 -4.0000 -49.7617 86.5758
|
|
23 4 -5.9070 -3.7368 -45.0399 87.6789
|
|
23 4 -5.9070 -3.4737 -39.7624 88.4474
|
|
23 4 -5.9070 -3.2105 -33.6953 88.7537
|
|
23 4 -5.9070 -2.9474 -26.5872 88.0307
|
|
23 4 -5.9070 -2.6842 -18.8974 85.2271
|
|
23 4 -5.9070 -2.4211 -12.1709 80.0960
|
|
23 4 -5.9070 -2.1579 -7.4156 73.8162
|
|
23 4 -5.9070 -1.8947 -4.3803 67.5167
|
|
23 4 -5.9070 -1.6316 -2.5266 61.6137
|
|
23 4 -5.9070 -1.3684 -1.4571 56.2959
|
|
23 4 -5.9070 -1.1053 -0.6514 51.5877
|
|
23 4 -5.9070 -0.8421 0.2862 47.0538
|
|
23 4 -5.9070 -0.5789 1.1727 42.1024
|
|
23 4 -5.9070 -0.3158 1.3283 36.6191
|
|
23 4 -5.9070 -0.0526 0.3230 31.2091
|
|
23 4 -5.9070 0.2105 -1.5484 26.4891
|
|
23 4 -5.9070 0.4737 -3.7817 22.5361
|
|
23 4 -5.9070 0.7368 -6.1631 19.1638
|
|
23 4 -5.9070 1.0000 -8.6636 16.2955
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 24 coord.: 0.0000000 0.5000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -39.865680 meV Im[Sigma]= 63.144283 meV Z= 1.004350 lam= -0.004331
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.545431 meV Im[Sigma]= 65.717379 meV Z= 1.008844 lam= -0.008767
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 13.060218 meV Im[Sigma]= 133.533207 meV Z= 1.018110 lam= -0.017788
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.409067 meV Im[Sigma]= 139.504671 meV Z= 1.024600 lam= -0.024010
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 24 coord.: 0.0000000 0.5000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 24 w = -4.0000 eV A(k,w) = 0.25744E-02 meV^-1
|
|
ik = 24 w = -3.7368 eV A(k,w) = 0.66471E-03 meV^-1
|
|
ik = 24 w = -3.4737 eV A(k,w) = 0.18529E-03 meV^-1
|
|
ik = 24 w = -3.2105 eV A(k,w) = 0.87605E-04 meV^-1
|
|
ik = 24 w = -2.9474 eV A(k,w) = 0.51354E-04 meV^-1
|
|
ik = 24 w = -2.6842 eV A(k,w) = 0.33130E-04 meV^-1
|
|
ik = 24 w = -2.4211 eV A(k,w) = 0.22293E-04 meV^-1
|
|
ik = 24 w = -2.1579 eV A(k,w) = 0.15431E-04 meV^-1
|
|
ik = 24 w = -1.8947 eV A(k,w) = 0.10982E-04 meV^-1
|
|
ik = 24 w = -1.6316 eV A(k,w) = 0.80206E-05 meV^-1
|
|
ik = 24 w = -1.3684 eV A(k,w) = 0.60024E-05 meV^-1
|
|
ik = 24 w = -1.1053 eV A(k,w) = 0.45922E-05 meV^-1
|
|
ik = 24 w = -0.8421 eV A(k,w) = 0.35536E-05 meV^-1
|
|
ik = 24 w = -0.5789 eV A(k,w) = 0.27348E-05 meV^-1
|
|
ik = 24 w = -0.3158 eV A(k,w) = 0.20697E-05 meV^-1
|
|
ik = 24 w = -0.0526 eV A(k,w) = 0.15495E-05 meV^-1
|
|
ik = 24 w = 0.2105 eV A(k,w) = 0.11648E-05 meV^-1
|
|
ik = 24 w = 0.4737 eV A(k,w) = 0.88431E-06 meV^-1
|
|
ik = 24 w = 0.7368 eV A(k,w) = 0.67596E-06 meV^-1
|
|
ik = 24 w = 1.0000 eV A(k,w) = 0.52021E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
24 -4.0000 0.25744E-02
|
|
24 -3.7368 0.66471E-03
|
|
24 -3.4737 0.18529E-03
|
|
24 -3.2105 0.87605E-04
|
|
24 -2.9474 0.51354E-04
|
|
24 -2.6842 0.33130E-04
|
|
24 -2.4211 0.22293E-04
|
|
24 -2.1579 0.15431E-04
|
|
24 -1.8947 0.10982E-04
|
|
24 -1.6316 0.80206E-05
|
|
24 -1.3684 0.60024E-05
|
|
24 -1.1053 0.45922E-05
|
|
24 -0.8421 0.35536E-05
|
|
24 -0.5789 0.27348E-05
|
|
24 -0.3158 0.20697E-05
|
|
24 -0.0526 0.15495E-05
|
|
24 0.2105 0.11648E-05
|
|
24 0.4737 0.88431E-06
|
|
24 0.7368 0.67596E-06
|
|
24 1.0000 0.52021E-06
|
|
24 1 -15.5565 -4.0000 -32.6699 102.6112
|
|
24 1 -15.5565 -3.7368 -27.2395 101.0068
|
|
24 1 -15.5565 -3.4737 -21.7470 98.9309
|
|
24 1 -15.5565 -3.2105 -15.9778 96.4253
|
|
24 1 -15.5565 -2.9474 -9.6541 93.0638
|
|
24 1 -15.5565 -2.6842 -3.1459 87.9366
|
|
24 1 -15.5565 -2.4211 2.1622 80.8501
|
|
24 1 -15.5565 -2.1579 5.3614 72.9317
|
|
24 1 -15.5565 -1.8947 6.7167 65.2958
|
|
24 1 -15.5565 -1.6316 6.8279 58.3935
|
|
24 1 -15.5565 -1.3684 6.1831 52.3684
|
|
24 1 -15.5565 -1.1053 5.2889 47.1761
|
|
24 1 -15.5565 -0.8421 4.4966 42.4302
|
|
24 1 -15.5565 -0.5789 3.7089 37.6537
|
|
24 1 -15.5565 -0.3158 2.4693 32.7165
|
|
24 1 -15.5565 -0.0526 0.4773 27.9994
|
|
24 1 -15.5565 0.2105 -2.0682 23.9130
|
|
24 1 -15.5565 0.4737 -4.8117 20.5041
|
|
24 1 -15.5565 0.7368 -7.5872 17.6330
|
|
24 1 -15.5565 1.0000 -10.3565 15.2212
|
|
|
|
24 2 -12.4383 -4.0000 -30.1636 73.6056
|
|
24 2 -12.4383 -3.7368 -26.5012 73.3402
|
|
24 2 -12.4383 -3.4737 -22.5722 72.8089
|
|
24 2 -12.4383 -3.2105 -18.1983 71.9555
|
|
24 2 -12.4383 -2.9474 -13.1837 70.3829
|
|
24 2 -12.4383 -2.6842 -7.8566 67.3333
|
|
24 2 -12.4383 -2.4211 -3.3479 62.6384
|
|
24 2 -12.4383 -2.1579 -0.3944 57.1875
|
|
24 2 -12.4383 -1.8947 1.2065 51.8410
|
|
24 2 -12.4383 -1.6316 1.8931 46.9251
|
|
24 2 -12.4383 -1.3684 1.9991 42.5624
|
|
24 2 -12.4383 -1.1053 1.9137 38.7490
|
|
24 2 -12.4383 -0.8421 1.9286 35.1714
|
|
24 2 -12.4383 -0.5789 1.9396 31.4110
|
|
24 2 -12.4383 -0.3158 1.5014 27.3626
|
|
24 2 -12.4383 -0.0526 0.3164 23.4076
|
|
24 2 -12.4383 0.2105 -1.4318 19.9545
|
|
24 2 -12.4383 0.4737 -3.4088 17.0596
|
|
24 2 -12.4383 0.7368 -5.4649 14.6013
|
|
24 2 -12.4383 1.0000 -7.5702 12.5227
|
|
|
|
24 3 -4.5379 -4.0000 -62.6573 114.2577
|
|
24 3 -4.5379 -3.7368 -56.1164 115.1930
|
|
24 3 -4.5379 -3.4737 -48.9925 115.6534
|
|
24 3 -4.5379 -3.2105 -40.9509 115.5135
|
|
24 3 -4.5379 -2.9474 -31.6555 114.0286
|
|
24 3 -4.5379 -2.6842 -21.7317 109.8548
|
|
24 3 -4.5379 -2.4211 -13.1713 102.7274
|
|
24 3 -4.5379 -2.1579 -7.2392 94.1853
|
|
24 3 -4.5379 -1.8947 -3.6082 85.6917
|
|
24 3 -4.5379 -1.6316 -1.5621 77.8232
|
|
24 3 -4.5379 -1.3684 -0.5260 70.8250
|
|
24 3 -4.5379 -1.1053 0.1948 64.6834
|
|
24 3 -4.5379 -0.8421 1.0868 58.8231
|
|
24 3 -4.5379 -0.5789 1.9187 52.5148
|
|
24 3 -4.5379 -0.3158 1.8738 45.6157
|
|
24 3 -4.5379 -0.0526 0.4347 38.8449
|
|
24 3 -4.5379 0.2105 -2.0482 32.9423
|
|
24 3 -4.5379 0.4737 -4.9675 28.0048
|
|
24 3 -4.5379 0.7368 -8.0559 23.8121
|
|
24 3 -4.5379 1.0000 -11.2652 20.2649
|
|
|
|
24 4 -3.8929 -4.0000 -64.5339 112.3719
|
|
24 4 -3.8929 -3.7368 -58.1697 113.5874
|
|
24 4 -3.8929 -3.4737 -51.1846 114.3900
|
|
24 4 -3.8929 -3.2105 -43.2110 114.6457
|
|
24 4 -3.8929 -2.9474 -33.8764 113.5825
|
|
24 4 -3.8929 -2.6842 -23.7930 109.7939
|
|
24 4 -3.8929 -2.4211 -14.9976 102.9609
|
|
24 4 -3.8929 -2.1579 -8.8121 94.6270
|
|
24 4 -3.8929 -1.8947 -4.9259 86.2783
|
|
24 4 -3.8929 -1.6316 -2.6323 78.4956
|
|
24 4 -3.8929 -1.3684 -1.3724 71.5387
|
|
24 4 -3.8929 -1.1053 -0.4482 65.4139
|
|
24 4 -3.8929 -0.8421 0.6404 59.5460
|
|
24 4 -3.8929 -0.5789 1.6576 53.1904
|
|
24 4 -3.8929 -0.3158 1.7610 46.2054
|
|
24 4 -3.8929 -0.0526 0.4200 39.3388
|
|
24 4 -3.8929 0.2105 -1.9991 33.3538
|
|
24 4 -3.8929 0.4737 -4.8689 28.3468
|
|
24 4 -3.8929 0.7368 -7.9180 24.0878
|
|
24 4 -3.8929 1.0000 -11.1031 20.4769
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 25 coord.: 0.0000000 0.6666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.3978 eV Re[Sigma]= -56.580044 meV Im[Sigma]= 40.553823 meV Z= 1.002291 lam= -0.002286
|
|
E( 2 )= -9.2191 eV Re[Sigma]= -14.127590 meV Im[Sigma]= 49.377724 meV Z= 0.997140 lam= 0.002868
|
|
E( 3 )= -2.0907 eV Re[Sigma]= 95.272841 meV Im[Sigma]= 142.850464 meV Z= 1.021383 lam= -0.020935
|
|
E( 4 )= -2.0907 eV Re[Sigma]= 95.272841 meV Im[Sigma]= 142.850464 meV Z= 1.021383 lam= -0.020935
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 25 coord.: 0.0000000 0.6666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 25 w = -4.0000 eV A(k,w) = 0.28151E-04 meV^-1
|
|
ik = 25 w = -3.7368 eV A(k,w) = 0.37763E-04 meV^-1
|
|
ik = 25 w = -3.4737 eV A(k,w) = 0.53294E-04 meV^-1
|
|
ik = 25 w = -3.2105 eV A(k,w) = 0.80608E-04 meV^-1
|
|
ik = 25 w = -2.9474 eV A(k,w) = 0.13436E-03 meV^-1
|
|
ik = 25 w = -2.6842 eV A(k,w) = 0.26260E-03 meV^-1
|
|
ik = 25 w = -2.4211 eV A(k,w) = 0.72805E-03 meV^-1
|
|
ik = 25 w = -2.1579 eV A(k,w) = 0.43977E-02 meV^-1
|
|
ik = 25 w = -1.8947 eV A(k,w) = 0.13055E-02 meV^-1
|
|
ik = 25 w = -1.6316 eV A(k,w) = 0.28051E-03 meV^-1
|
|
ik = 25 w = -1.3684 eV A(k,w) = 0.10773E-03 meV^-1
|
|
ik = 25 w = -1.1053 eV A(k,w) = 0.53781E-04 meV^-1
|
|
ik = 25 w = -0.8421 eV A(k,w) = 0.30817E-04 meV^-1
|
|
ik = 25 w = -0.5789 eV A(k,w) = 0.18930E-04 meV^-1
|
|
ik = 25 w = -0.3158 eV A(k,w) = 0.11993E-04 meV^-1
|
|
ik = 25 w = -0.0526 eV A(k,w) = 0.77670E-05 meV^-1
|
|
ik = 25 w = 0.2105 eV A(k,w) = 0.51741E-05 meV^-1
|
|
ik = 25 w = 0.4737 eV A(k,w) = 0.35459E-05 meV^-1
|
|
ik = 25 w = 0.7368 eV A(k,w) = 0.24812E-05 meV^-1
|
|
ik = 25 w = 1.0000 eV A(k,w) = 0.17672E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
25 -4.0000 0.28151E-04
|
|
25 -3.7368 0.37763E-04
|
|
25 -3.4737 0.53294E-04
|
|
25 -3.2105 0.80608E-04
|
|
25 -2.9474 0.13436E-03
|
|
25 -2.6842 0.26260E-03
|
|
25 -2.4211 0.72805E-03
|
|
25 -2.1579 0.43977E-02
|
|
25 -1.8947 0.13055E-02
|
|
25 -1.6316 0.28051E-03
|
|
25 -1.3684 0.10773E-03
|
|
25 -1.1053 0.53781E-04
|
|
25 -0.8421 0.30817E-04
|
|
25 -0.5789 0.18930E-04
|
|
25 -0.3158 0.11993E-04
|
|
25 -0.0526 0.77670E-05
|
|
25 0.2105 0.51741E-05
|
|
25 0.4737 0.35459E-05
|
|
25 0.7368 0.24812E-05
|
|
25 1.0000 0.17672E-05
|
|
25 1 -18.3978 -4.0000 -31.1135 114.7401
|
|
25 1 -18.3978 -3.7368 -25.0006 112.5990
|
|
25 1 -18.3978 -3.4737 -18.7835 109.8309
|
|
25 1 -18.3978 -3.2105 -12.3004 106.4134
|
|
25 1 -18.3978 -2.9474 -5.4172 101.8818
|
|
25 1 -18.3978 -2.6842 1.3372 95.4259
|
|
25 1 -18.3978 -2.4211 6.5409 87.0427
|
|
25 1 -18.3978 -2.1579 9.3788 78.0013
|
|
25 1 -18.3978 -1.8947 10.2394 69.4578
|
|
25 1 -18.3978 -1.6316 9.8206 61.8397
|
|
25 1 -18.3978 -1.3684 8.6574 55.2315
|
|
25 1 -18.3978 -1.1053 7.2505 49.5470
|
|
25 1 -18.3978 -0.8421 5.9418 44.3989
|
|
25 1 -18.3978 -0.5789 4.6505 39.3189
|
|
25 1 -18.3978 -0.3158 2.9510 34.1632
|
|
25 1 -18.3978 -0.0526 0.5532 29.2775
|
|
25 1 -18.3978 0.2105 -2.3591 25.0499
|
|
25 1 -18.3978 0.4737 -5.4435 21.5261
|
|
25 1 -18.3978 0.7368 -8.5324 18.5699
|
|
25 1 -18.3978 1.0000 -11.5815 16.0957
|
|
|
|
25 2 -9.2191 -4.0000 -40.3935 91.8179
|
|
25 2 -9.2191 -3.7368 -35.3070 91.5411
|
|
25 2 -9.2191 -3.4737 -30.0043 90.8993
|
|
25 2 -9.2191 -3.2105 -24.1687 89.8934
|
|
25 2 -9.2191 -2.9474 -17.4720 87.9511
|
|
25 2 -9.2191 -2.6842 -10.3843 84.0288
|
|
25 2 -9.2191 -2.4211 -4.4232 77.9371
|
|
25 2 -9.2191 -2.1579 -0.5468 70.8625
|
|
25 2 -9.2191 -1.8947 1.5044 63.9484
|
|
25 2 -9.2191 -1.6316 2.3186 57.6603
|
|
25 2 -9.2191 -1.3684 2.3821 52.1691
|
|
25 2 -9.2191 -1.1053 2.2325 47.4389
|
|
25 2 -9.2191 -0.8421 2.2448 43.0399
|
|
25 2 -9.2191 -0.5789 2.2822 38.4284
|
|
25 2 -9.2191 -0.3158 1.7834 33.4658
|
|
25 2 -9.2191 -0.0526 0.3774 28.6212
|
|
25 2 -9.2191 0.2105 -1.7093 24.3937
|
|
25 2 -9.2191 0.4737 -4.0677 20.8458
|
|
25 2 -9.2191 0.7368 -6.5213 17.8238
|
|
25 2 -9.2191 1.0000 -9.0413 15.2600
|
|
|
|
25 3 -2.0907 -4.0000 -82.8825 141.9086
|
|
25 3 -2.0907 -3.7368 -74.5560 143.3350
|
|
25 3 -2.0907 -3.4737 -65.5456 144.2153
|
|
25 3 -2.0907 -3.2105 -55.3520 144.4240
|
|
25 3 -2.0907 -2.9474 -43.4857 142.9778
|
|
25 3 -2.0907 -2.6842 -30.7322 138.1193
|
|
25 3 -2.0907 -2.4211 -19.6244 129.4802
|
|
25 3 -2.0907 -2.1579 -11.7880 118.9712
|
|
25 3 -2.0907 -1.8947 -6.8657 108.4367
|
|
25 3 -2.0907 -1.6316 -3.9865 98.6498
|
|
25 3 -2.0907 -1.3684 -2.4054 89.9659
|
|
25 3 -2.0907 -1.1053 -1.2007 82.3743
|
|
25 3 -2.0907 -0.8421 0.2738 75.1132
|
|
25 3 -2.0907 -0.5789 1.7130 67.2058
|
|
25 3 -2.0907 -0.3158 2.0229 58.4492
|
|
25 3 -2.0907 -0.0526 0.4990 49.7940
|
|
25 3 -2.0907 0.2105 -2.4072 42.2248
|
|
25 3 -2.0907 0.4737 -5.9016 35.8722
|
|
25 3 -2.0907 0.7368 -9.6461 30.4502
|
|
25 3 -2.0907 1.0000 -13.5884 25.8441
|
|
|
|
25 4 -2.0907 -4.0000 -82.8813 141.9075
|
|
25 4 -2.0907 -3.7368 -74.5549 143.3338
|
|
25 4 -2.0907 -3.4737 -65.5447 144.2140
|
|
25 4 -2.0907 -3.2105 -55.3513 144.4227
|
|
25 4 -2.0907 -2.9474 -43.4851 142.9764
|
|
25 4 -2.0907 -2.6842 -30.7319 138.1180
|
|
25 4 -2.0907 -2.4211 -19.6241 129.4790
|
|
25 4 -2.0907 -2.1579 -11.7879 118.9701
|
|
25 4 -2.0907 -1.8947 -6.8657 108.4357
|
|
25 4 -2.0907 -1.6316 -3.9865 98.6489
|
|
25 4 -2.0907 -1.3684 -2.4054 89.9652
|
|
25 4 -2.0907 -1.1053 -1.2007 82.3737
|
|
25 4 -2.0907 -0.8421 0.2738 75.1126
|
|
25 4 -2.0907 -0.5789 1.7130 67.2053
|
|
25 4 -2.0907 -0.3158 2.0229 58.4488
|
|
25 4 -2.0907 -0.0526 0.4990 49.7936
|
|
25 4 -2.0907 0.2105 -2.4072 42.2245
|
|
25 4 -2.0907 0.4737 -5.9016 35.8720
|
|
25 4 -2.0907 0.7368 -9.6460 30.4500
|
|
25 4 -2.0907 1.0000 -13.5883 25.8439
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 26 coord.: 0.0000000 0.6666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.636160 meV Im[Sigma]= 68.664037 meV Z= 1.015239 lam= -0.015010
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.174229 meV Im[Sigma]= 57.646673 meV Z= 1.005261 lam= -0.005233
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.808017 meV Im[Sigma]= 119.640888 meV Z= 1.022489 lam= -0.021995
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 70.840884 meV Im[Sigma]= 161.384801 meV Z= 1.042851 lam= -0.041091
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 26 coord.: 0.0000000 0.6666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 26 w = -4.0000 eV A(k,w) = 0.46049E-04 meV^-1
|
|
ik = 26 w = -3.7368 eV A(k,w) = 0.54506E-04 meV^-1
|
|
ik = 26 w = -3.4737 eV A(k,w) = 0.81446E-04 meV^-1
|
|
ik = 26 w = -3.2105 eV A(k,w) = 0.16236E-03 meV^-1
|
|
ik = 26 w = -2.9474 eV A(k,w) = 0.52447E-03 meV^-1
|
|
ik = 26 w = -2.6842 eV A(k,w) = 0.25660E-02 meV^-1
|
|
ik = 26 w = -2.4211 eV A(k,w) = 0.47613E-03 meV^-1
|
|
ik = 26 w = -2.1579 eV A(k,w) = 0.12815E-03 meV^-1
|
|
ik = 26 w = -1.8947 eV A(k,w) = 0.54108E-04 meV^-1
|
|
ik = 26 w = -1.6316 eV A(k,w) = 0.28426E-04 meV^-1
|
|
ik = 26 w = -1.3684 eV A(k,w) = 0.16980E-04 meV^-1
|
|
ik = 26 w = -1.1053 eV A(k,w) = 0.11044E-04 meV^-1
|
|
ik = 26 w = -0.8421 eV A(k,w) = 0.75693E-05 meV^-1
|
|
ik = 26 w = -0.5789 eV A(k,w) = 0.53034E-05 meV^-1
|
|
ik = 26 w = -0.3158 eV A(k,w) = 0.37241E-05 meV^-1
|
|
ik = 26 w = -0.0526 eV A(k,w) = 0.26229E-05 meV^-1
|
|
ik = 26 w = 0.2105 eV A(k,w) = 0.18745E-05 meV^-1
|
|
ik = 26 w = 0.4737 eV A(k,w) = 0.13641E-05 meV^-1
|
|
ik = 26 w = 0.7368 eV A(k,w) = 0.10057E-05 meV^-1
|
|
ik = 26 w = 1.0000 eV A(k,w) = 0.75022E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
26 -4.0000 0.46049E-04
|
|
26 -3.7368 0.54506E-04
|
|
26 -3.4737 0.81446E-04
|
|
26 -3.2105 0.16236E-03
|
|
26 -2.9474 0.52447E-03
|
|
26 -2.6842 0.25660E-02
|
|
26 -2.4211 0.47613E-03
|
|
26 -2.1579 0.12815E-03
|
|
26 -1.8947 0.54108E-04
|
|
26 -1.6316 0.28426E-04
|
|
26 -1.3684 0.16980E-04
|
|
26 -1.1053 0.11044E-04
|
|
26 -0.8421 0.75693E-05
|
|
26 -0.5789 0.53034E-05
|
|
26 -0.3158 0.37241E-05
|
|
26 -0.0526 0.26229E-05
|
|
26 0.2105 0.18745E-05
|
|
26 0.4737 0.13641E-05
|
|
26 0.7368 0.10057E-05
|
|
26 1.0000 0.75022E-06
|
|
26 1 -16.6105 -4.0000 -31.8058 106.2961
|
|
26 1 -16.6105 -3.7368 -26.1861 104.4509
|
|
26 1 -16.6105 -3.4737 -20.5269 102.0831
|
|
26 1 -16.6105 -3.2105 -14.6337 99.2328
|
|
26 1 -16.6105 -2.9474 -8.2662 95.4883
|
|
26 1 -16.6105 -2.6842 -1.8144 89.9923
|
|
26 1 -16.6105 -2.4211 3.3702 82.6039
|
|
26 1 -16.6105 -2.1579 6.4349 74.4526
|
|
26 1 -16.6105 -1.8947 7.6674 66.6209
|
|
26 1 -16.6105 -1.6316 7.6617 59.5388
|
|
26 1 -16.6105 -1.3684 6.8956 53.3450
|
|
26 1 -16.6105 -1.1053 5.8692 47.9985
|
|
26 1 -16.6105 -0.8421 4.9342 43.1204
|
|
26 1 -16.6105 -0.5789 4.0003 38.2391
|
|
26 1 -16.6105 -0.3158 2.6212 33.2230
|
|
26 1 -16.6105 -0.0526 0.5015 28.4443
|
|
26 1 -16.6105 0.2105 -2.1617 24.3074
|
|
26 1 -16.6105 0.4737 -5.0156 20.8580
|
|
26 1 -16.6105 0.7368 -7.8929 17.9566
|
|
26 1 -16.6105 1.0000 -10.7538 15.5220
|
|
|
|
26 2 -10.7517 -4.0000 -34.3331 82.1562
|
|
26 2 -10.7517 -3.7368 -29.8011 81.7207
|
|
26 2 -10.7517 -3.4737 -25.1379 80.8698
|
|
26 2 -10.7517 -3.2105 -20.1482 79.6641
|
|
26 2 -10.7517 -2.9474 -14.5464 77.7232
|
|
26 2 -10.7517 -2.6842 -8.6430 74.2073
|
|
26 2 -10.7517 -2.4211 -3.6625 68.9180
|
|
26 2 -10.7517 -2.1579 -0.4066 62.8224
|
|
26 2 -10.7517 -1.8947 1.3455 56.8613
|
|
26 2 -10.7517 -1.6316 2.0759 51.4007
|
|
26 2 -10.7517 -1.3684 2.1660 46.5818
|
|
26 2 -10.7517 -1.1053 2.0600 42.3904
|
|
26 2 -10.7517 -0.8421 2.0794 38.4657
|
|
26 2 -10.7517 -0.5789 2.1014 34.3401
|
|
26 2 -10.7517 -0.3158 1.6307 29.9015
|
|
26 2 -10.7517 -0.0526 0.3436 25.5727
|
|
26 2 -10.7517 0.2105 -1.5531 21.7988
|
|
26 2 -10.7517 0.4737 -3.6925 18.6352
|
|
26 2 -10.7517 0.7368 -5.9146 15.9446
|
|
26 2 -10.7517 1.0000 -8.1919 13.6646
|
|
|
|
26 3 -5.2472 -4.0000 -57.7973 108.1648
|
|
26 3 -5.2472 -3.7368 -51.6184 108.8846
|
|
26 3 -5.2472 -3.4737 -44.9697 109.1397
|
|
26 3 -5.2472 -3.2105 -37.5248 108.8743
|
|
26 3 -5.2472 -2.9474 -28.9122 107.4159
|
|
26 3 -5.2472 -2.6842 -19.6682 103.4727
|
|
26 3 -5.2472 -2.4211 -11.6640 96.7434
|
|
26 3 -5.2472 -2.1579 -6.1254 88.6548
|
|
26 3 -5.2472 -1.8947 -2.7696 80.5971
|
|
26 3 -5.2472 -1.6316 -0.9274 73.1323
|
|
26 3 -5.2472 -1.3684 -0.0488 66.5048
|
|
26 3 -5.2472 -1.1053 0.5316 60.7023
|
|
26 3 -5.2472 -0.8421 1.2762 55.1791
|
|
26 3 -5.2472 -0.5789 1.9670 49.2483
|
|
26 3 -5.2472 -0.3158 1.8410 42.7787
|
|
26 3 -5.2472 -0.0526 0.4201 36.4419
|
|
26 3 -5.2472 0.2105 -1.9652 30.9238
|
|
26 3 -5.2472 0.4737 -4.7479 26.3105
|
|
26 3 -5.2472 0.7368 -7.6802 22.3929
|
|
26 3 -5.2472 1.0000 -10.7197 19.0764
|
|
|
|
26 4 -2.6593 -4.0000 -73.0572 128.4721
|
|
26 4 -2.6593 -3.7368 -65.6121 129.6308
|
|
26 4 -2.6593 -3.4737 -57.5293 130.2779
|
|
26 4 -2.6593 -3.2105 -48.4087 130.2838
|
|
26 4 -2.6593 -2.9474 -37.8431 128.8016
|
|
26 4 -2.6593 -2.6842 -26.5254 124.2938
|
|
26 4 -2.6593 -2.4211 -16.6974 116.4444
|
|
26 4 -2.6593 -2.1579 -9.7884 106.9602
|
|
26 4 -2.6593 -1.8947 -5.4606 97.4701
|
|
26 4 -2.6593 -1.6316 -2.9424 88.6380
|
|
26 4 -2.6593 -1.3684 -1.5927 80.7753
|
|
26 4 -2.6593 -1.1053 -0.6034 73.8871
|
|
26 4 -2.6593 -0.8421 0.6039 67.3111
|
|
26 4 -2.6593 -0.5789 1.7687 60.1858
|
|
26 4 -2.6593 -0.3158 1.9285 52.3304
|
|
26 4 -2.6593 -0.0526 0.4643 44.5859
|
|
26 4 -2.6593 0.2105 -2.2190 37.8211
|
|
26 4 -2.6593 0.4737 -5.4162 32.1480
|
|
26 4 -2.6593 0.7368 -8.8262 27.3101
|
|
26 4 -2.6593 1.0000 -12.4024 23.2020
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 27 coord.: 0.0000000 0.6666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.7489 eV Re[Sigma]= -39.525532 meV Im[Sigma]= 60.328955 meV Z= 1.003539 lam= -0.003527
|
|
E( 2 )= -10.6632 eV Re[Sigma]= -14.928484 meV Im[Sigma]= 64.848016 meV Z= 1.006733 lam= -0.006688
|
|
E( 3 )= -9.4579 eV Re[Sigma]= 2.042380 meV Im[Sigma]= 40.767026 meV Z= 0.996245 lam= 0.003769
|
|
E( 4 )= -4.5555 eV Re[Sigma]= 11.675577 meV Im[Sigma]= 121.277017 meV Z= 1.015918 lam= -0.015669
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 27 coord.: 0.0000000 0.6666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 27 w = -4.0000 eV A(k,w) = 0.87135E-04 meV^-1
|
|
ik = 27 w = -3.7368 eV A(k,w) = 0.45082E-04 meV^-1
|
|
ik = 27 w = -3.4737 eV A(k,w) = 0.27739E-04 meV^-1
|
|
ik = 27 w = -3.2105 eV A(k,w) = 0.18880E-04 meV^-1
|
|
ik = 27 w = -2.9474 eV A(k,w) = 0.13633E-04 meV^-1
|
|
ik = 27 w = -2.6842 eV A(k,w) = 0.10098E-04 meV^-1
|
|
ik = 27 w = -2.4211 eV A(k,w) = 0.75237E-05 meV^-1
|
|
ik = 27 w = -2.1579 eV A(k,w) = 0.56443E-05 meV^-1
|
|
ik = 27 w = -1.8947 eV A(k,w) = 0.42915E-05 meV^-1
|
|
ik = 27 w = -1.6316 eV A(k,w) = 0.33135E-05 meV^-1
|
|
ik = 27 w = -1.3684 eV A(k,w) = 0.26009E-05 meV^-1
|
|
ik = 27 w = -1.1053 eV A(k,w) = 0.20750E-05 meV^-1
|
|
ik = 27 w = -0.8421 eV A(k,w) = 0.16671E-05 meV^-1
|
|
ik = 27 w = -0.5789 eV A(k,w) = 0.13274E-05 meV^-1
|
|
ik = 27 w = -0.3158 eV A(k,w) = 0.10362E-05 meV^-1
|
|
ik = 27 w = -0.0526 eV A(k,w) = 0.79828E-06 meV^-1
|
|
ik = 27 w = 0.2105 eV A(k,w) = 0.61621E-06 meV^-1
|
|
ik = 27 w = 0.4737 eV A(k,w) = 0.47940E-06 meV^-1
|
|
ik = 27 w = 0.7368 eV A(k,w) = 0.37471E-06 meV^-1
|
|
ik = 27 w = 1.0000 eV A(k,w) = 0.29430E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
27 -4.0000 0.87135E-04
|
|
27 -3.7368 0.45082E-04
|
|
27 -3.4737 0.27739E-04
|
|
27 -3.2105 0.18880E-04
|
|
27 -2.9474 0.13633E-04
|
|
27 -2.6842 0.10098E-04
|
|
27 -2.4211 0.75237E-05
|
|
27 -2.1579 0.56443E-05
|
|
27 -1.8947 0.42915E-05
|
|
27 -1.6316 0.33135E-05
|
|
27 -1.3684 0.26009E-05
|
|
27 -1.1053 0.20750E-05
|
|
27 -0.8421 0.16671E-05
|
|
27 -0.5789 0.13274E-05
|
|
27 -0.3158 0.10362E-05
|
|
27 -0.0526 0.79828E-06
|
|
27 0.2105 0.61621E-06
|
|
27 0.4737 0.47940E-06
|
|
27 0.7368 0.37471E-06
|
|
27 1.0000 0.29430E-06
|
|
27 1 -13.7489 -4.0000 -37.7638 103.8659
|
|
27 1 -13.7489 -3.7368 -32.1024 102.7325
|
|
27 1 -13.7489 -3.4737 -26.3444 101.0981
|
|
27 1 -13.7489 -3.2105 -20.2325 99.0380
|
|
27 1 -13.7489 -2.9474 -13.4268 96.0729
|
|
27 1 -13.7489 -2.6842 -6.3243 91.1856
|
|
27 1 -13.7489 -2.4211 -0.4242 84.1463
|
|
27 1 -13.7489 -2.1579 3.2832 76.1420
|
|
27 1 -13.7489 -1.8947 5.0501 68.3534
|
|
27 1 -13.7489 -1.6316 5.4855 61.2754
|
|
27 1 -13.7489 -1.3684 5.1034 55.0891
|
|
27 1 -13.7489 -1.1053 4.4594 49.7565
|
|
27 1 -13.7489 -0.8421 3.9345 44.8517
|
|
27 1 -13.7489 -0.5789 3.4080 39.8511
|
|
27 1 -13.7489 -0.3158 2.3637 34.6228
|
|
27 1 -13.7489 -0.0526 0.4682 29.6023
|
|
27 1 -13.7489 0.2105 -2.0532 25.2505
|
|
27 1 -13.7489 0.4737 -4.8049 21.6186
|
|
27 1 -13.7489 0.7368 -7.6077 18.5512
|
|
27 1 -13.7489 1.0000 -10.4257 15.9668
|
|
|
|
27 2 -10.6632 -4.0000 -41.2950 94.9330
|
|
27 2 -10.6632 -3.7368 -36.2688 94.6049
|
|
27 2 -10.6632 -3.4737 -30.9741 93.9015
|
|
27 2 -10.6632 -3.2105 -25.1533 92.8155
|
|
27 2 -10.6632 -2.9474 -18.4924 90.8312
|
|
27 2 -10.6632 -2.6842 -11.4050 86.9240
|
|
27 2 -10.6632 -2.4211 -5.3769 80.8629
|
|
27 2 -10.6632 -2.1579 -1.3718 73.7987
|
|
27 2 -10.6632 -1.8947 0.8560 66.8465
|
|
27 2 -10.6632 -1.6316 1.8614 60.4502
|
|
27 2 -10.6632 -1.3684 2.0907 54.7924
|
|
27 2 -10.6632 -1.1053 2.0728 49.8660
|
|
27 2 -10.6632 -0.8421 2.1914 45.2496
|
|
27 2 -10.6632 -0.5789 2.3065 40.3927
|
|
27 2 -10.6632 -0.3158 1.8346 35.1604
|
|
27 2 -10.6632 -0.0526 0.3914 30.0521
|
|
27 2 -10.6632 0.2105 -1.7792 25.5958
|
|
27 2 -10.6632 0.4737 -4.2434 21.8578
|
|
27 2 -10.6632 0.7368 -6.8125 18.6775
|
|
27 2 -10.6632 1.0000 -9.4530 15.9836
|
|
|
|
27 3 -9.4579 -4.0000 -29.9397 66.4025
|
|
27 3 -9.4579 -3.7368 -26.5988 66.6486
|
|
27 3 -9.4579 -3.4737 -22.8622 66.5829
|
|
27 3 -9.4579 -3.2105 -18.6518 66.0939
|
|
27 3 -9.4579 -2.9474 -13.8718 64.8523
|
|
27 3 -9.4579 -2.6842 -8.8309 62.2239
|
|
27 3 -9.4579 -2.4211 -4.5400 58.0745
|
|
27 3 -9.4579 -2.1579 -1.6586 53.2123
|
|
27 3 -9.4579 -1.8947 0.0005 48.4111
|
|
27 3 -9.4579 -1.6316 0.8227 43.9577
|
|
27 3 -9.4579 -1.3684 1.0909 39.9752
|
|
27 3 -9.4579 -1.1053 1.1631 36.4866
|
|
27 3 -9.4579 -0.8421 1.3319 33.2092
|
|
27 3 -9.4579 -0.5789 1.5109 29.7306
|
|
27 3 -9.4579 -0.3158 1.2598 25.9358
|
|
27 3 -9.4579 -0.0526 0.2753 22.1993
|
|
27 3 -9.4579 0.2105 -1.2667 18.9272
|
|
27 3 -9.4579 0.4737 -3.0401 16.1766
|
|
27 3 -9.4579 0.7368 -4.9032 13.8299
|
|
27 3 -9.4579 1.0000 -6.8319 11.8376
|
|
|
|
27 4 -4.5555 -4.0000 -59.4514 104.3989
|
|
27 4 -4.5555 -3.7368 -53.5882 105.4773
|
|
27 4 -4.5555 -3.4737 -47.1402 106.1353
|
|
27 4 -4.5555 -3.2105 -39.8246 106.2512
|
|
27 4 -4.5555 -2.9474 -31.3286 105.1623
|
|
27 4 -4.5555 -2.6842 -22.1963 101.6319
|
|
27 4 -4.5555 -2.4211 -14.2391 95.3894
|
|
27 4 -4.5555 -2.1579 -8.6207 87.8168
|
|
27 4 -4.5555 -1.8947 -5.0560 80.2298
|
|
27 4 -4.5555 -1.6316 -2.9224 73.1403
|
|
27 4 -4.5555 -1.3684 -1.7297 66.7931
|
|
27 4 -4.5555 -1.1053 -0.8344 61.2134
|
|
27 4 -4.5555 -0.8421 0.2490 55.8683
|
|
27 4 -4.5555 -0.5789 1.3086 50.0334
|
|
27 4 -4.5555 -0.3158 1.5263 43.5534
|
|
27 4 -4.5555 -0.0526 0.3748 37.1440
|
|
27 4 -4.5555 0.2105 -1.8026 31.5423
|
|
27 4 -4.5555 0.4737 -4.4096 26.8400
|
|
27 4 -4.5555 0.7368 -7.1982 22.8166
|
|
27 4 -4.5555 1.0000 -10.1387 19.3871
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 28 coord.: 0.0000000 0.6666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.507083 meV Im[Sigma]= 56.053479 meV Z= 1.000150 lam= -0.000150
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.769437 meV Im[Sigma]= 57.168259 meV Z= 1.000424 lam= -0.000424
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -11.406749 meV Im[Sigma]= 84.737457 meV Z= 1.018885 lam= -0.018535
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.763118 meV Im[Sigma]= 78.310335 meV Z= 1.002730 lam= -0.002723
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 28 coord.: 0.0000000 0.6666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 28 w = -4.0000 eV A(k,w) = 0.10692E-04 meV^-1
|
|
ik = 28 w = -3.7368 eV A(k,w) = 0.87799E-05 meV^-1
|
|
ik = 28 w = -3.4737 eV A(k,w) = 0.73520E-05 meV^-1
|
|
ik = 28 w = -3.2105 eV A(k,w) = 0.62395E-05 meV^-1
|
|
ik = 28 w = -2.9474 eV A(k,w) = 0.53157E-05 meV^-1
|
|
ik = 28 w = -2.6842 eV A(k,w) = 0.44779E-05 meV^-1
|
|
ik = 28 w = -2.4211 eV A(k,w) = 0.36994E-05 meV^-1
|
|
ik = 28 w = -2.1579 eV A(k,w) = 0.30210E-05 meV^-1
|
|
ik = 28 w = -1.8947 eV A(k,w) = 0.24651E-05 meV^-1
|
|
ik = 28 w = -1.6316 eV A(k,w) = 0.20198E-05 meV^-1
|
|
ik = 28 w = -1.3684 eV A(k,w) = 0.16671E-05 meV^-1
|
|
ik = 28 w = -1.1053 eV A(k,w) = 0.13881E-05 meV^-1
|
|
ik = 28 w = -0.8421 eV A(k,w) = 0.11567E-05 meV^-1
|
|
ik = 28 w = -0.5789 eV A(k,w) = 0.95063E-06 meV^-1
|
|
ik = 28 w = -0.3158 eV A(k,w) = 0.76307E-06 meV^-1
|
|
ik = 28 w = -0.0526 eV A(k,w) = 0.60262E-06 meV^-1
|
|
ik = 28 w = 0.2105 eV A(k,w) = 0.47556E-06 meV^-1
|
|
ik = 28 w = 0.4737 eV A(k,w) = 0.37738E-06 meV^-1
|
|
ik = 28 w = 0.7368 eV A(k,w) = 0.30032E-06 meV^-1
|
|
ik = 28 w = 1.0000 eV A(k,w) = 0.23976E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
28 -4.0000 0.10692E-04
|
|
28 -3.7368 0.87799E-05
|
|
28 -3.4737 0.73520E-05
|
|
28 -3.2105 0.62395E-05
|
|
28 -2.9474 0.53157E-05
|
|
28 -2.6842 0.44779E-05
|
|
28 -2.4211 0.36994E-05
|
|
28 -2.1579 0.30210E-05
|
|
28 -1.8947 0.24651E-05
|
|
28 -1.6316 0.20198E-05
|
|
28 -1.3684 0.16671E-05
|
|
28 -1.1053 0.13881E-05
|
|
28 -0.8421 0.11567E-05
|
|
28 -0.5789 0.95063E-06
|
|
28 -0.3158 0.76307E-06
|
|
28 -0.0526 0.60262E-06
|
|
28 0.2105 0.47556E-06
|
|
28 0.4737 0.37738E-06
|
|
28 0.7368 0.30032E-06
|
|
28 1.0000 0.23976E-06
|
|
28 1 -14.5793 -4.0000 -33.5474 97.9953
|
|
28 1 -14.5793 -3.7368 -28.5002 96.7109
|
|
28 1 -14.5793 -3.4737 -23.3457 95.0039
|
|
28 1 -14.5793 -3.2105 -17.8681 92.9091
|
|
28 1 -14.5793 -2.9474 -11.7846 90.0020
|
|
28 1 -14.5793 -2.6842 -5.4531 85.3758
|
|
28 1 -14.5793 -2.4211 -0.2309 78.8325
|
|
28 1 -14.5793 -2.1579 3.0001 71.4678
|
|
28 1 -14.5793 -1.8947 4.5059 64.3482
|
|
28 1 -14.5793 -1.6316 4.8574 57.8864
|
|
28 1 -14.5793 -1.3684 4.5034 52.2182
|
|
28 1 -14.5793 -1.1053 3.9323 47.3094
|
|
28 1 -14.5793 -0.8421 3.4927 42.7701
|
|
28 1 -14.5793 -0.5789 3.0699 38.1038
|
|
28 1 -14.5793 -0.3158 2.1627 33.1769
|
|
28 1 -14.5793 -0.0526 0.4333 28.4072
|
|
28 1 -14.5793 0.2105 -1.9142 24.2494
|
|
28 1 -14.5793 0.4737 -4.5029 20.7649
|
|
28 1 -14.5793 0.7368 -7.1600 17.8146
|
|
28 1 -14.5793 1.0000 -9.8464 15.3281
|
|
|
|
28 2 -10.2664 -4.0000 -43.5258 92.6281
|
|
28 2 -10.2664 -3.7368 -38.4467 92.6565
|
|
28 2 -10.2664 -3.4737 -33.0528 92.3020
|
|
28 2 -10.2664 -3.2105 -27.0849 91.5283
|
|
28 2 -10.2664 -2.9474 -20.2499 89.8104
|
|
28 2 -10.2664 -2.6842 -12.9695 86.1274
|
|
28 2 -10.2664 -2.4211 -6.7389 80.2416
|
|
28 2 -10.2664 -2.1579 -2.5406 73.3109
|
|
28 2 -10.2664 -1.8947 -0.1313 66.4662
|
|
28 2 -10.2664 -1.6316 1.0484 60.1569
|
|
28 2 -10.2664 -1.3684 1.4485 54.5662
|
|
28 2 -10.2664 -1.1053 1.5993 49.6831
|
|
28 2 -10.2664 -0.8421 1.8777 45.0782
|
|
28 2 -10.2664 -0.5789 2.1266 40.2038
|
|
28 2 -10.2664 -0.3158 1.7538 34.9424
|
|
28 2 -10.2664 -0.0526 0.3801 29.8092
|
|
28 2 -10.2664 0.2105 -1.7405 25.3401
|
|
28 2 -10.2664 0.4737 -4.1636 21.6044
|
|
28 2 -10.2664 0.7368 -6.6910 18.4371
|
|
28 2 -10.2664 1.0000 -9.2860 15.7599
|
|
|
|
28 3 -7.2955 -4.0000 -44.0189 86.1683
|
|
28 3 -7.2955 -3.7368 -39.2687 86.7563
|
|
28 3 -7.2955 -3.4737 -34.0598 86.9178
|
|
28 3 -7.2955 -3.2105 -28.2263 86.5659
|
|
28 3 -7.2955 -2.9474 -21.5657 85.2218
|
|
28 3 -7.2955 -2.6842 -14.5061 81.9697
|
|
28 3 -7.2955 -2.4211 -8.4461 76.6264
|
|
28 3 -7.2955 -2.1579 -4.2779 70.2907
|
|
28 3 -7.2955 -1.8947 -1.7561 64.0008
|
|
28 3 -7.2955 -1.6316 -0.3731 58.1531
|
|
28 3 -7.2955 -1.3684 0.2619 52.9266
|
|
28 3 -7.2955 -1.1053 0.6453 48.3376
|
|
28 3 -7.2955 -0.8421 1.1542 43.9834
|
|
28 3 -7.2955 -0.5789 1.6403 39.3163
|
|
28 3 -7.2955 -0.3158 1.4997 34.2123
|
|
28 3 -7.2955 -0.0526 0.3396 29.1982
|
|
28 3 -7.2955 0.2105 -1.5842 24.8234
|
|
28 3 -7.2955 0.4737 -3.8224 21.1582
|
|
28 3 -7.2955 0.7368 -6.1812 18.0367
|
|
28 3 -7.2955 1.0000 -8.6307 15.3869
|
|
|
|
28 4 -5.9070 -4.0000 -50.1138 87.0128
|
|
28 4 -5.9070 -3.7368 -45.3596 88.0923
|
|
28 4 -5.9070 -3.4737 -40.0539 88.8534
|
|
28 4 -5.9070 -3.2105 -33.9548 89.1588
|
|
28 4 -5.9070 -2.9474 -26.8106 88.4372
|
|
28 4 -5.9070 -2.6842 -19.0769 85.6347
|
|
28 4 -5.9070 -2.4211 -12.2962 80.4948
|
|
28 4 -5.9070 -2.1579 -7.4854 74.1844
|
|
28 4 -5.9070 -1.8947 -4.4134 67.8333
|
|
28 4 -5.9070 -1.6316 -2.5530 61.8779
|
|
28 4 -5.9070 -1.3684 -1.4967 56.5272
|
|
28 4 -5.9070 -1.1053 -0.7038 51.8098
|
|
28 4 -5.9070 -0.8421 0.2362 47.2787
|
|
28 4 -5.9070 -0.5789 1.1399 42.3251
|
|
28 4 -5.9070 -0.3158 1.3146 36.8275
|
|
28 4 -5.9070 -0.0526 0.3214 31.3978
|
|
28 4 -5.9070 0.2105 -1.5429 26.6598
|
|
28 4 -5.9070 0.4737 -3.7689 22.6901
|
|
28 4 -5.9070 0.7368 -6.1433 19.2985
|
|
28 4 -5.9070 1.0000 -8.6414 16.4082
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 29 coord.: 0.0000000 0.6666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -17.3646 eV Re[Sigma]= -58.929231 meV Im[Sigma]= 42.127896 meV Z= 0.994716 lam= 0.005312
|
|
E( 2 )= -6.7590 eV Re[Sigma]= -15.655435 meV Im[Sigma]= 108.548003 meV Z= 1.011615 lam= -0.011482
|
|
E( 3 )= -5.2110 eV Re[Sigma]= 2.859585 meV Im[Sigma]= 106.354272 meV Z= 1.019113 lam= -0.018755
|
|
E( 4 )= -5.2110 eV Re[Sigma]= 2.859585 meV Im[Sigma]= 106.354272 meV Z= 1.019113 lam= -0.018755
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 29 coord.: 0.0000000 0.6666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 29 w = -4.0000 eV A(k,w) = 0.43217E-04 meV^-1
|
|
ik = 29 w = -3.7368 eV A(k,w) = 0.30922E-04 meV^-1
|
|
ik = 29 w = -3.4737 eV A(k,w) = 0.23294E-04 meV^-1
|
|
ik = 29 w = -3.2105 eV A(k,w) = 0.18175E-04 meV^-1
|
|
ik = 29 w = -2.9474 eV A(k,w) = 0.14454E-04 meV^-1
|
|
ik = 29 w = -2.6842 eV A(k,w) = 0.11490E-04 meV^-1
|
|
ik = 29 w = -2.4211 eV A(k,w) = 0.90275E-05 meV^-1
|
|
ik = 29 w = -2.1579 eV A(k,w) = 0.70526E-05 meV^-1
|
|
ik = 29 w = -1.8947 eV A(k,w) = 0.55317E-05 meV^-1
|
|
ik = 29 w = -1.6316 eV A(k,w) = 0.43752E-05 meV^-1
|
|
ik = 29 w = -1.3684 eV A(k,w) = 0.34997E-05 meV^-1
|
|
ik = 29 w = -1.1053 eV A(k,w) = 0.28334E-05 meV^-1
|
|
ik = 29 w = -0.8421 eV A(k,w) = 0.23019E-05 meV^-1
|
|
ik = 29 w = -0.5789 eV A(k,w) = 0.18479E-05 meV^-1
|
|
ik = 29 w = -0.3158 eV A(k,w) = 0.14511E-05 meV^-1
|
|
ik = 29 w = -0.0526 eV A(k,w) = 0.11226E-05 meV^-1
|
|
ik = 29 w = 0.2105 eV A(k,w) = 0.86893E-06 meV^-1
|
|
ik = 29 w = 0.4737 eV A(k,w) = 0.67716E-06 meV^-1
|
|
ik = 29 w = 0.7368 eV A(k,w) = 0.52974E-06 meV^-1
|
|
ik = 29 w = 1.0000 eV A(k,w) = 0.41608E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
29 -4.0000 0.43217E-04
|
|
29 -3.7368 0.30922E-04
|
|
29 -3.4737 0.23294E-04
|
|
29 -3.2105 0.18175E-04
|
|
29 -2.9474 0.14454E-04
|
|
29 -2.6842 0.11490E-04
|
|
29 -2.4211 0.90275E-05
|
|
29 -2.1579 0.70526E-05
|
|
29 -1.8947 0.55317E-05
|
|
29 -1.6316 0.43752E-05
|
|
29 -1.3684 0.34997E-05
|
|
29 -1.1053 0.28334E-05
|
|
29 -0.8421 0.23019E-05
|
|
29 -0.5789 0.18479E-05
|
|
29 -0.3158 0.14511E-05
|
|
29 -0.0526 0.11226E-05
|
|
29 0.2105 0.86893E-06
|
|
29 0.4737 0.67716E-06
|
|
29 0.7368 0.52974E-06
|
|
29 1.0000 0.41608E-06
|
|
29 1 -17.3646 -4.0000 -27.7476 105.0625
|
|
29 1 -17.3646 -3.7368 -22.5685 102.8698
|
|
29 1 -17.3646 -3.4737 -17.3595 100.2219
|
|
29 1 -17.3646 -3.2105 -11.9360 97.1516
|
|
29 1 -17.3646 -2.9474 -6.0676 93.2626
|
|
29 1 -17.3646 -2.6842 -0.1273 87.7267
|
|
29 1 -17.3646 -2.4211 4.5760 80.4080
|
|
29 1 -17.3646 -2.1579 7.2177 72.4135
|
|
29 1 -17.3646 -1.8947 8.1000 64.8079
|
|
29 1 -17.3646 -1.6316 7.8357 57.9976
|
|
29 1 -17.3646 -1.3684 6.9060 52.0832
|
|
29 1 -17.3646 -1.1053 5.7920 46.9949
|
|
29 1 -17.3646 -0.8421 4.8228 42.3441
|
|
29 1 -17.3646 -0.5789 3.8947 37.6584
|
|
29 1 -17.3646 -0.3158 2.5530 32.8024
|
|
29 1 -17.3646 -0.0526 0.4895 28.1436
|
|
29 1 -17.3646 0.2105 -2.1140 24.0895
|
|
29 1 -17.3646 0.4737 -4.9147 20.6938
|
|
29 1 -17.3646 0.7368 -7.7504 17.8272
|
|
29 1 -17.3646 1.0000 -10.5805 15.4172
|
|
|
|
29 2 -6.7590 -4.0000 -62.3016 118.7282
|
|
29 2 -6.7590 -3.7368 -55.4015 119.3534
|
|
29 2 -6.7590 -3.4737 -47.9949 119.4565
|
|
29 2 -6.7590 -3.2105 -39.7280 118.9396
|
|
29 2 -6.7590 -2.9474 -30.2630 117.0550
|
|
29 2 -6.7590 -2.6842 -20.2284 112.4701
|
|
29 2 -6.7590 -2.4211 -11.6102 104.9190
|
|
29 2 -6.7590 -2.1579 -5.6952 95.9328
|
|
29 2 -6.7590 -1.8947 -2.1926 87.0102
|
|
29 2 -6.7590 -1.6316 -0.3706 78.7969
|
|
29 2 -6.7590 -1.3684 0.4134 71.5636
|
|
29 2 -6.7590 -1.1053 0.9021 65.2680
|
|
29 2 -6.7590 -0.8421 1.5924 59.2999
|
|
29 2 -6.7590 -0.5789 2.2450 52.9120
|
|
29 2 -6.7590 -0.3158 2.0397 45.9574
|
|
29 2 -6.7590 -0.0526 0.4604 39.1494
|
|
29 2 -6.7590 0.2105 -2.1444 33.2214
|
|
29 2 -6.7590 0.4737 -5.1695 28.2677
|
|
29 2 -6.7590 0.7368 -8.3476 24.0641
|
|
29 2 -6.7590 1.0000 -11.6331 20.5067
|
|
|
|
29 3 -5.2110 -4.0000 -54.1731 97.0171
|
|
29 3 -5.2110 -3.7368 -48.7606 98.0095
|
|
29 3 -5.2110 -3.4737 -42.7978 98.6035
|
|
29 3 -5.2110 -3.2105 -36.0166 98.6786
|
|
29 3 -5.2110 -2.9474 -28.1431 97.6096
|
|
29 3 -5.2110 -2.6842 -19.6974 94.2628
|
|
29 3 -5.2110 -2.4211 -12.3547 88.3976
|
|
29 3 -5.2110 -2.1579 -7.1951 81.2942
|
|
29 3 -5.2110 -1.8947 -3.9600 74.1797
|
|
29 3 -5.2110 -1.6316 -2.0682 67.5393
|
|
29 3 -5.2110 -1.3684 -1.0564 61.6014
|
|
29 3 -5.2110 -1.1053 -0.3272 56.3854
|
|
29 3 -5.2110 -0.8421 0.5653 51.4005
|
|
29 3 -5.2110 -0.5789 1.4267 45.9872
|
|
29 3 -5.2110 -0.3158 1.5163 40.0087
|
|
29 3 -5.2110 -0.0526 0.3618 34.1148
|
|
29 3 -5.2110 0.2105 -1.7217 28.9719
|
|
29 3 -5.2110 0.4737 -4.1900 24.6629
|
|
29 3 -5.2110 0.7368 -6.8127 20.9846
|
|
29 3 -5.2110 1.0000 -9.5613 17.8530
|
|
|
|
29 4 -5.2110 -4.0000 -54.0421 96.6594
|
|
29 4 -5.2110 -3.7368 -48.6641 97.6351
|
|
29 4 -5.2110 -3.4737 -42.7467 98.2249
|
|
29 4 -5.2110 -3.2105 -36.0148 98.3145
|
|
29 4 -5.2110 -2.9474 -28.1823 97.2777
|
|
29 4 -5.2110 -2.6842 -19.7630 93.9718
|
|
29 4 -5.2110 -2.4211 -12.4331 88.1483
|
|
29 4 -5.2110 -2.1579 -7.2758 81.0829
|
|
29 4 -5.2110 -1.8947 -4.0370 74.0001
|
|
29 4 -5.2110 -1.6316 -2.1399 67.3867
|
|
29 4 -5.2110 -1.3684 -1.1212 61.4744
|
|
29 4 -5.2110 -1.1053 -0.3808 56.2819
|
|
29 4 -5.2110 -0.8421 0.5262 51.3155
|
|
29 4 -5.2110 -0.5789 1.4019 45.9150
|
|
29 4 -5.2110 -0.3158 1.5037 39.9458
|
|
29 4 -5.2110 -0.0526 0.3598 34.0598
|
|
29 4 -5.2110 0.2105 -1.7140 28.9238
|
|
29 4 -5.2110 0.4737 -4.1731 24.6208
|
|
29 4 -5.2110 0.7368 -6.7874 20.9473
|
|
29 4 -5.2110 1.0000 -9.5280 17.8198
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 30 coord.: 0.0000000 0.6666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.104086 meV Im[Sigma]= 43.283985 meV Z= 1.007631 lam= -0.007574
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -11.693042 meV Im[Sigma]= 102.513381 meV Z= 1.017928 lam= -0.017613
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 46.488502 meV Im[Sigma]= 163.655041 meV Z= 1.034584 lam= -0.033428
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.229448 meV Im[Sigma]= 166.720670 meV Z= 1.042259 lam= -0.040545
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 30 coord.: 0.0000000 0.6666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 30 w = -4.0000 eV A(k,w) = 0.12174E-03 meV^-1
|
|
ik = 30 w = -3.7368 eV A(k,w) = 0.28501E-03 meV^-1
|
|
ik = 30 w = -3.4737 eV A(k,w) = 0.13006E-02 meV^-1
|
|
ik = 30 w = -3.2105 eV A(k,w) = 0.14031E-02 meV^-1
|
|
ik = 30 w = -2.9474 eV A(k,w) = 0.63469E-03 meV^-1
|
|
ik = 30 w = -2.6842 eV A(k,w) = 0.21472E-02 meV^-1
|
|
ik = 30 w = -2.4211 eV A(k,w) = 0.77032E-03 meV^-1
|
|
ik = 30 w = -2.1579 eV A(k,w) = 0.19027E-03 meV^-1
|
|
ik = 30 w = -1.8947 eV A(k,w) = 0.79097E-04 meV^-1
|
|
ik = 30 w = -1.6316 eV A(k,w) = 0.41622E-04 meV^-1
|
|
ik = 30 w = -1.3684 eV A(k,w) = 0.24937E-04 meV^-1
|
|
ik = 30 w = -1.1053 eV A(k,w) = 0.16233E-04 meV^-1
|
|
ik = 30 w = -0.8421 eV A(k,w) = 0.11111E-04 meV^-1
|
|
ik = 30 w = -0.5789 eV A(k,w) = 0.77655E-05 meV^-1
|
|
ik = 30 w = -0.3158 eV A(k,w) = 0.54364E-05 meV^-1
|
|
ik = 30 w = -0.0526 eV A(k,w) = 0.38154E-05 meV^-1
|
|
ik = 30 w = 0.2105 eV A(k,w) = 0.27156E-05 meV^-1
|
|
ik = 30 w = 0.4737 eV A(k,w) = 0.19676E-05 meV^-1
|
|
ik = 30 w = 0.7368 eV A(k,w) = 0.14448E-05 meV^-1
|
|
ik = 30 w = 1.0000 eV A(k,w) = 0.10737E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
30 -4.0000 0.12174E-03
|
|
30 -3.7368 0.28501E-03
|
|
30 -3.4737 0.13006E-02
|
|
30 -3.2105 0.14031E-02
|
|
30 -2.9474 0.63469E-03
|
|
30 -2.6842 0.21472E-02
|
|
30 -2.4211 0.77032E-03
|
|
30 -2.1579 0.19027E-03
|
|
30 -1.8947 0.79097E-04
|
|
30 -1.6316 0.41622E-04
|
|
30 -1.3684 0.24937E-04
|
|
30 -1.1053 0.16233E-04
|
|
30 -0.8421 0.11111E-04
|
|
30 -0.5789 0.77655E-05
|
|
30 -0.3158 0.54364E-05
|
|
30 -0.0526 0.38154E-05
|
|
30 0.2105 0.27156E-05
|
|
30 0.4737 0.19676E-05
|
|
30 0.7368 0.14448E-05
|
|
30 1.0000 0.10737E-05
|
|
30 1 -18.6527 -4.0000 -30.0418 116.3844
|
|
30 1 -18.6527 -3.7368 -23.8954 113.8844
|
|
30 1 -18.6527 -3.4737 -17.7695 110.7153
|
|
30 1 -18.6527 -3.2105 -11.5489 106.9560
|
|
30 1 -18.6527 -2.9474 -5.0289 102.2640
|
|
30 1 -18.6527 -2.6842 1.4085 95.8400
|
|
30 1 -18.6527 -2.4211 6.4238 87.5857
|
|
30 1 -18.6527 -2.1579 9.1930 78.6817
|
|
30 1 -18.6527 -1.8947 10.0695 70.2393
|
|
30 1 -18.6527 -1.6316 9.7130 62.6605
|
|
30 1 -18.6527 -1.3684 8.6106 56.0292
|
|
30 1 -18.6527 -1.1053 7.2336 50.2921
|
|
30 1 -18.6527 -0.8421 5.9322 45.0933
|
|
30 1 -18.6527 -0.5789 4.6465 39.9682
|
|
30 1 -18.6527 -0.3158 2.9538 34.7608
|
|
30 1 -18.6527 -0.0526 0.5547 29.8161
|
|
30 1 -18.6527 0.2105 -2.3681 25.5286
|
|
30 1 -18.6527 0.4737 -5.4698 21.9453
|
|
30 1 -18.6527 0.7368 -8.5844 18.9303
|
|
30 1 -18.6527 1.0000 -11.6685 16.4023
|
|
|
|
30 2 -6.9063 -4.0000 -51.7979 106.6777
|
|
30 2 -6.9063 -3.7368 -45.6537 106.6132
|
|
30 2 -6.9063 -3.4737 -39.2745 106.0963
|
|
30 2 -6.9063 -3.2105 -32.3108 105.1449
|
|
30 2 -6.9063 -2.9474 -24.3739 103.1463
|
|
30 2 -6.9063 -2.6842 -15.9479 98.9130
|
|
30 2 -6.9063 -2.4211 -8.7404 92.1923
|
|
30 2 -6.9063 -2.1579 -3.8403 84.3081
|
|
30 2 -6.9063 -1.8947 -0.9549 76.5251
|
|
30 2 -6.9063 -1.6316 0.5492 69.3336
|
|
30 2 -6.9063 -1.3684 1.1684 62.9284
|
|
30 2 -6.9063 -1.1053 1.4862 57.2993
|
|
30 2 -6.9063 -0.8421 1.9234 51.9712
|
|
30 2 -6.9063 -0.5789 2.3025 46.3286
|
|
30 2 -6.9063 -0.3158 1.9466 40.2431
|
|
30 2 -6.9063 -0.0526 0.4261 34.3133
|
|
30 2 -6.9063 0.2105 -1.9583 29.1556
|
|
30 2 -6.9063 0.4737 -4.6910 24.8437
|
|
30 2 -6.9063 0.7368 -7.5463 21.1834
|
|
30 2 -6.9063 1.0000 -10.4864 18.0850
|
|
|
|
30 3 -3.2910 -4.0000 -68.3639 124.2777
|
|
30 3 -3.2910 -3.7368 -61.2664 125.1318
|
|
30 3 -3.2910 -3.4737 -53.6450 125.5187
|
|
30 3 -3.2910 -3.2105 -45.0749 125.3695
|
|
30 3 -3.2910 -2.9474 -35.0983 123.8680
|
|
30 3 -3.2910 -2.6842 -24.3499 119.4879
|
|
30 3 -3.2910 -2.4211 -15.0037 111.8823
|
|
30 3 -3.2910 -2.1579 -8.4704 102.6884
|
|
30 3 -3.2910 -1.8947 -4.4407 93.4955
|
|
30 3 -3.2910 -1.6316 -2.1625 84.9631
|
|
30 3 -3.2910 -1.3684 -0.9970 77.3929
|
|
30 3 -3.2910 -1.1053 -0.1548 70.7711
|
|
30 3 -3.2910 -0.8421 0.9083 64.4429
|
|
30 3 -3.2910 -0.5789 1.9227 57.5869
|
|
30 3 -3.2910 -0.3158 1.9665 50.0489
|
|
30 3 -3.2910 -0.0526 0.4632 42.6373
|
|
30 3 -3.2910 0.2105 -2.1941 36.1748
|
|
30 3 -3.2910 0.4737 -5.3311 30.7648
|
|
30 3 -3.2910 0.7368 -8.6579 26.1591
|
|
30 3 -3.2910 1.0000 -12.1295 22.2511
|
|
|
|
30 4 -2.6027 -4.0000 -74.6253 137.8070
|
|
30 4 -2.6027 -3.7368 -66.6064 138.6070
|
|
30 4 -2.6027 -3.4737 -58.0157 138.8433
|
|
30 4 -2.6027 -3.2105 -48.4108 138.4064
|
|
30 4 -2.6027 -2.9474 -37.3683 136.4068
|
|
30 4 -2.6027 -2.6842 -25.6315 131.2607
|
|
30 4 -2.6027 -2.4211 -15.5363 122.6823
|
|
30 4 -2.6027 -2.1579 -8.5345 112.4878
|
|
30 4 -2.6027 -1.8947 -4.2149 102.3749
|
|
30 4 -2.6027 -1.6316 -1.7301 92.9863
|
|
30 4 -2.6027 -1.3684 -0.4335 84.5777
|
|
30 4 -2.6027 -1.1053 0.4433 77.1450
|
|
30 4 -2.6027 -0.8421 1.4627 70.0588
|
|
30 4 -2.6027 -0.5789 2.3823 62.4877
|
|
30 4 -2.6027 -0.3158 2.2707 54.2553
|
|
30 4 -2.6027 -0.0526 0.5226 46.1892
|
|
30 4 -2.6027 0.2105 -2.4569 39.1553
|
|
30 4 -2.6027 0.4737 -5.9548 33.2720
|
|
30 4 -2.6027 0.7368 -9.6517 28.2826
|
|
30 4 -2.6027 1.0000 -13.4853 24.0675
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 31 coord.: 0.0000000 0.8333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -20.7958 eV Re[Sigma]= -65.485409 meV Im[Sigma]= 15.407194 meV Z= 0.997690 lam= 0.002315
|
|
E( 2 )= -2.5926 eV Re[Sigma]= 90.770739 meV Im[Sigma]= 187.314903 meV Z= 1.047554 lam= -0.045395
|
|
E( 3 )= -0.4527 eV Re[Sigma]= 131.286361 meV Im[Sigma]= 74.632800 meV Z= 1.001742 lam= -0.001739
|
|
E( 4 )= -0.4527 eV Re[Sigma]= 131.286361 meV Im[Sigma]= 74.632800 meV Z= 1.001742 lam= -0.001739
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 31 coord.: 0.0000000 0.8333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 31 w = -4.0000 eV A(k,w) = 0.37540E-04 meV^-1
|
|
ik = 31 w = -3.7368 eV A(k,w) = 0.53840E-04 meV^-1
|
|
ik = 31 w = -3.4737 eV A(k,w) = 0.85339E-04 meV^-1
|
|
ik = 31 w = -3.2105 eV A(k,w) = 0.16072E-03 meV^-1
|
|
ik = 31 w = -2.9474 eV A(k,w) = 0.42078E-03 meV^-1
|
|
ik = 31 w = -2.6842 eV A(k,w) = 0.18388E-02 meV^-1
|
|
ik = 31 w = -2.4211 eV A(k,w) = 0.83293E-03 meV^-1
|
|
ik = 31 w = -2.1579 eV A(k,w) = 0.22210E-03 meV^-1
|
|
ik = 31 w = -1.8947 eV A(k,w) = 0.11342E-03 meV^-1
|
|
ik = 31 w = -1.6316 eV A(k,w) = 0.90835E-04 meV^-1
|
|
ik = 31 w = -1.3684 eV A(k,w) = 0.10322E-03 meV^-1
|
|
ik = 31 w = -1.1053 eV A(k,w) = 0.16077E-03 meV^-1
|
|
ik = 31 w = -0.8421 eV A(k,w) = 0.37457E-03 meV^-1
|
|
ik = 31 w = -0.5789 eV A(k,w) = 0.22681E-02 meV^-1
|
|
ik = 31 w = -0.3158 eV A(k,w) = 0.19724E-02 meV^-1
|
|
ik = 31 w = -0.0526 eV A(k,w) = 0.24276E-03 meV^-1
|
|
ik = 31 w = 0.2105 eV A(k,w) = 0.76601E-04 meV^-1
|
|
ik = 31 w = 0.4737 eV A(k,w) = 0.33819E-04 meV^-1
|
|
ik = 31 w = 0.7368 eV A(k,w) = 0.17623E-04 meV^-1
|
|
ik = 31 w = 1.0000 eV A(k,w) = 0.10145E-04 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
31 -4.0000 0.37540E-04
|
|
31 -3.7368 0.53840E-04
|
|
31 -3.4737 0.85339E-04
|
|
31 -3.2105 0.16072E-03
|
|
31 -2.9474 0.42078E-03
|
|
31 -2.6842 0.18388E-02
|
|
31 -2.4211 0.83293E-03
|
|
31 -2.1579 0.22210E-03
|
|
31 -1.8947 0.11342E-03
|
|
31 -1.6316 0.90835E-04
|
|
31 -1.3684 0.10322E-03
|
|
31 -1.1053 0.16077E-03
|
|
31 -0.8421 0.37457E-03
|
|
31 -0.5789 0.22681E-02
|
|
31 -0.3158 0.19724E-02
|
|
31 -0.0526 0.24276E-03
|
|
31 0.2105 0.76601E-04
|
|
31 0.4737 0.33819E-04
|
|
31 0.7368 0.17623E-04
|
|
31 1.0000 0.10145E-04
|
|
31 1 -20.7958 -4.0000 -34.2744 134.2140
|
|
31 1 -20.7958 -3.7368 -27.2512 131.4820
|
|
31 1 -20.7958 -3.4737 -20.0237 128.0065
|
|
31 1 -20.7958 -3.2105 -12.5285 123.6623
|
|
31 1 -20.7958 -2.9474 -4.7651 118.0188
|
|
31 1 -20.7958 -2.6842 2.7115 110.3341
|
|
31 1 -20.7958 -2.4211 8.4497 100.6304
|
|
31 1 -20.7958 -2.1579 11.6064 90.2487
|
|
31 1 -20.7958 -1.8947 12.6093 80.4104
|
|
31 1 -20.7958 -1.6316 12.2041 71.5424
|
|
31 1 -20.7958 -1.3684 10.9117 63.7114
|
|
31 1 -20.7958 -1.1053 9.2016 56.8832
|
|
31 1 -20.7958 -0.8421 7.4621 50.7449
|
|
31 1 -20.7958 -0.5789 5.7024 44.8317
|
|
31 1 -20.7958 -0.3158 3.5361 38.9427
|
|
31 1 -20.7958 -0.0526 0.6536 33.3930
|
|
31 1 -20.7958 0.2105 -2.7699 28.5812
|
|
31 1 -20.7958 0.4737 -6.3780 24.5611
|
|
31 1 -20.7958 0.7368 -9.9870 21.1942
|
|
31 1 -20.7958 1.0000 -13.5371 18.3873
|
|
|
|
31 2 -2.5926 -4.0000 -82.9082 156.2817
|
|
31 2 -2.5926 -3.7368 -73.8482 156.8179
|
|
31 2 -2.5926 -3.4737 -64.3095 156.7867
|
|
31 2 -2.5926 -3.2105 -53.7058 156.1497
|
|
31 2 -2.5926 -2.9474 -41.4434 153.8993
|
|
31 2 -2.5926 -2.6842 -28.2866 148.1714
|
|
31 2 -2.5926 -2.4211 -16.8668 138.5404
|
|
31 2 -2.5926 -2.1579 -8.8950 126.9745
|
|
31 2 -2.5926 -1.8947 -4.0301 115.3928
|
|
31 2 -2.5926 -1.6316 -1.3879 104.6346
|
|
31 2 -2.5926 -1.3684 -0.1803 95.1050
|
|
31 2 -2.5926 -1.1053 0.5630 86.8126
|
|
31 2 -2.5926 -0.8421 1.5249 79.0071
|
|
31 2 -2.5926 -0.5789 2.4544 70.7309
|
|
31 2 -2.5926 -0.3158 2.3425 61.7584
|
|
31 2 -2.5926 -0.0526 0.5380 52.9557
|
|
31 2 -2.5926 0.2105 -2.5206 45.2056
|
|
31 2 -2.5926 0.4737 -6.1260 38.5717
|
|
31 2 -2.5926 0.7368 -10.0412 32.7987
|
|
31 2 -2.5926 1.0000 -14.2348 27.8540
|
|
|
|
31 3 -0.4527 -4.0000 -100.0814 176.3242
|
|
31 3 -0.4527 -3.7368 -89.6766 177.5869
|
|
31 3 -0.4527 -3.4737 -78.5857 178.1773
|
|
31 3 -0.4527 -3.2105 -66.1547 177.9941
|
|
31 3 -0.4527 -2.9474 -51.7443 175.8389
|
|
31 3 -0.4527 -2.6842 -36.3096 169.5461
|
|
31 3 -0.4527 -2.4211 -22.9750 158.6826
|
|
31 3 -0.4527 -2.1579 -13.7181 145.6539
|
|
31 3 -0.4527 -1.8947 -8.0110 132.7566
|
|
31 3 -0.4527 -1.6316 -4.6937 120.8760
|
|
31 3 -0.4527 -1.3684 -2.8560 110.3432
|
|
31 3 -0.4527 -1.1053 -1.4415 101.1038
|
|
31 3 -0.4527 -0.8421 0.2866 92.2609
|
|
31 3 -0.4527 -0.5789 1.9725 82.6794
|
|
31 3 -0.4527 -0.3158 2.3484 72.1083
|
|
31 3 -0.4527 -0.0526 0.5811 61.6416
|
|
31 3 -0.4527 0.2105 -2.8108 52.4188
|
|
31 3 -0.4527 0.4737 -6.9310 44.5771
|
|
31 3 -0.4527 0.7368 -11.4302 37.8129
|
|
31 3 -0.4527 1.0000 -16.2420 32.0519
|
|
|
|
31 4 -0.4527 -4.0000 -100.0807 176.3235
|
|
31 4 -0.4527 -3.7368 -89.6761 177.5863
|
|
31 4 -0.4527 -3.4737 -78.5852 178.1766
|
|
31 4 -0.4527 -3.2105 -66.1543 177.9934
|
|
31 4 -0.4527 -2.9474 -51.7439 175.8381
|
|
31 4 -0.4527 -2.6842 -36.3094 169.5454
|
|
31 4 -0.4527 -2.4211 -22.9748 158.6820
|
|
31 4 -0.4527 -2.1579 -13.7180 145.6534
|
|
31 4 -0.4527 -1.8947 -8.0109 132.7561
|
|
31 4 -0.4527 -1.6316 -4.6937 120.8755
|
|
31 4 -0.4527 -1.3684 -2.8559 110.3428
|
|
31 4 -0.4527 -1.1053 -1.4414 101.1034
|
|
31 4 -0.4527 -0.8421 0.2867 92.2606
|
|
31 4 -0.4527 -0.5789 1.9726 82.6791
|
|
31 4 -0.4527 -0.3158 2.3484 72.1080
|
|
31 4 -0.4527 -0.0526 0.5811 61.6413
|
|
31 4 -0.4527 0.2105 -2.8108 52.4186
|
|
31 4 -0.4527 0.4737 -6.9310 44.5769
|
|
31 4 -0.4527 0.7368 -11.4302 37.8128
|
|
31 4 -0.4527 1.0000 -16.2419 32.0518
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 32 coord.: 0.0000000 0.8333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -19.4313 eV Re[Sigma]= -66.084710 meV Im[Sigma]= 34.877010 meV Z= 1.000936 lam= -0.000935
|
|
E( 2 )= -5.3692 eV Re[Sigma]= -2.541162 meV Im[Sigma]= 135.933535 meV Z= 1.027848 lam= -0.027094
|
|
E( 3 )= -3.4193 eV Re[Sigma]= 47.611906 meV Im[Sigma]= 170.383473 meV Z= 1.033358 lam= -0.032281
|
|
E( 4 )= -0.9512 eV Re[Sigma]= 114.503385 meV Im[Sigma]= 85.834891 meV Z= 1.005285 lam= -0.005257
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 32 coord.: 0.0000000 0.8333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 32 w = -4.0000 eV A(k,w) = 0.17494E-03 meV^-1
|
|
ik = 32 w = -3.7368 eV A(k,w) = 0.52800E-03 meV^-1
|
|
ik = 32 w = -3.4737 eV A(k,w) = 0.24261E-02 meV^-1
|
|
ik = 32 w = -3.2105 eV A(k,w) = 0.53148E-03 meV^-1
|
|
ik = 32 w = -2.9474 eV A(k,w) = 0.17039E-03 meV^-1
|
|
ik = 32 w = -2.6842 eV A(k,w) = 0.88616E-04 meV^-1
|
|
ik = 32 w = -2.4211 eV A(k,w) = 0.60635E-04 meV^-1
|
|
ik = 32 w = -2.1579 eV A(k,w) = 0.52171E-04 meV^-1
|
|
ik = 32 w = -1.8947 eV A(k,w) = 0.57019E-04 meV^-1
|
|
ik = 32 w = -1.6316 eV A(k,w) = 0.82170E-04 meV^-1
|
|
ik = 32 w = -1.3684 eV A(k,w) = 0.17596E-03 meV^-1
|
|
ik = 32 w = -1.1053 eV A(k,w) = 0.90235E-03 meV^-1
|
|
ik = 32 w = -0.8421 eV A(k,w) = 0.14067E-02 meV^-1
|
|
ik = 32 w = -0.5789 eV A(k,w) = 0.16406E-03 meV^-1
|
|
ik = 32 w = -0.3158 eV A(k,w) = 0.51591E-04 meV^-1
|
|
ik = 32 w = -0.0526 eV A(k,w) = 0.22722E-04 meV^-1
|
|
ik = 32 w = 0.2105 eV A(k,w) = 0.11880E-04 meV^-1
|
|
ik = 32 w = 0.4737 eV A(k,w) = 0.69135E-05 meV^-1
|
|
ik = 32 w = 0.7368 eV A(k,w) = 0.43117E-05 meV^-1
|
|
ik = 32 w = 1.0000 eV A(k,w) = 0.28258E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
32 -4.0000 0.17494E-03
|
|
32 -3.7368 0.52800E-03
|
|
32 -3.4737 0.24261E-02
|
|
32 -3.2105 0.53148E-03
|
|
32 -2.9474 0.17039E-03
|
|
32 -2.6842 0.88616E-04
|
|
32 -2.4211 0.60635E-04
|
|
32 -2.1579 0.52171E-04
|
|
32 -1.8947 0.57019E-04
|
|
32 -1.6316 0.82170E-04
|
|
32 -1.3684 0.17596E-03
|
|
32 -1.1053 0.90235E-03
|
|
32 -0.8421 0.14067E-02
|
|
32 -0.5789 0.16406E-03
|
|
32 -0.3158 0.51591E-04
|
|
32 -0.0526 0.22722E-04
|
|
32 0.2105 0.11880E-04
|
|
32 0.4737 0.69135E-05
|
|
32 0.7368 0.43117E-05
|
|
32 1.0000 0.28258E-05
|
|
32 1 -19.4313 -4.0000 -31.4236 122.4662
|
|
32 1 -19.4313 -3.7368 -25.1047 119.8410
|
|
32 1 -19.4313 -3.4737 -18.7305 116.5891
|
|
32 1 -19.4313 -3.2105 -12.1655 112.7103
|
|
32 1 -19.4313 -2.9474 -5.2452 107.7997
|
|
32 1 -19.4313 -2.6842 1.5876 101.0273
|
|
32 1 -19.4313 -2.4211 6.9158 92.3054
|
|
32 1 -19.4313 -2.1579 9.8675 82.8780
|
|
32 1 -19.4313 -1.8947 10.8022 73.9207
|
|
32 1 -19.4313 -1.6316 10.4081 65.8728
|
|
32 1 -19.4313 -1.3684 9.2021 58.8370
|
|
32 1 -19.4313 -1.1053 7.6878 52.7700
|
|
32 1 -19.4313 -0.8421 6.2528 47.3089
|
|
32 1 -19.4313 -0.5789 4.8634 41.9560
|
|
32 1 -19.4313 -0.3158 3.0853 36.5138
|
|
32 1 -19.4313 -0.0526 0.5805 31.3202
|
|
32 1 -19.4313 0.2105 -2.4864 26.7970
|
|
32 1 -19.4313 0.4737 -5.7593 23.0143
|
|
32 1 -19.4313 0.7368 -9.0531 19.8411
|
|
32 1 -19.4313 1.0000 -12.3105 17.1904
|
|
|
|
32 2 -5.3692 -4.0000 -61.8666 122.0320
|
|
32 2 -5.3692 -3.7368 -54.8571 122.3023
|
|
32 2 -5.3692 -3.4737 -47.4787 122.1301
|
|
32 2 -5.3692 -3.2105 -39.2653 121.5011
|
|
32 2 -5.3692 -2.9474 -29.7185 119.6109
|
|
32 2 -5.3692 -2.6842 -19.4364 114.9394
|
|
32 2 -5.3692 -2.4211 -10.5589 107.1092
|
|
32 2 -5.3692 -2.1579 -4.5223 97.7274
|
|
32 2 -5.3692 -1.8947 -1.0420 88.4187
|
|
32 2 -5.3692 -1.6316 0.6738 79.8768
|
|
32 2 -5.3692 -1.3684 1.3034 72.3722
|
|
32 2 -5.3692 -1.1053 1.6042 65.8625
|
|
32 2 -5.3692 -0.8421 2.0882 59.7458
|
|
32 2 -5.3692 -0.5789 2.5451 53.2761
|
|
32 2 -5.3692 -0.3158 2.1804 46.2856
|
|
32 2 -5.3692 -0.0526 0.4809 39.4574
|
|
32 2 -5.3692 0.2105 -2.2194 33.5074
|
|
32 2 -5.3692 0.4737 -5.3302 28.5284
|
|
32 2 -5.3692 0.7368 -8.5896 24.3027
|
|
32 2 -5.3692 1.0000 -11.9497 20.7292
|
|
|
|
32 3 -3.4193 -4.0000 -69.1982 131.7486
|
|
32 3 -3.4193 -3.7368 -61.6918 132.2278
|
|
32 3 -3.4193 -3.4737 -53.7490 132.2167
|
|
32 3 -3.4193 -3.2105 -44.8927 131.6918
|
|
32 3 -3.4193 -2.9474 -34.6032 129.7991
|
|
32 3 -3.4193 -2.6842 -23.5357 124.9196
|
|
32 3 -3.4193 -2.4211 -13.9873 116.6843
|
|
32 3 -3.4193 -2.1579 -7.4520 106.8428
|
|
32 3 -3.4193 -1.8947 -3.5752 97.1059
|
|
32 3 -3.4193 -1.6316 -1.5065 88.1670
|
|
32 3 -3.4193 -1.3684 -0.5402 80.2982
|
|
32 3 -3.4193 -1.1053 0.1408 73.4470
|
|
32 3 -3.4193 -0.8421 1.0921 66.9247
|
|
32 3 -3.4193 -0.5789 2.0458 59.8732
|
|
32 3 -3.4193 -0.3158 2.0557 52.0953
|
|
32 3 -3.4193 -0.0526 0.4850 44.3910
|
|
32 3 -3.4193 0.2105 -2.3111 37.6288
|
|
32 3 -3.4193 0.4737 -5.6472 31.9605
|
|
32 3 -3.4193 0.7368 -9.1991 27.1594
|
|
32 3 -3.4193 1.0000 -12.8898 23.1124
|
|
|
|
32 4 -0.9512 -4.0000 -86.6638 155.5947
|
|
32 4 -0.9512 -3.7368 -77.5307 156.6531
|
|
32 4 -0.9512 -3.4737 -67.7446 157.0983
|
|
32 4 -0.9512 -3.2105 -56.7695 156.8039
|
|
32 4 -0.9512 -2.9474 -44.0958 154.7287
|
|
32 4 -0.9512 -2.6842 -30.5756 149.0158
|
|
32 4 -0.9512 -2.4211 -18.9253 139.3060
|
|
32 4 -0.9512 -2.1579 -10.8659 127.6940
|
|
32 4 -0.9512 -1.8947 -5.9562 116.1812
|
|
32 4 -0.9512 -1.6316 -3.2078 105.5716
|
|
32 4 -0.9512 -1.3684 -1.8103 96.2040
|
|
32 4 -0.9512 -1.1053 -0.7907 88.0520
|
|
32 4 -0.9512 -0.8421 0.5469 80.3138
|
|
32 4 -0.9512 -0.5789 1.9182 71.9414
|
|
32 4 -0.9512 -0.3158 2.1832 62.6539
|
|
32 4 -0.9512 -0.0526 0.5380 53.4012
|
|
32 4 -0.9512 0.2105 -2.6111 45.2467
|
|
32 4 -0.9512 0.4737 -6.4420 38.3875
|
|
32 4 -0.9512 0.7368 -10.5670 32.5616
|
|
32 4 -0.9512 1.0000 -14.8905 27.6465
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 33 coord.: 0.0000000 0.8333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.565583 meV Im[Sigma]= 68.249012 meV Z= 1.015118 lam= -0.014892
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.255529 meV Im[Sigma]= 57.760828 meV Z= 1.005393 lam= -0.005364
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 0.487660 meV Im[Sigma]= 121.321299 meV Z= 1.022859 lam= -0.022349
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 70.741505 meV Im[Sigma]= 161.648584 meV Z= 1.042872 lam= -0.041109
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 33 coord.: 0.0000000 0.8333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 33 w = -4.0000 eV A(k,w) = 0.46288E-04 meV^-1
|
|
ik = 33 w = -3.7368 eV A(k,w) = 0.54667E-04 meV^-1
|
|
ik = 33 w = -3.4737 eV A(k,w) = 0.81574E-04 meV^-1
|
|
ik = 33 w = -3.2105 eV A(k,w) = 0.16260E-03 meV^-1
|
|
ik = 33 w = -2.9474 eV A(k,w) = 0.52605E-03 meV^-1
|
|
ik = 33 w = -2.6842 eV A(k,w) = 0.25626E-02 meV^-1
|
|
ik = 33 w = -2.4211 eV A(k,w) = 0.47566E-03 meV^-1
|
|
ik = 33 w = -2.1579 eV A(k,w) = 0.12850E-03 meV^-1
|
|
ik = 33 w = -1.8947 eV A(k,w) = 0.54367E-04 meV^-1
|
|
ik = 33 w = -1.6316 eV A(k,w) = 0.28588E-04 meV^-1
|
|
ik = 33 w = -1.3684 eV A(k,w) = 0.17076E-04 meV^-1
|
|
ik = 33 w = -1.1053 eV A(k,w) = 0.11101E-04 meV^-1
|
|
ik = 33 w = -0.8421 eV A(k,w) = 0.76014E-05 meV^-1
|
|
ik = 33 w = -0.5789 eV A(k,w) = 0.53209E-05 meV^-1
|
|
ik = 33 w = -0.3158 eV A(k,w) = 0.37335E-05 meV^-1
|
|
ik = 33 w = -0.0526 eV A(k,w) = 0.26279E-05 meV^-1
|
|
ik = 33 w = 0.2105 eV A(k,w) = 0.18771E-05 meV^-1
|
|
ik = 33 w = 0.4737 eV A(k,w) = 0.13654E-05 meV^-1
|
|
ik = 33 w = 0.7368 eV A(k,w) = 0.10067E-05 meV^-1
|
|
ik = 33 w = 1.0000 eV A(k,w) = 0.75121E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
33 -4.0000 0.46288E-04
|
|
33 -3.7368 0.54667E-04
|
|
33 -3.4737 0.81574E-04
|
|
33 -3.2105 0.16260E-03
|
|
33 -2.9474 0.52605E-03
|
|
33 -2.6842 0.25626E-02
|
|
33 -2.4211 0.47566E-03
|
|
33 -2.1579 0.12850E-03
|
|
33 -1.8947 0.54367E-04
|
|
33 -1.6316 0.28588E-04
|
|
33 -1.3684 0.17076E-04
|
|
33 -1.1053 0.11101E-04
|
|
33 -0.8421 0.76014E-05
|
|
33 -0.5789 0.53209E-05
|
|
33 -0.3158 0.37335E-05
|
|
33 -0.0526 0.26279E-05
|
|
33 0.2105 0.18771E-05
|
|
33 0.4737 0.13654E-05
|
|
33 0.7368 0.10067E-05
|
|
33 1.0000 0.75121E-06
|
|
33 1 -16.6105 -4.0000 -32.4927 106.4593
|
|
33 1 -16.6105 -3.7368 -26.9033 104.6857
|
|
33 1 -16.6105 -3.4737 -21.2609 102.3983
|
|
33 1 -16.6105 -3.2105 -15.3695 99.6442
|
|
33 1 -16.6105 -2.9474 -8.9730 96.0134
|
|
33 1 -16.6105 -2.6842 -2.4451 90.6321
|
|
33 1 -16.6105 -2.4211 2.8647 83.3335
|
|
33 1 -16.6105 -2.1579 6.0906 75.2202
|
|
33 1 -16.6105 -1.8947 7.4876 67.3567
|
|
33 1 -16.6105 -1.6316 7.6083 60.1851
|
|
33 1 -16.6105 -1.3684 6.9133 53.8796
|
|
33 1 -16.6105 -1.1053 5.9115 48.4298
|
|
33 1 -16.6105 -0.8421 4.9746 43.4703
|
|
33 1 -16.6105 -0.5789 4.0298 38.5281
|
|
33 1 -16.6105 -0.3158 2.6385 33.4632
|
|
33 1 -16.6105 -0.0526 0.5047 28.6426
|
|
33 1 -16.6105 0.2105 -2.1754 24.4700
|
|
33 1 -16.6105 0.4737 -5.0477 20.9913
|
|
33 1 -16.6105 0.7368 -7.9441 18.0666
|
|
33 1 -16.6105 1.0000 -10.8234 15.6139
|
|
|
|
33 2 -10.7517 -4.0000 -34.4561 81.8181
|
|
33 2 -10.7517 -3.7368 -30.1064 81.3310
|
|
33 2 -10.7517 -3.4737 -25.6270 80.5554
|
|
33 2 -10.7517 -3.2105 -20.7503 79.5110
|
|
33 2 -10.7517 -2.9474 -15.1683 77.7589
|
|
33 2 -10.7517 -2.6842 -9.2014 74.4090
|
|
33 2 -10.7517 -2.4211 -4.1055 69.2327
|
|
33 2 -10.7517 -2.1579 -0.7142 63.1898
|
|
33 2 -10.7517 -1.8947 1.1663 57.2244
|
|
33 2 -10.7517 -1.6316 1.9942 51.7185
|
|
33 2 -10.7517 -1.3684 2.1441 46.8393
|
|
33 2 -10.7517 -1.1053 2.0696 42.5898
|
|
33 2 -10.7517 -0.8421 2.1021 38.6137
|
|
33 2 -10.7517 -0.5789 2.1235 34.4455
|
|
33 2 -10.7517 -0.3158 1.6440 29.9754
|
|
33 2 -10.7517 -0.0526 0.3458 25.6248
|
|
33 2 -10.7517 0.2105 -1.5617 21.8359
|
|
33 2 -10.7517 0.4737 -3.7112 18.6621
|
|
33 2 -10.7517 0.7368 -5.9420 15.9651
|
|
33 2 -10.7517 1.0000 -8.2262 13.6812
|
|
|
|
33 3 -5.2472 -4.0000 -59.2126 109.8008
|
|
33 3 -5.2472 -3.7368 -52.9363 110.4606
|
|
33 3 -5.2472 -3.4737 -46.2346 110.6946
|
|
33 3 -5.2472 -3.2105 -38.7442 110.4559
|
|
33 3 -5.2472 -2.9474 -30.0612 109.0675
|
|
33 3 -5.2472 -2.6842 -20.6909 105.2165
|
|
33 3 -5.2472 -2.4211 -12.4875 98.5605
|
|
33 3 -5.2472 -2.1579 -6.6899 90.4726
|
|
33 3 -5.2472 -1.8947 -3.0756 82.3066
|
|
33 3 -5.2472 -1.6316 -1.0453 74.6546
|
|
33 3 -5.2472 -1.3684 -0.0619 67.8246
|
|
33 3 -5.2472 -1.1053 0.5698 61.8389
|
|
33 3 -5.2472 -0.8421 1.3374 56.1521
|
|
33 3 -5.2472 -0.5789 2.0311 50.0707
|
|
33 3 -5.2472 -0.3158 1.8878 43.4616
|
|
33 3 -5.2472 -0.0526 0.4296 37.0004
|
|
33 3 -5.2472 0.2105 -2.0078 31.3785
|
|
33 3 -5.2472 0.4737 -4.8495 26.6833
|
|
33 3 -5.2472 0.7368 -7.8408 22.7029
|
|
33 3 -5.2472 1.0000 -10.9356 19.3383
|
|
|
|
33 4 -2.6593 -4.0000 -73.2446 128.3576
|
|
33 4 -2.6593 -3.7368 -65.8233 129.5245
|
|
33 4 -2.6593 -3.4737 -57.8018 130.1732
|
|
33 4 -2.6593 -3.2105 -48.7684 130.2188
|
|
33 4 -2.6593 -2.9474 -38.2767 128.8278
|
|
33 4 -2.6593 -2.6842 -26.9886 124.4476
|
|
33 4 -2.6593 -2.4211 -17.1286 116.7371
|
|
33 4 -2.6593 -2.1579 -10.1185 107.3678
|
|
33 4 -2.6593 -1.8947 -5.6433 97.9249
|
|
33 4 -2.6593 -1.6316 -2.9853 89.0622
|
|
33 4 -2.6593 -1.3684 -1.5372 81.1219
|
|
33 4 -2.6593 -1.1053 -0.4921 74.1372
|
|
33 4 -2.6593 -0.8421 0.7306 67.4594
|
|
33 4 -2.6593 -0.5789 1.8724 60.2446
|
|
33 4 -2.6593 -0.3158 1.9870 52.3270
|
|
33 4 -2.6593 -0.0526 0.4740 44.5438
|
|
33 4 -2.6593 0.2105 -2.2581 37.7555
|
|
33 4 -2.6593 0.4737 -5.5040 32.0738
|
|
33 4 -2.6593 0.7368 -8.9560 27.2429
|
|
33 4 -2.6593 1.0000 -12.5613 23.1507
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 34 coord.: 0.0000000 0.8333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.223028 meV Im[Sigma]= 63.286190 meV Z= 1.004601 lam= -0.004580
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.336939 meV Im[Sigma]= 65.621019 meV Z= 1.008719 lam= -0.008644
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.104013 meV Im[Sigma]= 135.508945 meV Z= 1.018357 lam= -0.018026
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.247574 meV Im[Sigma]= 140.528213 meV Z= 1.024754 lam= -0.024156
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 34 coord.: 0.0000000 0.8333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 34 w = -4.0000 eV A(k,w) = 0.25727E-02 meV^-1
|
|
ik = 34 w = -3.7368 eV A(k,w) = 0.66535E-03 meV^-1
|
|
ik = 34 w = -3.4737 eV A(k,w) = 0.18660E-03 meV^-1
|
|
ik = 34 w = -3.2105 eV A(k,w) = 0.88500E-04 meV^-1
|
|
ik = 34 w = -2.9474 eV A(k,w) = 0.51970E-04 meV^-1
|
|
ik = 34 w = -2.6842 eV A(k,w) = 0.33544E-04 meV^-1
|
|
ik = 34 w = -2.4211 eV A(k,w) = 0.22562E-04 meV^-1
|
|
ik = 34 w = -2.1579 eV A(k,w) = 0.15601E-04 meV^-1
|
|
ik = 34 w = -1.8947 eV A(k,w) = 0.11089E-04 meV^-1
|
|
ik = 34 w = -1.6316 eV A(k,w) = 0.80882E-05 meV^-1
|
|
ik = 34 w = -1.3684 eV A(k,w) = 0.60459E-05 meV^-1
|
|
ik = 34 w = -1.1053 eV A(k,w) = 0.46207E-05 meV^-1
|
|
ik = 34 w = -0.8421 eV A(k,w) = 0.35721E-05 meV^-1
|
|
ik = 34 w = -0.5789 eV A(k,w) = 0.27466E-05 meV^-1
|
|
ik = 34 w = -0.3158 eV A(k,w) = 0.20772E-05 meV^-1
|
|
ik = 34 w = -0.0526 eV A(k,w) = 0.15545E-05 meV^-1
|
|
ik = 34 w = 0.2105 eV A(k,w) = 0.11684E-05 meV^-1
|
|
ik = 34 w = 0.4737 eV A(k,w) = 0.88711E-06 meV^-1
|
|
ik = 34 w = 0.7368 eV A(k,w) = 0.67832E-06 meV^-1
|
|
ik = 34 w = 1.0000 eV A(k,w) = 0.52227E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
34 -4.0000 0.25727E-02
|
|
34 -3.7368 0.66535E-03
|
|
34 -3.4737 0.18660E-03
|
|
34 -3.2105 0.88500E-04
|
|
34 -2.9474 0.51970E-04
|
|
34 -2.6842 0.33544E-04
|
|
34 -2.4211 0.22562E-04
|
|
34 -2.1579 0.15601E-04
|
|
34 -1.8947 0.11089E-04
|
|
34 -1.6316 0.80882E-05
|
|
34 -1.3684 0.60459E-05
|
|
34 -1.1053 0.46207E-05
|
|
34 -0.8421 0.35721E-05
|
|
34 -0.5789 0.27466E-05
|
|
34 -0.3158 0.20772E-05
|
|
34 -0.0526 0.15545E-05
|
|
34 0.2105 0.11684E-05
|
|
34 0.4737 0.88711E-06
|
|
34 0.7368 0.67832E-06
|
|
34 1.0000 0.52227E-06
|
|
34 1 -15.5565 -4.0000 -33.0718 103.4063
|
|
34 1 -15.5565 -3.7368 -27.5459 101.7809
|
|
34 1 -15.5565 -3.4737 -21.9772 99.6612
|
|
34 1 -15.5565 -3.2105 -16.1509 97.1083
|
|
34 1 -15.5565 -2.9474 -9.7786 93.6984
|
|
34 1 -15.5565 -2.6842 -3.2329 88.5167
|
|
34 1 -15.5565 -2.4211 2.0958 81.3779
|
|
34 1 -15.5565 -2.1579 5.3075 73.4188
|
|
34 1 -15.5565 -1.8947 6.6777 65.7491
|
|
34 1 -15.5565 -1.6316 6.8054 58.8112
|
|
34 1 -15.5565 -1.3684 6.1728 52.7486
|
|
34 1 -15.5565 -1.1053 5.2867 47.5207
|
|
34 1 -15.5565 -0.8421 4.5015 42.7404
|
|
34 1 -15.5565 -0.5789 3.7194 37.9276
|
|
34 1 -15.5565 -0.3158 2.4797 32.9518
|
|
34 1 -15.5565 -0.0526 0.4797 28.1982
|
|
34 1 -15.5565 0.2105 -2.0788 24.0812
|
|
34 1 -15.5565 0.4737 -4.8365 20.6473
|
|
34 1 -15.5565 0.7368 -7.6261 17.7550
|
|
34 1 -15.5565 1.0000 -10.4098 15.3247
|
|
|
|
34 2 -12.4383 -4.0000 -30.6192 73.6635
|
|
34 2 -12.4383 -3.7368 -26.9591 73.5144
|
|
34 2 -12.4383 -3.4737 -22.9922 73.1045
|
|
34 2 -12.4383 -3.2105 -18.5278 72.3596
|
|
34 2 -12.4383 -2.9474 -13.3755 70.8455
|
|
34 2 -12.4383 -2.6842 -7.9057 67.7799
|
|
34 2 -12.4383 -2.4211 -3.2950 63.0147
|
|
34 2 -12.4383 -2.1579 -0.2902 57.4790
|
|
34 2 -12.4383 -1.8947 1.3272 52.0567
|
|
34 2 -12.4383 -1.6316 2.0101 47.0769
|
|
34 2 -12.4383 -1.3684 2.0961 42.6625
|
|
34 2 -12.4383 -1.1053 1.9785 38.8149
|
|
34 2 -12.4383 -0.8421 1.9593 35.2251
|
|
34 2 -12.4383 -0.5789 1.9466 31.4690
|
|
34 2 -12.4383 -0.3158 1.4995 27.4296
|
|
34 2 -12.4383 -0.0526 0.3156 23.4796
|
|
34 2 -12.4383 0.2105 -1.4278 20.0254
|
|
34 2 -12.4383 0.4737 -3.4003 17.1240
|
|
34 2 -12.4383 0.7368 -5.4550 14.6563
|
|
34 2 -12.4383 1.0000 -7.5624 12.5681
|
|
|
|
34 3 -4.5379 -4.0000 -64.4805 116.3002
|
|
34 3 -4.5379 -3.7368 -57.7376 117.4105
|
|
34 3 -4.5379 -3.4737 -50.3645 118.0335
|
|
34 3 -4.5379 -3.2105 -41.9884 118.0282
|
|
34 3 -4.5379 -2.9474 -32.2638 116.5684
|
|
34 3 -4.5379 -2.6842 -21.9057 112.2378
|
|
34 3 -4.5379 -2.4211 -13.0250 104.8089
|
|
34 3 -4.5379 -2.1579 -6.9252 95.9231
|
|
34 3 -4.5379 -1.8947 -3.2454 87.1179
|
|
34 3 -4.5379 -1.6316 -1.2196 78.9984
|
|
34 3 -4.5379 -1.3684 -0.2307 71.8089
|
|
34 3 -4.5379 -1.1053 0.4416 65.5168
|
|
34 3 -4.5379 -0.8421 1.2881 59.5253
|
|
34 3 -4.5379 -0.5789 2.0683 53.0957
|
|
34 3 -4.5379 -0.3158 1.9597 46.0902
|
|
34 3 -4.5379 -0.0526 0.4492 39.2341
|
|
34 3 -4.5379 0.2105 -2.1051 33.2670
|
|
34 3 -4.5379 0.4737 -5.0905 28.2820
|
|
34 3 -4.5379 0.7368 -8.2369 24.0536
|
|
34 3 -4.5379 1.0000 -11.4968 20.4775
|
|
|
|
34 4 -3.8929 -4.0000 -65.1228 113.0553
|
|
34 4 -3.8929 -3.7368 -58.7165 114.3694
|
|
34 4 -3.8929 -3.4737 -51.6457 115.2870
|
|
34 4 -3.8929 -3.2105 -43.5162 115.6446
|
|
34 4 -3.8929 -2.9474 -33.9631 114.6120
|
|
34 4 -3.8929 -2.6842 -23.6611 110.7494
|
|
34 4 -3.8929 -2.4211 -14.7076 103.7682
|
|
34 4 -3.8929 -2.1579 -8.4362 95.2626
|
|
34 4 -3.8929 -1.8947 -4.5219 86.7473
|
|
34 4 -3.8929 -1.6316 -2.2437 78.8183
|
|
34 4 -3.8929 -1.3684 -1.0255 71.7432
|
|
34 4 -3.8929 -1.1053 -0.1543 65.5243
|
|
34 4 -3.8929 -0.8421 0.8731 59.5788
|
|
34 4 -3.8929 -0.5789 1.8183 53.1633
|
|
34 4 -3.8929 -0.3158 1.8441 46.1434
|
|
34 4 -3.8929 -0.0526 0.4326 39.2653
|
|
34 4 -3.8929 0.2105 -2.0450 33.2831
|
|
34 4 -3.8929 0.4737 -4.9617 28.2883
|
|
34 4 -3.8929 0.7368 -8.0448 24.0472
|
|
34 4 -3.8929 1.0000 -11.2517 20.4539
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 35 coord.: 0.0000000 0.8333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.005721 meV Im[Sigma]= 43.009441 meV Z= 1.007519 lam= -0.007463
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.493345 meV Im[Sigma]= 103.624564 meV Z= 1.018621 lam= -0.018280
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 46.957290 meV Im[Sigma]= 163.847942 meV Z= 1.034365 lam= -0.033223
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.525015 meV Im[Sigma]= 170.824636 meV Z= 1.043891 lam= -0.042045
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 35 coord.: 0.0000000 0.8333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 35 w = -4.0000 eV A(k,w) = 0.12241E-03 meV^-1
|
|
ik = 35 w = -3.7368 eV A(k,w) = 0.28611E-03 meV^-1
|
|
ik = 35 w = -3.4737 eV A(k,w) = 0.13006E-02 meV^-1
|
|
ik = 35 w = -3.2105 eV A(k,w) = 0.14067E-02 meV^-1
|
|
ik = 35 w = -2.9474 eV A(k,w) = 0.64294E-03 meV^-1
|
|
ik = 35 w = -2.6842 eV A(k,w) = 0.21305E-02 meV^-1
|
|
ik = 35 w = -2.4211 eV A(k,w) = 0.77361E-03 meV^-1
|
|
ik = 35 w = -2.1579 eV A(k,w) = 0.19334E-03 meV^-1
|
|
ik = 35 w = -1.8947 eV A(k,w) = 0.80421E-04 meV^-1
|
|
ik = 35 w = -1.6316 eV A(k,w) = 0.42236E-04 meV^-1
|
|
ik = 35 w = -1.3684 eV A(k,w) = 0.25247E-04 meV^-1
|
|
ik = 35 w = -1.1053 eV A(k,w) = 0.16405E-04 meV^-1
|
|
ik = 35 w = -0.8421 eV A(k,w) = 0.11214E-04 meV^-1
|
|
ik = 35 w = -0.5789 eV A(k,w) = 0.78281E-05 meV^-1
|
|
ik = 35 w = -0.3158 eV A(k,w) = 0.54751E-05 meV^-1
|
|
ik = 35 w = -0.0526 eV A(k,w) = 0.38398E-05 meV^-1
|
|
ik = 35 w = 0.2105 eV A(k,w) = 0.27315E-05 meV^-1
|
|
ik = 35 w = 0.4737 eV A(k,w) = 0.19784E-05 meV^-1
|
|
ik = 35 w = 0.7368 eV A(k,w) = 0.14524E-05 meV^-1
|
|
ik = 35 w = 1.0000 eV A(k,w) = 0.10793E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
35 -4.0000 0.12241E-03
|
|
35 -3.7368 0.28611E-03
|
|
35 -3.4737 0.13006E-02
|
|
35 -3.2105 0.14067E-02
|
|
35 -2.9474 0.64294E-03
|
|
35 -2.6842 0.21305E-02
|
|
35 -2.4211 0.77361E-03
|
|
35 -2.1579 0.19334E-03
|
|
35 -1.8947 0.80421E-04
|
|
35 -1.6316 0.42236E-04
|
|
35 -1.3684 0.25247E-04
|
|
35 -1.1053 0.16405E-04
|
|
35 -0.8421 0.11214E-04
|
|
35 -0.5789 0.78281E-05
|
|
35 -0.3158 0.54751E-05
|
|
35 -0.0526 0.38398E-05
|
|
35 0.2105 0.27315E-05
|
|
35 0.4737 0.19784E-05
|
|
35 0.7368 0.14524E-05
|
|
35 1.0000 0.10793E-05
|
|
35 1 -18.6527 -4.0000 -30.1604 117.1582
|
|
35 1 -18.6527 -3.7368 -24.0881 114.6322
|
|
35 1 -18.6527 -3.4737 -17.9809 111.5090
|
|
35 1 -18.6527 -3.2105 -11.7038 107.8027
|
|
35 1 -18.6527 -2.9474 -5.0802 103.1271
|
|
35 1 -18.6527 -2.6842 1.4751 96.6741
|
|
35 1 -18.6527 -2.4211 6.6035 88.3509
|
|
35 1 -18.6527 -2.1579 9.4697 79.3395
|
|
35 1 -18.6527 -1.8947 10.4056 70.7544
|
|
35 1 -18.6527 -1.6316 10.0499 63.0248
|
|
35 1 -18.6527 -1.3684 8.9010 56.2713
|
|
35 1 -18.6527 -1.1053 7.4607 50.4505
|
|
35 1 -18.6527 -0.8421 6.0965 45.1958
|
|
35 1 -18.6527 -0.5789 4.7522 40.0334
|
|
35 1 -18.6527 -0.3158 3.0066 34.8033
|
|
35 1 -18.6527 -0.0526 0.5627 29.8461
|
|
35 1 -18.6527 0.2105 -2.3975 25.5518
|
|
35 1 -18.6527 0.4737 -5.5312 21.9659
|
|
35 1 -18.6527 0.7368 -8.6725 18.9518
|
|
35 1 -18.6527 1.0000 -11.7773 16.4266
|
|
|
|
35 2 -6.9063 -4.0000 -50.7966 105.1380
|
|
35 2 -6.9063 -3.7368 -44.9091 105.1240
|
|
35 2 -6.9063 -3.4737 -38.7460 104.7039
|
|
35 2 -6.9063 -3.2105 -31.9525 103.8889
|
|
35 2 -6.9063 -2.9474 -24.1242 102.0517
|
|
35 2 -6.9063 -2.6842 -15.7395 97.9743
|
|
35 2 -6.9063 -2.4211 -8.5190 91.3740
|
|
35 2 -6.9063 -2.1579 -3.5799 83.5532
|
|
35 2 -6.9063 -1.8947 -0.6734 75.7749
|
|
35 2 -6.9063 -1.6316 0.7992 68.5684
|
|
35 2 -6.9063 -1.3684 1.3503 62.1772
|
|
35 2 -6.9063 -1.1053 1.6035 56.5961
|
|
35 2 -6.9063 -0.8421 1.9922 51.3294
|
|
35 2 -6.9063 -0.5789 2.3329 45.7545
|
|
35 2 -6.9063 -0.3158 1.9516 39.7451
|
|
35 2 -6.9063 -0.0526 0.4251 33.8932
|
|
35 2 -6.9063 0.2105 -1.9489 28.8045
|
|
35 2 -6.9063 0.4737 -4.6633 24.5499
|
|
35 2 -6.9063 0.7368 -7.4972 20.9379
|
|
35 2 -6.9063 1.0000 -10.4130 17.8809
|
|
|
|
35 3 -3.2910 -4.0000 -68.2124 124.7424
|
|
35 3 -3.2910 -3.7368 -61.1020 125.5193
|
|
35 3 -3.2910 -3.4737 -53.5112 125.8358
|
|
35 3 -3.2910 -3.2105 -44.9937 125.6574
|
|
35 3 -3.2910 -2.9474 -35.0537 124.1653
|
|
35 3 -3.2910 -2.6842 -24.3137 119.8084
|
|
35 3 -3.2910 -2.4211 -14.9526 112.2285
|
|
35 3 -3.2910 -2.1579 -8.3741 103.0574
|
|
35 3 -3.2910 -1.8947 -4.2656 93.8587
|
|
35 3 -3.2910 -1.6316 -1.9020 85.2678
|
|
35 3 -3.2910 -1.3684 -0.6806 77.5922
|
|
35 3 -3.2910 -1.1053 0.1674 70.8438
|
|
35 3 -3.2910 -0.8421 1.1837 64.3975
|
|
35 3 -3.2910 -0.5789 2.1128 57.4581
|
|
35 3 -3.2910 -0.3158 2.0620 49.8819
|
|
35 3 -3.2910 -0.0526 0.4774 42.4638
|
|
35 3 -3.2910 0.2105 -2.2457 36.0094
|
|
35 3 -3.2910 0.4737 -5.4376 30.6175
|
|
35 3 -3.2910 0.7368 -8.8063 26.0391
|
|
35 3 -3.2910 1.0000 -12.3044 22.1614
|
|
|
|
35 4 -2.6027 -4.0000 -76.7449 139.8807
|
|
35 4 -2.6027 -3.7368 -68.5908 140.7702
|
|
35 4 -2.6027 -3.4737 -59.8587 141.1172
|
|
35 4 -2.6027 -3.2105 -50.0734 140.8179
|
|
35 4 -2.6027 -2.9474 -38.7759 138.9565
|
|
35 4 -2.6027 -2.6842 -26.6994 133.8975
|
|
35 4 -2.6027 -2.4211 -16.2017 125.3044
|
|
35 4 -2.6027 -2.1579 -8.7835 114.9468
|
|
35 4 -2.6027 -1.8947 -4.1363 104.5090
|
|
35 4 -2.6027 -1.6316 -1.5096 94.7291
|
|
35 4 -2.6027 -1.3684 -0.2268 86.0004
|
|
35 4 -2.6027 -1.1053 0.5918 78.3582
|
|
35 4 -2.6027 -0.8421 1.5726 71.1222
|
|
35 4 -2.6027 -0.5789 2.4698 63.4137
|
|
35 4 -2.6027 -0.3158 2.3286 55.0444
|
|
35 4 -2.6027 -0.0526 0.5337 46.8528
|
|
35 4 -2.6027 0.2105 -2.5036 39.7140
|
|
35 4 -2.6027 0.4737 -6.0610 33.7450
|
|
35 4 -2.6027 0.7368 -9.8162 28.6837
|
|
35 4 -2.6027 1.0000 -13.7071 24.4080
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 36 coord.: 0.0000000 0.8333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -20.5714 eV Re[Sigma]= -65.354415 meV Im[Sigma]= 17.272201 meV Z= 0.996894 lam= 0.003115
|
|
E( 2 )= -1.7294 eV Re[Sigma]= 116.918973 meV Im[Sigma]= 132.881789 meV Z= 1.010075 lam= -0.009975
|
|
E( 3 )= -1.5590 eV Re[Sigma]= 114.246820 meV Im[Sigma]= 113.310384 meV Z= 1.005604 lam= -0.005573
|
|
E( 4 )= -1.5590 eV Re[Sigma]= 114.246820 meV Im[Sigma]= 113.310384 meV Z= 1.005604 lam= -0.005573
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 36 coord.: 0.0000000 0.8333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 36 w = -4.0000 eV A(k,w) = 0.29216E-04 meV^-1
|
|
ik = 36 w = -3.7368 eV A(k,w) = 0.37099E-04 meV^-1
|
|
ik = 36 w = -3.4737 eV A(k,w) = 0.48392E-04 meV^-1
|
|
ik = 36 w = -3.2105 eV A(k,w) = 0.65348E-04 meV^-1
|
|
ik = 36 w = -2.9474 eV A(k,w) = 0.91923E-04 meV^-1
|
|
ik = 36 w = -2.6842 eV A(k,w) = 0.13622E-03 meV^-1
|
|
ik = 36 w = -2.4211 eV A(k,w) = 0.22239E-03 meV^-1
|
|
ik = 36 w = -2.1579 eV A(k,w) = 0.45128E-03 meV^-1
|
|
ik = 36 w = -1.8947 eV A(k,w) = 0.15791E-02 meV^-1
|
|
ik = 36 w = -1.6316 eV A(k,w) = 0.57303E-02 meV^-1
|
|
ik = 36 w = -1.3684 eV A(k,w) = 0.15629E-02 meV^-1
|
|
ik = 36 w = -1.1053 eV A(k,w) = 0.33736E-03 meV^-1
|
|
ik = 36 w = -0.8421 eV A(k,w) = 0.13302E-03 meV^-1
|
|
ik = 36 w = -0.5789 eV A(k,w) = 0.66165E-04 meV^-1
|
|
ik = 36 w = -0.3158 eV A(k,w) = 0.36563E-04 meV^-1
|
|
ik = 36 w = -0.0526 eV A(k,w) = 0.21477E-04 meV^-1
|
|
ik = 36 w = 0.2105 eV A(k,w) = 0.13279E-04 meV^-1
|
|
ik = 36 w = 0.4737 eV A(k,w) = 0.85779E-05 meV^-1
|
|
ik = 36 w = 0.7368 eV A(k,w) = 0.57242E-05 meV^-1
|
|
ik = 36 w = 1.0000 eV A(k,w) = 0.39238E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
36 -4.0000 0.29216E-04
|
|
36 -3.7368 0.37099E-04
|
|
36 -3.4737 0.48392E-04
|
|
36 -3.2105 0.65348E-04
|
|
36 -2.9474 0.91923E-04
|
|
36 -2.6842 0.13622E-03
|
|
36 -2.4211 0.22239E-03
|
|
36 -2.1579 0.45128E-03
|
|
36 -1.8947 0.15791E-02
|
|
36 -1.6316 0.57303E-02
|
|
36 -1.3684 0.15629E-02
|
|
36 -1.1053 0.33736E-03
|
|
36 -0.8421 0.13302E-03
|
|
36 -0.5789 0.66165E-04
|
|
36 -0.3158 0.36563E-04
|
|
36 -0.0526 0.21477E-04
|
|
36 0.2105 0.13279E-04
|
|
36 0.4737 0.85779E-05
|
|
36 0.7368 0.57242E-05
|
|
36 1.0000 0.39238E-05
|
|
36 1 -20.5714 -4.0000 -33.2023 131.8750
|
|
36 1 -20.5714 -3.7368 -26.2161 129.3376
|
|
36 1 -20.5714 -3.4737 -18.9196 126.0260
|
|
36 1 -20.5714 -3.2105 -11.2948 121.7376
|
|
36 1 -20.5714 -2.9474 -3.4323 116.0308
|
|
36 1 -20.5714 -2.6842 4.0582 108.2172
|
|
36 1 -20.5714 -2.4211 9.7176 98.3651
|
|
36 1 -20.5714 -2.1579 12.6948 87.8544
|
|
36 1 -20.5714 -1.8947 13.4307 77.9628
|
|
36 1 -20.5714 -1.6316 12.7228 69.1590
|
|
36 1 -20.5714 -1.3684 11.1635 61.5122
|
|
36 1 -20.5714 -1.1053 9.2779 54.9379
|
|
36 1 -20.5714 -0.8421 7.4518 49.0581
|
|
36 1 -20.5714 -0.5789 5.6574 43.3820
|
|
36 1 -20.5714 -0.3158 3.4883 37.7184
|
|
36 1 -20.5714 -0.0526 0.6414 32.3850
|
|
36 1 -20.5714 0.2105 -2.7067 27.7647
|
|
36 1 -20.5714 0.4737 -6.2143 23.8981
|
|
36 1 -20.5714 0.7368 -9.7158 20.6463
|
|
36 1 -20.5714 1.0000 -13.1633 17.9244
|
|
|
|
36 2 -1.7294 -4.0000 -93.6547 166.9008
|
|
36 2 -1.7294 -3.7368 -83.7449 168.0424
|
|
36 2 -1.7294 -3.4737 -73.1330 168.5077
|
|
36 2 -1.7294 -3.2105 -61.2478 168.1430
|
|
36 2 -1.7294 -2.9474 -47.5770 165.8270
|
|
36 2 -1.7294 -2.6842 -33.0563 159.5987
|
|
36 2 -1.7294 -2.4211 -20.5954 149.1005
|
|
36 2 -1.7294 -2.1579 -12.0353 136.6029
|
|
36 2 -1.7294 -1.8947 -6.8778 124.2904
|
|
36 2 -1.7294 -1.6316 -3.9945 113.0325
|
|
36 2 -1.7294 -1.3684 -2.4689 103.1291
|
|
36 2 -1.7294 -1.1053 -1.2856 94.4899
|
|
36 2 -1.7294 -0.8421 0.2578 86.2475
|
|
36 2 -1.7294 -0.5789 1.8415 77.2908
|
|
36 2 -1.7294 -0.3158 2.2386 67.3155
|
|
36 2 -1.7294 -0.0526 0.5641 57.3367
|
|
36 2 -1.7294 0.2105 -2.7681 48.5179
|
|
36 2 -1.7294 0.4737 -6.8731 41.1011
|
|
36 2 -1.7294 0.7368 -11.3131 34.8218
|
|
36 2 -1.7294 1.0000 -15.9636 29.5451
|
|
|
|
36 3 -1.5590 -4.0000 -83.9438 155.8600
|
|
36 3 -1.5590 -3.7368 -74.9094 156.5544
|
|
36 3 -1.5590 -3.4737 -65.3428 156.6738
|
|
36 3 -1.5590 -3.2105 -54.6612 156.1613
|
|
36 3 -1.5590 -2.9474 -42.2762 153.9794
|
|
36 3 -1.5590 -2.6842 -28.9986 148.2277
|
|
36 3 -1.5590 -2.4211 -17.5417 138.5067
|
|
36 3 -1.5590 -2.1579 -9.6399 126.8863
|
|
36 3 -1.5590 -1.8947 -4.8694 115.3577
|
|
36 3 -1.5590 -1.6316 -2.2575 104.7249
|
|
36 3 -1.5590 -1.3684 -1.0034 95.3334
|
|
36 3 -1.5590 -1.1053 -0.1400 87.1646
|
|
36 3 -1.5590 -0.8421 1.0241 79.4296
|
|
36 3 -1.5590 -0.5789 2.2125 71.1011
|
|
36 3 -1.5590 -0.3158 2.3141 61.9087
|
|
36 3 -1.5590 -0.0526 0.5545 52.7816
|
|
36 3 -1.5590 0.2105 -2.6598 44.7512
|
|
36 3 -1.5590 0.4737 -6.5243 37.9993
|
|
36 3 -1.5590 0.7368 -10.6638 32.2633
|
|
36 3 -1.5590 1.0000 -14.9893 27.4222
|
|
|
|
36 4 -1.5590 -4.0000 -87.2721 157.8488
|
|
36 4 -1.5590 -3.7368 -78.1035 158.8602
|
|
36 4 -1.5590 -3.4737 -68.3157 159.3110
|
|
36 4 -1.5590 -3.2105 -57.3082 159.1135
|
|
36 4 -1.5590 -2.9474 -44.4768 157.1890
|
|
36 4 -1.5590 -2.6842 -30.6351 151.5577
|
|
36 4 -1.5590 -2.4211 -18.5871 141.7352
|
|
36 4 -1.5590 -2.1579 -10.2138 129.8143
|
|
36 4 -1.5590 -1.8947 -5.1607 117.9080
|
|
36 4 -1.5590 -1.6316 -2.4228 106.9274
|
|
36 4 -1.5590 -1.3684 -1.1322 97.2633
|
|
36 4 -1.5590 -1.1053 -0.2625 88.8981
|
|
36 4 -1.5590 -0.8421 0.9182 81.0182
|
|
36 4 -1.5590 -0.5789 2.1453 72.5581
|
|
36 4 -1.5590 -0.3158 2.2886 63.2218
|
|
36 4 -1.5590 -0.0526 0.5521 53.9452
|
|
36 4 -1.5590 0.2105 -2.6545 45.7721
|
|
36 4 -1.5590 0.4737 -6.5211 38.8797
|
|
36 4 -1.5590 0.7368 -10.6815 33.0029
|
|
36 4 -1.5590 1.0000 -15.0518 28.0319
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 37 coord.: 0.1666667 0.0000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -20.7958 eV Re[Sigma]= -65.523305 meV Im[Sigma]= 15.299257 meV Z= 0.997611 lam= 0.002394
|
|
E( 2 )= -2.5926 eV Re[Sigma]= 91.317443 meV Im[Sigma]= 184.015789 meV Z= 1.046154 lam= -0.044118
|
|
E( 3 )= -0.4527 eV Re[Sigma]= 133.606608 meV Im[Sigma]= 76.855140 meV Z= 1.002107 lam= -0.002102
|
|
E( 4 )= -0.4527 eV Re[Sigma]= 133.606608 meV Im[Sigma]= 76.855140 meV Z= 1.002107 lam= -0.002102
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 37 coord.: 0.1666667 0.0000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 37 w = -4.0000 eV A(k,w) = 0.37429E-04 meV^-1
|
|
ik = 37 w = -3.7368 eV A(k,w) = 0.53568E-04 meV^-1
|
|
ik = 37 w = -3.4737 eV A(k,w) = 0.84685E-04 meV^-1
|
|
ik = 37 w = -3.2105 eV A(k,w) = 0.15901E-03 meV^-1
|
|
ik = 37 w = -2.9474 eV A(k,w) = 0.41560E-03 meV^-1
|
|
ik = 37 w = -2.6842 eV A(k,w) = 0.18475E-02 meV^-1
|
|
ik = 37 w = -2.4211 eV A(k,w) = 0.83351E-03 meV^-1
|
|
ik = 37 w = -2.1579 eV A(k,w) = 0.22070E-03 meV^-1
|
|
ik = 37 w = -1.8947 eV A(k,w) = 0.11365E-03 meV^-1
|
|
ik = 37 w = -1.6316 eV A(k,w) = 0.92132E-04 meV^-1
|
|
ik = 37 w = -1.3684 eV A(k,w) = 0.10561E-03 meV^-1
|
|
ik = 37 w = -1.1053 eV A(k,w) = 0.16507E-03 meV^-1
|
|
ik = 37 w = -0.8421 eV A(k,w) = 0.38420E-03 meV^-1
|
|
ik = 37 w = -0.5789 eV A(k,w) = 0.22925E-02 meV^-1
|
|
ik = 37 w = -0.3158 eV A(k,w) = 0.20001E-02 meV^-1
|
|
ik = 37 w = -0.0526 eV A(k,w) = 0.24752E-03 meV^-1
|
|
ik = 37 w = 0.2105 eV A(k,w) = 0.77799E-04 meV^-1
|
|
ik = 37 w = 0.4737 eV A(k,w) = 0.34229E-04 meV^-1
|
|
ik = 37 w = 0.7368 eV A(k,w) = 0.17802E-04 meV^-1
|
|
ik = 37 w = 1.0000 eV A(k,w) = 0.10241E-04 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
37 -4.0000 0.37429E-04
|
|
37 -3.7368 0.53568E-04
|
|
37 -3.4737 0.84685E-04
|
|
37 -3.2105 0.15901E-03
|
|
37 -2.9474 0.41560E-03
|
|
37 -2.6842 0.18475E-02
|
|
37 -2.4211 0.83351E-03
|
|
37 -2.1579 0.22070E-03
|
|
37 -1.8947 0.11365E-03
|
|
37 -1.6316 0.92132E-04
|
|
37 -1.3684 0.10561E-03
|
|
37 -1.1053 0.16507E-03
|
|
37 -0.8421 0.38420E-03
|
|
37 -0.5789 0.22925E-02
|
|
37 -0.3158 0.20001E-02
|
|
37 -0.0526 0.24752E-03
|
|
37 0.2105 0.77799E-04
|
|
37 0.4737 0.34229E-04
|
|
37 0.7368 0.17802E-04
|
|
37 1.0000 0.10241E-04
|
|
37 1 -20.7958 -4.0000 -34.1997 134.0727
|
|
37 1 -20.7958 -3.7368 -27.1875 131.3714
|
|
37 1 -20.7958 -3.4737 -19.9342 127.9139
|
|
37 1 -20.7958 -3.2105 -12.3997 123.5402
|
|
37 1 -20.7958 -2.9474 -4.6366 117.8203
|
|
37 1 -20.7958 -2.6842 2.7697 110.0645
|
|
37 1 -20.7958 -2.4211 8.3938 100.3500
|
|
37 1 -20.7958 -2.1579 11.4484 90.0318
|
|
37 1 -20.7958 -1.8947 12.4087 80.3038
|
|
37 1 -20.7958 -1.6316 12.0354 71.5384
|
|
37 1 -20.7958 -1.3684 10.8159 63.7552
|
|
37 1 -20.7958 -1.1053 9.1673 56.9212
|
|
37 1 -20.7958 -0.8421 7.4574 50.7582
|
|
37 1 -20.7958 -0.5789 5.7066 44.8243
|
|
37 1 -20.7958 -0.3158 3.5413 38.9207
|
|
37 1 -20.7958 -0.0526 0.6550 33.3599
|
|
37 1 -20.7958 0.2105 -2.7769 28.5417
|
|
37 1 -20.7958 0.4737 -6.3946 24.5217
|
|
37 1 -20.7958 0.7368 -10.0103 21.1598
|
|
37 1 -20.7958 1.0000 -13.5631 18.3594
|
|
|
|
37 2 -2.5926 -4.0000 -81.0505 155.1416
|
|
37 2 -2.5926 -3.7368 -72.0909 155.4778
|
|
37 2 -2.5926 -3.4737 -62.6830 155.2555
|
|
37 2 -2.5926 -3.2105 -52.2435 154.4393
|
|
37 2 -2.5926 -2.9474 -40.1864 152.0206
|
|
37 2 -2.5926 -2.6842 -27.3001 146.1516
|
|
37 2 -2.5926 -2.4211 -16.2254 136.4603
|
|
37 2 -2.5926 -2.1579 -8.6262 124.9864
|
|
37 2 -2.5926 -1.8947 -4.0362 113.6687
|
|
37 2 -2.5926 -1.6316 -1.4581 103.2308
|
|
37 2 -2.5926 -1.3684 -0.1405 93.9131
|
|
37 2 -2.5926 -1.1053 0.7526 85.6687
|
|
37 2 -2.5926 -0.8421 1.8119 77.7931
|
|
37 2 -2.5926 -0.5789 2.7557 69.3858
|
|
37 2 -2.5926 -0.3158 2.5672 60.2616
|
|
37 2 -2.5926 -0.0526 0.5861 51.3233
|
|
37 2 -2.5926 0.2105 -2.7485 43.5173
|
|
37 2 -2.5926 0.4737 -6.6612 36.9762
|
|
37 2 -2.5926 0.7368 -10.8035 31.4279
|
|
37 2 -2.5926 1.0000 -15.0984 26.7483
|
|
|
|
37 3 -0.4527 -4.0000 -104.8021 178.8950
|
|
37 3 -0.4527 -3.7368 -94.1846 180.5083
|
|
37 3 -0.4527 -3.4737 -82.7641 181.4089
|
|
37 3 -0.4527 -3.2105 -69.9408 181.4296
|
|
37 3 -0.4527 -2.9474 -55.1556 179.3884
|
|
37 3 -0.4527 -2.6842 -39.3776 173.1873
|
|
37 3 -0.4527 -2.4211 -25.6809 162.4241
|
|
37 3 -0.4527 -2.1579 -15.9941 149.4709
|
|
37 3 -0.4527 -1.8947 -9.7897 136.5602
|
|
37 3 -0.4527 -1.6316 -5.9590 124.5288
|
|
37 3 -0.4527 -1.3684 -3.6696 113.7111
|
|
37 3 -0.4527 -1.1053 -1.9077 104.1131
|
|
37 3 -0.4527 -0.8421 0.0836 94.8822
|
|
37 3 -0.4527 -0.5789 1.9618 84.8755
|
|
37 3 -0.4527 -0.3158 2.4259 73.8397
|
|
37 3 -0.4527 -0.0526 0.6076 62.9188
|
|
37 3 -0.4527 0.2105 -2.9565 53.3268
|
|
37 3 -0.4527 0.4737 -7.3006 45.2409
|
|
37 3 -0.4527 0.7368 -12.0066 38.3376
|
|
37 3 -0.4527 1.0000 -16.9824 32.4956
|
|
|
|
37 4 -0.4527 -4.0000 -104.8788 178.9284
|
|
37 4 -0.4527 -3.7368 -94.2577 180.5455
|
|
37 4 -0.4527 -3.4737 -82.8338 181.4494
|
|
37 4 -0.4527 -3.2105 -70.0066 181.4731
|
|
37 4 -0.4527 -2.9474 -55.2173 179.4342
|
|
37 4 -0.4527 -2.6842 -39.4353 173.2345
|
|
37 4 -0.4527 -2.4211 -25.7353 162.4723
|
|
37 4 -0.4527 -2.1579 -16.0460 149.5207
|
|
37 4 -0.4527 -1.8947 -9.8388 136.6130
|
|
37 4 -0.4527 -1.6316 -6.0035 124.5855
|
|
37 4 -0.4527 -1.3684 -3.7073 113.7713
|
|
37 4 -0.4527 -1.1053 -1.9360 104.1748
|
|
37 4 -0.4527 -0.8421 0.0657 94.9419
|
|
37 4 -0.4527 -0.5789 1.9531 84.9291
|
|
37 4 -0.4527 -0.3158 2.4232 73.8850
|
|
37 4 -0.4527 -0.0526 0.6074 62.9555
|
|
37 4 -0.4527 0.2105 -2.9566 53.3559
|
|
37 4 -0.4527 0.4737 -7.3021 45.2641
|
|
37 4 -0.4527 0.7368 -12.0100 38.3561
|
|
37 4 -0.4527 1.0000 -16.9880 32.5105
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 38 coord.: 0.1666667 0.0000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -20.5714 eV Re[Sigma]= -65.354401 meV Im[Sigma]= 17.272199 meV Z= 0.996894 lam= 0.003115
|
|
E( 2 )= -1.7294 eV Re[Sigma]= 116.918971 meV Im[Sigma]= 132.882032 meV Z= 1.010075 lam= -0.009975
|
|
E( 3 )= -1.5590 eV Re[Sigma]= 114.246405 meV Im[Sigma]= 113.310029 meV Z= 1.005604 lam= -0.005573
|
|
E( 4 )= -1.5590 eV Re[Sigma]= 114.246405 meV Im[Sigma]= 113.310029 meV Z= 1.005604 lam= -0.005573
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 38 coord.: 0.1666667 0.0000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 38 w = -4.0000 eV A(k,w) = 0.29216E-04 meV^-1
|
|
ik = 38 w = -3.7368 eV A(k,w) = 0.37099E-04 meV^-1
|
|
ik = 38 w = -3.4737 eV A(k,w) = 0.48391E-04 meV^-1
|
|
ik = 38 w = -3.2105 eV A(k,w) = 0.65347E-04 meV^-1
|
|
ik = 38 w = -2.9474 eV A(k,w) = 0.91922E-04 meV^-1
|
|
ik = 38 w = -2.6842 eV A(k,w) = 0.13622E-03 meV^-1
|
|
ik = 38 w = -2.4211 eV A(k,w) = 0.22239E-03 meV^-1
|
|
ik = 38 w = -2.1579 eV A(k,w) = 0.45128E-03 meV^-1
|
|
ik = 38 w = -1.8947 eV A(k,w) = 0.15791E-02 meV^-1
|
|
ik = 38 w = -1.6316 eV A(k,w) = 0.57304E-02 meV^-1
|
|
ik = 38 w = -1.3684 eV A(k,w) = 0.15629E-02 meV^-1
|
|
ik = 38 w = -1.1053 eV A(k,w) = 0.33736E-03 meV^-1
|
|
ik = 38 w = -0.8421 eV A(k,w) = 0.13302E-03 meV^-1
|
|
ik = 38 w = -0.5789 eV A(k,w) = 0.66165E-04 meV^-1
|
|
ik = 38 w = -0.3158 eV A(k,w) = 0.36563E-04 meV^-1
|
|
ik = 38 w = -0.0526 eV A(k,w) = 0.21477E-04 meV^-1
|
|
ik = 38 w = 0.2105 eV A(k,w) = 0.13279E-04 meV^-1
|
|
ik = 38 w = 0.4737 eV A(k,w) = 0.85779E-05 meV^-1
|
|
ik = 38 w = 0.7368 eV A(k,w) = 0.57242E-05 meV^-1
|
|
ik = 38 w = 1.0000 eV A(k,w) = 0.39238E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
38 -4.0000 0.29216E-04
|
|
38 -3.7368 0.37099E-04
|
|
38 -3.4737 0.48391E-04
|
|
38 -3.2105 0.65347E-04
|
|
38 -2.9474 0.91922E-04
|
|
38 -2.6842 0.13622E-03
|
|
38 -2.4211 0.22239E-03
|
|
38 -2.1579 0.45128E-03
|
|
38 -1.8947 0.15791E-02
|
|
38 -1.6316 0.57304E-02
|
|
38 -1.3684 0.15629E-02
|
|
38 -1.1053 0.33736E-03
|
|
38 -0.8421 0.13302E-03
|
|
38 -0.5789 0.66165E-04
|
|
38 -0.3158 0.36563E-04
|
|
38 -0.0526 0.21477E-04
|
|
38 0.2105 0.13279E-04
|
|
38 0.4737 0.85779E-05
|
|
38 0.7368 0.57242E-05
|
|
38 1.0000 0.39238E-05
|
|
38 1 -20.5714 -4.0000 -33.2026 131.8754
|
|
38 1 -20.5714 -3.7368 -26.2164 129.3380
|
|
38 1 -20.5714 -3.4737 -18.9198 126.0264
|
|
38 1 -20.5714 -3.2105 -11.2950 121.7380
|
|
38 1 -20.5714 -2.9474 -3.4324 116.0312
|
|
38 1 -20.5714 -2.6842 4.0582 108.2175
|
|
38 1 -20.5714 -2.4211 9.7175 98.3654
|
|
38 1 -20.5714 -2.1579 12.6948 87.8547
|
|
38 1 -20.5714 -1.8947 13.4307 77.9630
|
|
38 1 -20.5714 -1.6316 12.7228 69.1592
|
|
38 1 -20.5714 -1.3684 11.1635 61.5124
|
|
38 1 -20.5714 -1.1053 9.2779 54.9380
|
|
38 1 -20.5714 -0.8421 7.4518 49.0582
|
|
38 1 -20.5714 -0.5789 5.6574 43.3821
|
|
38 1 -20.5714 -0.3158 3.4883 37.7184
|
|
38 1 -20.5714 -0.0526 0.6414 32.3850
|
|
38 1 -20.5714 0.2105 -2.7067 27.7648
|
|
38 1 -20.5714 0.4737 -6.2143 23.8982
|
|
38 1 -20.5714 0.7368 -9.7158 20.6464
|
|
38 1 -20.5714 1.0000 -13.1633 17.9245
|
|
|
|
38 2 -1.7294 -4.0000 -93.6550 166.9010
|
|
38 2 -1.7294 -3.7368 -83.7452 168.0425
|
|
38 2 -1.7294 -3.4737 -73.1332 168.5079
|
|
38 2 -1.7294 -3.2105 -61.2480 168.1432
|
|
38 2 -1.7294 -2.9474 -47.5772 165.8272
|
|
38 2 -1.7294 -2.6842 -33.0565 159.5989
|
|
38 2 -1.7294 -2.4211 -20.5956 149.1006
|
|
38 2 -1.7294 -2.1579 -12.0354 136.6031
|
|
38 2 -1.7294 -1.8947 -6.8779 124.2906
|
|
38 2 -1.7294 -1.6316 -3.9945 113.0327
|
|
38 2 -1.7294 -1.3684 -2.4690 103.1292
|
|
38 2 -1.7294 -1.1053 -1.2857 94.4900
|
|
38 2 -1.7294 -0.8421 0.2578 86.2476
|
|
38 2 -1.7294 -0.5789 1.8415 77.2910
|
|
38 2 -1.7294 -0.3158 2.2386 67.3156
|
|
38 2 -1.7294 -0.0526 0.5641 57.3368
|
|
38 2 -1.7294 0.2105 -2.7681 48.5179
|
|
38 2 -1.7294 0.4737 -6.8731 41.1011
|
|
38 2 -1.7294 0.7368 -11.3131 34.8218
|
|
38 2 -1.7294 1.0000 -15.9637 29.5452
|
|
|
|
38 3 -1.5590 -4.0000 -85.5186 156.8007
|
|
38 3 -1.5590 -3.7368 -76.4208 157.6451
|
|
38 3 -1.5590 -3.4737 -66.7495 157.9214
|
|
38 3 -1.5590 -3.2105 -55.9137 157.5579
|
|
38 3 -1.5590 -2.9474 -43.3175 155.4978
|
|
38 3 -1.5590 -2.6842 -29.7730 149.8031
|
|
38 3 -1.5590 -2.4211 -18.0364 140.0342
|
|
38 3 -1.5590 -2.1579 -9.9115 128.2716
|
|
38 3 -1.5590 -1.8947 -5.0073 116.5643
|
|
38 3 -1.5590 -1.6316 -2.3358 105.7670
|
|
38 3 -1.5590 -1.3684 -1.0644 96.2465
|
|
38 3 -1.5590 -1.1053 -0.1980 87.9848
|
|
38 3 -1.5590 -0.8421 0.9739 80.1812
|
|
38 3 -1.5590 -0.5789 2.1807 71.7905
|
|
38 3 -1.5590 -0.3158 2.3020 62.5300
|
|
38 3 -1.5590 -0.0526 0.5534 53.3322
|
|
38 3 -1.5590 0.2105 -2.6573 45.2343
|
|
38 3 -1.5590 0.4737 -6.5227 38.4159
|
|
38 3 -1.5590 0.7368 -10.6721 32.6133
|
|
38 3 -1.5590 1.0000 -15.0188 27.7107
|
|
|
|
38 4 -1.5590 -4.0000 -85.6965 156.9069
|
|
38 4 -1.5590 -3.7368 -76.5915 157.7683
|
|
38 4 -1.5590 -3.4737 -66.9084 158.0622
|
|
38 4 -1.5590 -3.2105 -56.0552 157.7156
|
|
38 4 -1.5590 -2.9474 -43.4351 155.6692
|
|
38 4 -1.5590 -2.6842 -29.8605 149.9810
|
|
38 4 -1.5590 -2.4211 -18.0923 140.2066
|
|
38 4 -1.5590 -2.1579 -9.9422 128.4280
|
|
38 4 -1.5590 -1.8947 -5.0229 116.7005
|
|
38 4 -1.5590 -1.6316 -2.3447 105.8846
|
|
38 4 -1.5590 -1.3684 -1.0714 96.3496
|
|
38 4 -1.5590 -1.1053 -0.2046 88.0774
|
|
38 4 -1.5590 -0.8421 0.9682 80.2661
|
|
38 4 -1.5590 -0.5789 2.1770 71.8684
|
|
38 4 -1.5590 -0.3158 2.3006 62.6002
|
|
38 4 -1.5590 -0.0526 0.5532 53.3944
|
|
38 4 -1.5590 0.2105 -2.6570 45.2888
|
|
38 4 -1.5590 0.4737 -6.5225 38.4630
|
|
38 4 -1.5590 0.7368 -10.6731 32.6528
|
|
38 4 -1.5590 1.0000 -15.0221 27.7433
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 39 coord.: 0.1666667 0.0000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.014513 meV Im[Sigma]= 43.223866 meV Z= 1.007620 lam= -0.007563
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.958459 meV Im[Sigma]= 102.189242 meV Z= 1.018021 lam= -0.017702
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 47.272417 meV Im[Sigma]= 167.531781 meV Z= 1.035891 lam= -0.034648
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.473887 meV Im[Sigma]= 167.235646 meV Z= 1.042446 lam= -0.040718
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 39 coord.: 0.1666667 0.0000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 39 w = -4.0000 eV A(k,w) = 0.12428E-03 meV^-1
|
|
ik = 39 w = -3.7368 eV A(k,w) = 0.29113E-03 meV^-1
|
|
ik = 39 w = -3.4737 eV A(k,w) = 0.13088E-02 meV^-1
|
|
ik = 39 w = -3.2105 eV A(k,w) = 0.13994E-02 meV^-1
|
|
ik = 39 w = -2.9474 eV A(k,w) = 0.63973E-03 meV^-1
|
|
ik = 39 w = -2.6842 eV A(k,w) = 0.21453E-02 meV^-1
|
|
ik = 39 w = -2.4211 eV A(k,w) = 0.77114E-03 meV^-1
|
|
ik = 39 w = -2.1579 eV A(k,w) = 0.19091E-03 meV^-1
|
|
ik = 39 w = -1.8947 eV A(k,w) = 0.79409E-04 meV^-1
|
|
ik = 39 w = -1.6316 eV A(k,w) = 0.41823E-04 meV^-1
|
|
ik = 39 w = -1.3684 eV A(k,w) = 0.25101E-04 meV^-1
|
|
ik = 39 w = -1.1053 eV A(k,w) = 0.16375E-04 meV^-1
|
|
ik = 39 w = -0.8421 eV A(k,w) = 0.11228E-04 meV^-1
|
|
ik = 39 w = -0.5789 eV A(k,w) = 0.78533E-05 meV^-1
|
|
ik = 39 w = -0.3158 eV A(k,w) = 0.54980E-05 meV^-1
|
|
ik = 39 w = -0.0526 eV A(k,w) = 0.38572E-05 meV^-1
|
|
ik = 39 w = 0.2105 eV A(k,w) = 0.27439E-05 meV^-1
|
|
ik = 39 w = 0.4737 eV A(k,w) = 0.19871E-05 meV^-1
|
|
ik = 39 w = 0.7368 eV A(k,w) = 0.14584E-05 meV^-1
|
|
ik = 39 w = 1.0000 eV A(k,w) = 0.10834E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
39 -4.0000 0.12428E-03
|
|
39 -3.7368 0.29113E-03
|
|
39 -3.4737 0.13088E-02
|
|
39 -3.2105 0.13994E-02
|
|
39 -2.9474 0.63973E-03
|
|
39 -2.6842 0.21453E-02
|
|
39 -2.4211 0.77114E-03
|
|
39 -2.1579 0.19091E-03
|
|
39 -1.8947 0.79409E-04
|
|
39 -1.6316 0.41823E-04
|
|
39 -1.3684 0.25101E-04
|
|
39 -1.1053 0.16375E-04
|
|
39 -0.8421 0.11228E-04
|
|
39 -0.5789 0.78533E-05
|
|
39 -0.3158 0.54980E-05
|
|
39 -0.0526 0.38572E-05
|
|
39 0.2105 0.27439E-05
|
|
39 0.4737 0.19871E-05
|
|
39 0.7368 0.14584E-05
|
|
39 1.0000 0.10834E-05
|
|
39 1 -18.6527 -4.0000 -29.8205 116.4533
|
|
39 1 -18.6527 -3.7368 -23.7593 113.9645
|
|
39 1 -18.6527 -3.4737 -17.6598 110.8465
|
|
39 1 -18.6527 -3.2105 -11.4086 107.1204
|
|
39 1 -18.6527 -2.9474 -4.8393 102.4201
|
|
39 1 -18.6527 -2.6842 1.6381 95.9539
|
|
39 1 -18.6527 -2.4211 6.6714 87.6366
|
|
39 1 -18.6527 -2.1579 9.4295 78.6611
|
|
39 1 -18.6527 -1.8947 10.2623 70.1545
|
|
39 1 -18.6527 -1.6316 9.8354 62.5390
|
|
39 1 -18.6527 -1.3684 8.6595 55.9125
|
|
39 1 -18.6527 -1.1053 7.2333 50.2103
|
|
39 1 -18.6527 -0.8421 5.9137 45.0517
|
|
39 1 -18.6527 -0.5789 4.6296 39.9556
|
|
39 1 -18.6527 -0.3158 2.9451 34.7638
|
|
39 1 -18.6527 -0.0526 0.5535 29.8254
|
|
39 1 -18.6527 0.2105 -2.3645 25.5395
|
|
39 1 -18.6527 0.4737 -5.4638 21.9559
|
|
39 1 -18.6527 0.7368 -8.5777 18.9399
|
|
39 1 -18.6527 1.0000 -11.6622 16.4108
|
|
|
|
39 2 -6.9063 -4.0000 -51.7924 105.5267
|
|
39 2 -6.9063 -3.7368 -45.7294 105.6342
|
|
39 2 -6.9063 -3.4737 -39.3749 105.2631
|
|
39 2 -6.9063 -3.2105 -32.4068 104.4269
|
|
39 2 -6.9063 -2.9474 -24.4484 102.5180
|
|
39 2 -6.9063 -2.6842 -15.9881 98.3466
|
|
39 2 -6.9063 -2.4211 -8.7465 91.6536
|
|
39 2 -6.9063 -2.1579 -3.8341 83.7665
|
|
39 2 -6.9063 -1.8947 -0.9783 75.9715
|
|
39 2 -6.9063 -1.6316 0.4557 68.7991
|
|
39 2 -6.9063 -1.3684 1.0061 62.4717
|
|
39 2 -6.9063 -1.1053 1.3053 56.9554
|
|
39 2 -6.9063 -0.8421 1.7774 51.7252
|
|
39 2 -6.9063 -0.5789 2.2123 46.1415
|
|
39 2 -6.9063 -0.3158 1.9054 40.0851
|
|
39 2 -6.9063 -0.0526 0.4204 34.1714
|
|
39 2 -6.9063 0.2105 -1.9387 29.0267
|
|
39 2 -6.9063 0.4737 -4.6511 24.7284
|
|
39 2 -6.9063 0.7368 -7.4875 21.0820
|
|
39 2 -6.9063 1.0000 -10.4089 17.9962
|
|
|
|
39 3 -3.2910 -4.0000 -69.9910 127.1489
|
|
39 3 -3.2910 -3.7368 -62.4571 128.0415
|
|
39 3 -3.2910 -3.4737 -54.4104 128.3122
|
|
39 3 -3.2910 -3.2105 -45.4984 127.9241
|
|
39 3 -3.2910 -2.9474 -35.3015 126.1237
|
|
39 3 -3.2910 -2.6842 -24.4487 121.4475
|
|
39 3 -3.2910 -2.4211 -15.0854 113.5886
|
|
39 3 -3.2910 -2.1579 -8.5865 104.2064
|
|
39 3 -3.2910 -1.8947 -4.6011 94.8933
|
|
39 3 -3.2910 -1.6316 -2.3448 86.2864
|
|
39 3 -3.2910 -1.3684 -1.1723 78.6582
|
|
39 3 -3.2910 -1.1053 -0.2996 71.9783
|
|
39 3 -3.2910 -0.8421 0.8118 65.5792
|
|
39 3 -3.2910 -0.5789 1.8794 58.6274
|
|
39 3 -3.2910 -0.3158 1.9614 50.9677
|
|
39 3 -3.2910 -0.0526 0.4656 43.4229
|
|
39 3 -3.2910 0.2105 -2.2137 36.8351
|
|
39 3 -3.2910 0.4737 -5.3913 31.3160
|
|
39 3 -3.2910 0.7368 -8.7694 26.6182
|
|
39 3 -3.2910 1.0000 -12.2984 22.6347
|
|
|
|
39 4 -2.6027 -4.0000 -75.1972 138.4722
|
|
39 4 -2.6027 -3.7368 -67.0895 139.2715
|
|
39 4 -2.6027 -3.4737 -58.4214 139.4865
|
|
39 4 -2.6027 -3.2105 -48.7511 139.0205
|
|
39 4 -2.6027 -2.9474 -37.6440 136.9848
|
|
39 4 -2.6027 -2.6842 -25.8442 131.7788
|
|
39 4 -2.6027 -2.4211 -15.7124 123.1089
|
|
39 4 -2.6027 -2.1579 -8.7280 112.8110
|
|
39 4 -2.6027 -1.8947 -4.4898 102.6235
|
|
39 4 -2.6027 -1.6316 -2.1260 93.2411
|
|
39 4 -2.6027 -1.3684 -0.9123 84.9438
|
|
39 4 -2.6027 -1.1053 0.0007 77.6648
|
|
39 4 -2.6027 -0.8421 1.1630 70.6641
|
|
39 4 -2.6027 -0.5789 2.2386 63.0680
|
|
39 4 -2.6027 -0.3158 2.2275 54.7443
|
|
39 4 -2.6027 -0.0526 0.5199 46.5757
|
|
39 4 -2.6027 0.2105 -2.4577 39.4546
|
|
39 4 -2.6027 0.4737 -5.9727 33.5049
|
|
39 4 -2.6027 0.7368 -9.6938 28.4668
|
|
39 4 -2.6027 1.0000 -13.5526 24.2165
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 40 coord.: 0.1666667 0.0000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.205982 meV Im[Sigma]= 62.540393 meV Z= 1.004137 lam= -0.004120
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.484297 meV Im[Sigma]= 65.234975 meV Z= 1.008652 lam= -0.008578
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.755652 meV Im[Sigma]= 134.099228 meV Z= 1.018132 lam= -0.017809
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.529306 meV Im[Sigma]= 142.416403 meV Z= 1.025045 lam= -0.024433
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 40 coord.: 0.1666667 0.0000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 40 w = -4.0000 eV A(k,w) = 0.25511E-02 meV^-1
|
|
ik = 40 w = -3.7368 eV A(k,w) = 0.66740E-03 meV^-1
|
|
ik = 40 w = -3.4737 eV A(k,w) = 0.18758E-03 meV^-1
|
|
ik = 40 w = -3.2105 eV A(k,w) = 0.88827E-04 meV^-1
|
|
ik = 40 w = -2.9474 eV A(k,w) = 0.52108E-04 meV^-1
|
|
ik = 40 w = -2.6842 eV A(k,w) = 0.33637E-04 meV^-1
|
|
ik = 40 w = -2.4211 eV A(k,w) = 0.22641E-04 meV^-1
|
|
ik = 40 w = -2.1579 eV A(k,w) = 0.15667E-04 meV^-1
|
|
ik = 40 w = -1.8947 eV A(k,w) = 0.11141E-04 meV^-1
|
|
ik = 40 w = -1.6316 eV A(k,w) = 0.81289E-05 meV^-1
|
|
ik = 40 w = -1.3684 eV A(k,w) = 0.60790E-05 meV^-1
|
|
ik = 40 w = -1.1053 eV A(k,w) = 0.46488E-05 meV^-1
|
|
ik = 40 w = -0.8421 eV A(k,w) = 0.35965E-05 meV^-1
|
|
ik = 40 w = -0.5789 eV A(k,w) = 0.27672E-05 meV^-1
|
|
ik = 40 w = -0.3158 eV A(k,w) = 0.20939E-05 meV^-1
|
|
ik = 40 w = -0.0526 eV A(k,w) = 0.15675E-05 meV^-1
|
|
ik = 40 w = 0.2105 eV A(k,w) = 0.11783E-05 meV^-1
|
|
ik = 40 w = 0.4737 eV A(k,w) = 0.89463E-06 meV^-1
|
|
ik = 40 w = 0.7368 eV A(k,w) = 0.68388E-06 meV^-1
|
|
ik = 40 w = 1.0000 eV A(k,w) = 0.52628E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
40 -4.0000 0.25511E-02
|
|
40 -3.7368 0.66740E-03
|
|
40 -3.4737 0.18758E-03
|
|
40 -3.2105 0.88827E-04
|
|
40 -2.9474 0.52108E-04
|
|
40 -2.6842 0.33637E-04
|
|
40 -2.4211 0.22641E-04
|
|
40 -2.1579 0.15667E-04
|
|
40 -1.8947 0.11141E-04
|
|
40 -1.6316 0.81289E-05
|
|
40 -1.3684 0.60790E-05
|
|
40 -1.1053 0.46488E-05
|
|
40 -0.8421 0.35965E-05
|
|
40 -0.5789 0.27672E-05
|
|
40 -0.3158 0.20939E-05
|
|
40 -0.0526 0.15675E-05
|
|
40 0.2105 0.11783E-05
|
|
40 0.4737 0.89463E-06
|
|
40 0.7368 0.68388E-06
|
|
40 1.0000 0.52628E-06
|
|
40 1 -15.5565 -4.0000 -32.5996 103.1814
|
|
40 1 -15.5565 -3.7368 -27.1365 101.4670
|
|
40 1 -15.5565 -3.4737 -21.6535 99.2862
|
|
40 1 -15.5565 -3.2105 -15.9268 96.7032
|
|
40 1 -15.5565 -2.9474 -9.6558 93.3008
|
|
40 1 -15.5565 -2.6842 -3.1925 88.1606
|
|
40 1 -15.5565 -2.4211 2.0844 81.0777
|
|
40 1 -15.5565 -2.1579 5.2679 73.1714
|
|
40 1 -15.5565 -1.8947 6.6226 65.5479
|
|
40 1 -15.5565 -1.6316 6.7430 58.6515
|
|
40 1 -15.5565 -1.3684 6.1103 52.6264
|
|
40 1 -15.5565 -1.1053 5.2301 47.4312
|
|
40 1 -15.5565 -0.8421 4.4558 42.6781
|
|
40 1 -15.5565 -0.5789 3.6875 37.8863
|
|
40 1 -15.5565 -0.3158 2.4627 32.9255
|
|
40 1 -15.5565 -0.0526 0.4770 28.1818
|
|
40 1 -15.5565 0.2105 -2.0686 24.0709
|
|
40 1 -15.5565 0.4737 -4.8150 20.6400
|
|
40 1 -15.5565 0.7368 -7.5956 17.7483
|
|
40 1 -15.5565 1.0000 -10.3729 15.3177
|
|
|
|
40 2 -12.4383 -4.0000 -30.0172 73.6833
|
|
40 2 -12.4383 -3.7368 -26.3947 73.3942
|
|
40 2 -12.4383 -3.4737 -22.5083 72.8622
|
|
40 2 -12.4383 -3.2105 -18.1655 72.0345
|
|
40 2 -12.4383 -2.9474 -13.1521 70.5029
|
|
40 2 -12.4383 -2.6842 -7.7916 67.4834
|
|
40 2 -12.4383 -2.4211 -3.2342 62.7877
|
|
40 2 -12.4383 -2.1579 -0.2399 57.3090
|
|
40 2 -12.4383 -1.8947 1.3865 51.9200
|
|
40 2 -12.4383 -1.6316 2.0814 46.9533
|
|
40 2 -12.4383 -1.3684 2.1755 42.5388
|
|
40 2 -12.4383 -1.1053 2.0593 38.6828
|
|
40 2 -12.4383 -0.8421 2.0314 35.0799
|
|
40 2 -12.4383 -0.5789 1.9985 31.3143
|
|
40 2 -12.4383 -0.3158 1.5256 27.2764
|
|
40 2 -12.4383 -0.0526 0.3193 23.3378
|
|
40 2 -12.4383 0.2105 -1.4405 19.8993
|
|
40 2 -12.4383 0.4737 -3.4246 17.0157
|
|
40 2 -12.4383 0.7368 -5.4856 14.5669
|
|
40 2 -12.4383 1.0000 -7.5939 12.4966
|
|
|
|
40 3 -4.5379 -4.0000 -63.5397 114.9740
|
|
40 3 -4.5379 -3.7368 -56.9713 115.9773
|
|
40 3 -4.5379 -3.4737 -49.8235 116.5255
|
|
40 3 -4.5379 -3.2105 -41.7277 116.5147
|
|
40 3 -4.5379 -2.9474 -32.2934 115.1741
|
|
40 3 -4.5379 -2.6842 -22.1342 111.0779
|
|
40 3 -4.5379 -2.4211 -13.3167 103.8975
|
|
40 3 -4.5379 -2.1579 -7.1989 95.2014
|
|
40 3 -4.5379 -1.8947 -3.4775 86.5280
|
|
40 3 -4.5379 -1.6316 -1.4096 78.5022
|
|
40 3 -4.5379 -1.3684 -0.3851 71.3840
|
|
40 3 -4.5379 -1.1053 0.3164 65.1519
|
|
40 3 -4.5379 -0.8421 1.1898 59.2149
|
|
40 3 -4.5379 -0.5789 1.9983 52.8351
|
|
40 3 -4.5379 -0.3158 1.9207 45.8731
|
|
40 3 -4.5379 -0.0526 0.4427 39.0525
|
|
40 3 -4.5379 0.2105 -2.0800 33.1132
|
|
40 3 -4.5379 0.4737 -5.0362 28.1502
|
|
40 3 -4.5379 0.7368 -8.1562 23.9392
|
|
40 3 -4.5379 1.0000 -11.3922 20.3772
|
|
|
|
40 4 -3.8929 -4.0000 -65.6066 114.7270
|
|
40 4 -3.8929 -3.7368 -59.1304 115.8510
|
|
40 4 -3.8929 -3.4737 -52.0286 116.5942
|
|
40 4 -3.8929 -3.2105 -43.9219 116.8021
|
|
40 4 -3.8929 -2.9474 -34.4344 115.6877
|
|
40 4 -3.8929 -2.6842 -24.1751 111.8247
|
|
40 4 -3.8929 -2.4211 -15.1973 104.8676
|
|
40 4 -3.8929 -2.1579 -8.8607 96.3541
|
|
40 4 -3.8929 -1.8947 -4.8876 87.7956
|
|
40 4 -3.8929 -1.6316 -2.5756 79.8171
|
|
40 4 -3.8929 -1.3684 -1.3370 72.7097
|
|
40 4 -3.8929 -1.1053 -0.4357 66.4793
|
|
40 4 -3.8929 -0.8421 0.6499 60.5264
|
|
40 4 -3.8929 -0.5789 1.6790 54.0788
|
|
40 4 -3.8929 -0.3158 1.7856 46.9867
|
|
40 4 -3.8929 -0.0526 0.4259 40.0136
|
|
40 4 -3.8929 0.2105 -2.0262 33.9369
|
|
40 4 -3.8929 0.4737 -4.9315 28.8521
|
|
40 4 -3.8929 0.7368 -8.0168 24.5219
|
|
40 4 -3.8929 1.0000 -11.2427 20.8451
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 41 coord.: 0.1666667 0.0000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.622484 meV Im[Sigma]= 68.210821 meV Z= 1.015079 lam= -0.014855
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.103349 meV Im[Sigma]= 57.853117 meV Z= 1.005376 lam= -0.005347
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.340616 meV Im[Sigma]= 120.237486 meV Z= 1.022394 lam= -0.021904
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 72.264945 meV Im[Sigma]= 163.896449 meV Z= 1.043274 lam= -0.041479
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 41 coord.: 0.1666667 0.0000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 41 w = -4.0000 eV A(k,w) = 0.47030E-04 meV^-1
|
|
ik = 41 w = -3.7368 eV A(k,w) = 0.55768E-04 meV^-1
|
|
ik = 41 w = -3.4737 eV A(k,w) = 0.83243E-04 meV^-1
|
|
ik = 41 w = -3.2105 eV A(k,w) = 0.16540E-03 meV^-1
|
|
ik = 41 w = -2.9474 eV A(k,w) = 0.53012E-03 meV^-1
|
|
ik = 41 w = -2.6842 eV A(k,w) = 0.25226E-02 meV^-1
|
|
ik = 41 w = -2.4211 eV A(k,w) = 0.48175E-03 meV^-1
|
|
ik = 41 w = -2.1579 eV A(k,w) = 0.13000E-03 meV^-1
|
|
ik = 41 w = -1.8947 eV A(k,w) = 0.54861E-04 meV^-1
|
|
ik = 41 w = -1.6316 eV A(k,w) = 0.28805E-04 meV^-1
|
|
ik = 41 w = -1.3684 eV A(k,w) = 0.17199E-04 meV^-1
|
|
ik = 41 w = -1.1053 eV A(k,w) = 0.11183E-04 meV^-1
|
|
ik = 41 w = -0.8421 eV A(k,w) = 0.76612E-05 meV^-1
|
|
ik = 41 w = -0.5789 eV A(k,w) = 0.53649E-05 meV^-1
|
|
ik = 41 w = -0.3158 eV A(k,w) = 0.37652E-05 meV^-1
|
|
ik = 41 w = -0.0526 eV A(k,w) = 0.26507E-05 meV^-1
|
|
ik = 41 w = 0.2105 eV A(k,w) = 0.18936E-05 meV^-1
|
|
ik = 41 w = 0.4737 eV A(k,w) = 0.13776E-05 meV^-1
|
|
ik = 41 w = 0.7368 eV A(k,w) = 0.10156E-05 meV^-1
|
|
ik = 41 w = 1.0000 eV A(k,w) = 0.75761E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
41 -4.0000 0.47030E-04
|
|
41 -3.7368 0.55768E-04
|
|
41 -3.4737 0.83243E-04
|
|
41 -3.2105 0.16540E-03
|
|
41 -2.9474 0.53012E-03
|
|
41 -2.6842 0.25226E-02
|
|
41 -2.4211 0.48175E-03
|
|
41 -2.1579 0.13000E-03
|
|
41 -1.8947 0.54861E-04
|
|
41 -1.6316 0.28805E-04
|
|
41 -1.3684 0.17199E-04
|
|
41 -1.1053 0.11183E-04
|
|
41 -0.8421 0.76612E-05
|
|
41 -0.5789 0.53649E-05
|
|
41 -0.3158 0.37652E-05
|
|
41 -0.0526 0.26507E-05
|
|
41 0.2105 0.18936E-05
|
|
41 0.4737 0.13776E-05
|
|
41 0.7368 0.10156E-05
|
|
41 1.0000 0.75761E-06
|
|
41 1 -16.6105 -4.0000 -32.3427 106.6443
|
|
41 1 -16.6105 -3.7368 -26.6734 104.8743
|
|
41 1 -16.6105 -3.4737 -20.9510 102.5579
|
|
41 1 -16.6105 -3.2105 -14.9887 99.7467
|
|
41 1 -16.6105 -2.9474 -8.5383 96.0285
|
|
41 1 -16.6105 -2.6842 -1.9922 90.5316
|
|
41 1 -16.6105 -2.4211 3.2791 83.1100
|
|
41 1 -16.6105 -2.1579 6.4088 74.9052
|
|
41 1 -16.6105 -1.8947 7.6846 67.0126
|
|
41 1 -16.6105 -1.6316 7.7031 59.8684
|
|
41 1 -16.6105 -1.3684 6.9436 53.6166
|
|
41 1 -16.6105 -1.1053 5.9104 48.2223
|
|
41 1 -16.6105 -0.8421 4.9627 43.3094
|
|
41 1 -16.6105 -0.5789 4.0177 38.4032
|
|
41 1 -16.6105 -0.3158 2.6306 33.3658
|
|
41 1 -16.6105 -0.0526 0.5033 28.5667
|
|
41 1 -16.6105 0.2105 -2.1691 24.4113
|
|
41 1 -16.6105 0.4737 -5.0327 20.9460
|
|
41 1 -16.6105 0.7368 -7.9202 18.0310
|
|
41 1 -16.6105 1.0000 -10.7913 15.5849
|
|
|
|
41 2 -10.7517 -4.0000 -34.2680 81.7753
|
|
41 2 -10.7517 -3.7368 -29.8632 81.2979
|
|
41 2 -10.7517 -3.4737 -25.3309 80.4856
|
|
41 2 -10.7517 -3.2105 -20.4317 79.3734
|
|
41 2 -10.7517 -2.9474 -14.8653 77.5474
|
|
41 2 -10.7517 -2.6842 -8.9448 74.1355
|
|
41 2 -10.7517 -2.4211 -3.9173 68.9161
|
|
41 2 -10.7517 -2.1579 -0.6115 62.8576
|
|
41 2 -10.7517 -1.8947 1.1822 56.9152
|
|
41 2 -10.7517 -1.6316 1.9462 51.4641
|
|
41 2 -10.7517 -1.3684 2.0633 46.6501
|
|
41 2 -10.7517 -1.1053 1.9800 42.4620
|
|
41 2 -10.7517 -0.8421 2.0208 38.5393
|
|
41 2 -10.7517 -0.5789 2.0640 34.4129
|
|
41 2 -10.7517 -0.3158 1.6127 29.9690
|
|
41 2 -10.7517 -0.0526 0.3411 25.6313
|
|
41 2 -10.7517 0.2105 -1.5447 21.8473
|
|
41 2 -10.7517 0.4737 -3.6769 18.6737
|
|
41 2 -10.7517 0.7368 -5.8949 15.9739
|
|
41 2 -10.7517 1.0000 -8.1706 13.6862
|
|
|
|
41 3 -5.2472 -4.0000 -58.5128 109.5735
|
|
41 3 -5.2472 -3.7368 -52.0694 110.3223
|
|
41 3 -5.2472 -3.4737 -45.1865 110.5028
|
|
41 3 -5.2472 -3.2105 -37.5731 110.1139
|
|
41 3 -5.2472 -2.9474 -28.8434 108.5221
|
|
41 3 -5.2472 -2.6842 -19.5166 104.4419
|
|
41 3 -5.2472 -2.4211 -11.4630 97.5737
|
|
41 3 -5.2472 -2.1579 -5.9077 89.3547
|
|
41 3 -5.2472 -1.8947 -2.5595 81.1840
|
|
41 3 -5.2472 -1.6316 -0.7381 73.6266
|
|
41 3 -5.2472 -1.3684 0.1160 66.9236
|
|
41 3 -5.2472 -1.1053 0.6734 61.0561
|
|
41 3 -5.2472 -0.8421 1.3947 55.4710
|
|
41 3 -5.2472 -0.5789 2.0560 49.4806
|
|
41 3 -5.2472 -0.3158 1.8923 42.9587
|
|
41 3 -5.2472 -0.0526 0.4289 36.5803
|
|
41 3 -5.2472 0.2105 -2.0005 31.0317
|
|
41 3 -5.2472 0.4737 -4.8256 26.3991
|
|
41 3 -5.2472 0.7368 -7.7947 22.4712
|
|
41 3 -5.2472 1.0000 -10.8640 19.1491
|
|
|
|
41 4 -2.6593 -4.0000 -74.6778 132.0258
|
|
41 4 -2.6593 -3.7368 -66.5862 133.0503
|
|
41 4 -2.6593 -3.4737 -58.0215 133.3911
|
|
41 4 -2.6593 -3.2105 -48.5933 133.0533
|
|
41 4 -2.6593 -2.9474 -37.8274 131.2521
|
|
41 4 -2.6593 -2.6842 -26.3721 126.4431
|
|
41 4 -2.6593 -2.4211 -16.4687 118.3028
|
|
41 4 -2.6593 -2.1579 -9.5472 108.5566
|
|
41 4 -2.6593 -1.8947 -5.2498 98.8525
|
|
41 4 -2.6593 -1.6316 -2.7786 89.8571
|
|
41 4 -2.6593 -1.3684 -1.4703 81.8722
|
|
41 4 -2.6593 -1.1053 -0.5032 74.8836
|
|
41 4 -2.6593 -0.8421 0.6979 68.2056
|
|
41 4 -2.6593 -0.5789 1.8544 60.9657
|
|
41 4 -2.6593 -0.3158 1.9874 52.9909
|
|
41 4 -2.6593 -0.0526 0.4757 45.1369
|
|
41 4 -2.6593 0.2105 -2.2678 38.2814
|
|
41 4 -2.6593 0.4737 -5.5280 32.5371
|
|
41 4 -2.6593 0.7368 -8.9982 27.6426
|
|
41 4 -2.6593 1.0000 -12.6308 23.4884
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 42 coord.: 0.1666667 0.0000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -19.4313 eV Re[Sigma]= -66.035120 meV Im[Sigma]= 34.912642 meV Z= 1.000969 lam= -0.000968
|
|
E( 2 )= -5.3692 eV Re[Sigma]= -1.131781 meV Im[Sigma]= 135.237179 meV Z= 1.027486 lam= -0.026751
|
|
E( 3 )= -3.4193 eV Re[Sigma]= 47.454281 meV Im[Sigma]= 173.778972 meV Z= 1.035223 lam= -0.034025
|
|
E( 4 )= -0.9512 eV Re[Sigma]= 116.888393 meV Im[Sigma]= 86.617014 meV Z= 1.004789 lam= -0.004766
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 42 coord.: 0.1666667 0.0000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 42 w = -4.0000 eV A(k,w) = 0.17705E-03 meV^-1
|
|
ik = 42 w = -3.7368 eV A(k,w) = 0.53487E-03 meV^-1
|
|
ik = 42 w = -3.4737 eV A(k,w) = 0.23925E-02 meV^-1
|
|
ik = 42 w = -3.2105 eV A(k,w) = 0.53557E-03 meV^-1
|
|
ik = 42 w = -2.9474 eV A(k,w) = 0.17271E-03 meV^-1
|
|
ik = 42 w = -2.6842 eV A(k,w) = 0.89967E-04 meV^-1
|
|
ik = 42 w = -2.4211 eV A(k,w) = 0.61692E-04 meV^-1
|
|
ik = 42 w = -2.1579 eV A(k,w) = 0.53213E-04 meV^-1
|
|
ik = 42 w = -1.8947 eV A(k,w) = 0.58225E-04 meV^-1
|
|
ik = 42 w = -1.6316 eV A(k,w) = 0.83804E-04 meV^-1
|
|
ik = 42 w = -1.3684 eV A(k,w) = 0.17871E-03 meV^-1
|
|
ik = 42 w = -1.1053 eV A(k,w) = 0.90384E-03 meV^-1
|
|
ik = 42 w = -0.8421 eV A(k,w) = 0.14245E-02 meV^-1
|
|
ik = 42 w = -0.5789 eV A(k,w) = 0.16643E-03 meV^-1
|
|
ik = 42 w = -0.3158 eV A(k,w) = 0.52158E-04 meV^-1
|
|
ik = 42 w = -0.0526 eV A(k,w) = 0.22933E-04 meV^-1
|
|
ik = 42 w = 0.2105 eV A(k,w) = 0.11988E-04 meV^-1
|
|
ik = 42 w = 0.4737 eV A(k,w) = 0.69789E-05 meV^-1
|
|
ik = 42 w = 0.7368 eV A(k,w) = 0.43539E-05 meV^-1
|
|
ik = 42 w = 1.0000 eV A(k,w) = 0.28537E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
42 -4.0000 0.17705E-03
|
|
42 -3.7368 0.53487E-03
|
|
42 -3.4737 0.23925E-02
|
|
42 -3.2105 0.53557E-03
|
|
42 -2.9474 0.17271E-03
|
|
42 -2.6842 0.89967E-04
|
|
42 -2.4211 0.61692E-04
|
|
42 -2.1579 0.53213E-04
|
|
42 -1.8947 0.58225E-04
|
|
42 -1.6316 0.83804E-04
|
|
42 -1.3684 0.17871E-03
|
|
42 -1.1053 0.90384E-03
|
|
42 -0.8421 0.14245E-02
|
|
42 -0.5789 0.16643E-03
|
|
42 -0.3158 0.52158E-04
|
|
42 -0.0526 0.22933E-04
|
|
42 0.2105 0.11988E-04
|
|
42 0.4737 0.69789E-05
|
|
42 0.7368 0.43539E-05
|
|
42 1.0000 0.28537E-05
|
|
42 1 -19.4313 -4.0000 -31.8114 122.9630
|
|
42 1 -19.4313 -3.7368 -25.4332 120.4391
|
|
42 1 -19.4313 -3.4737 -18.9529 117.2687
|
|
42 1 -19.4313 -3.2105 -12.2479 113.4243
|
|
42 1 -19.4313 -2.9474 -5.1885 108.4918
|
|
42 1 -19.4313 -2.6842 1.7585 101.6620
|
|
42 1 -19.4313 -2.4211 7.1790 92.8683
|
|
42 1 -19.4313 -2.1579 10.2122 83.3557
|
|
42 1 -19.4313 -1.8947 11.2138 74.2904
|
|
42 1 -19.4313 -1.6316 10.8568 66.1138
|
|
42 1 -19.4313 -1.3684 9.6496 58.9421
|
|
42 1 -19.4313 -1.1053 8.0944 52.7455
|
|
42 1 -19.4313 -0.8421 6.5806 47.1758
|
|
42 1 -19.4313 -0.5789 5.0842 41.7520
|
|
42 1 -19.4313 -0.3158 3.1930 36.2876
|
|
42 1 -19.4313 -0.0526 0.5954 31.1118
|
|
42 1 -19.4313 0.2105 -2.5344 26.6243
|
|
42 1 -19.4313 0.4737 -5.8460 22.8796
|
|
42 1 -19.4313 0.7368 -9.1616 19.7408
|
|
42 1 -19.4313 1.0000 -12.4298 17.1181
|
|
|
|
42 2 -5.3692 -4.0000 -60.2115 121.3492
|
|
42 2 -5.3692 -3.7368 -53.2214 121.5471
|
|
42 2 -5.3692 -3.4737 -45.8496 121.2656
|
|
42 2 -5.3692 -3.2105 -37.6676 120.4671
|
|
42 2 -5.3692 -2.9474 -28.2422 118.3679
|
|
42 2 -5.3692 -2.6842 -18.1983 113.5359
|
|
42 2 -5.3692 -2.4211 -9.6071 105.6716
|
|
42 2 -5.3692 -2.1579 -3.8089 96.3686
|
|
42 2 -5.3692 -1.8947 -0.4783 87.1825
|
|
42 2 -5.3692 -1.6316 1.1593 78.7475
|
|
42 2 -5.3692 -1.3684 1.7420 71.3091
|
|
42 2 -5.3692 -1.1053 1.9892 64.8299
|
|
42 2 -5.3692 -0.8421 2.3899 58.7336
|
|
42 2 -5.3692 -0.5789 2.7354 52.3091
|
|
42 2 -5.3692 -0.3158 2.2615 45.4102
|
|
42 2 -5.3692 -0.0526 0.4898 38.7068
|
|
42 2 -5.3692 0.2105 -2.2394 32.8837
|
|
42 2 -5.3692 0.4737 -5.3496 28.0171
|
|
42 2 -5.3692 0.7368 -8.5910 23.8873
|
|
42 2 -5.3692 1.0000 -11.9216 20.3931
|
|
|
|
42 3 -3.4193 -4.0000 -70.4034 133.1260
|
|
42 3 -3.4193 -3.7368 -62.6737 133.8931
|
|
42 3 -3.4193 -3.4737 -54.3582 134.0998
|
|
42 3 -3.4193 -3.2105 -45.0323 133.6154
|
|
42 3 -3.4193 -2.9474 -34.3170 131.5571
|
|
42 3 -3.4193 -2.6842 -22.9675 126.4011
|
|
42 3 -3.4193 -2.4211 -13.2655 117.8870
|
|
42 3 -3.4193 -2.1579 -6.6415 107.7975
|
|
42 3 -3.4193 -1.8947 -2.7088 97.8246
|
|
42 3 -3.4193 -1.6316 -0.6205 88.6477
|
|
42 3 -3.4193 -1.3684 0.3197 80.5414
|
|
42 3 -3.4193 -1.1053 0.9219 73.4618
|
|
42 3 -3.4193 -0.8421 1.7330 66.7366
|
|
42 3 -3.4193 -0.5789 2.4862 59.5414
|
|
42 3 -3.4193 -0.3158 2.2715 51.7156
|
|
42 3 -3.4193 -0.0526 0.5140 44.0540
|
|
42 3 -3.4193 0.2105 -2.3983 37.3759
|
|
42 3 -3.4193 0.4737 -5.7911 31.7890
|
|
42 3 -3.4193 0.7368 -9.3656 27.0487
|
|
42 3 -3.4193 1.0000 -13.0646 23.0424
|
|
|
|
42 4 -0.9512 -4.0000 -91.0087 158.6795
|
|
42 4 -0.9512 -3.7368 -81.6314 160.2137
|
|
42 4 -0.9512 -3.4737 -71.4481 161.1615
|
|
42 4 -0.9512 -3.2105 -59.8860 161.3183
|
|
42 4 -0.9512 -2.9474 -46.4432 159.5524
|
|
42 4 -0.9512 -2.6842 -32.0193 153.9049
|
|
42 4 -0.9512 -2.4211 -19.4672 143.9358
|
|
42 4 -0.9512 -2.1579 -10.6868 131.7849
|
|
42 4 -0.9512 -1.8947 -5.3265 119.6021
|
|
42 4 -0.9512 -1.6316 -2.3751 108.3327
|
|
42 4 -0.9512 -1.3684 -0.9426 98.3895
|
|
42 4 -0.9512 -1.1053 0.0166 89.7539
|
|
42 4 -0.9512 -0.8421 1.2300 81.6047
|
|
42 4 -0.9512 -0.5789 2.4147 72.8930
|
|
42 4 -0.9512 -0.3158 2.4468 63.3659
|
|
42 4 -0.9512 -0.0526 0.5770 53.9837
|
|
42 4 -0.9512 0.2105 -2.7415 45.7720
|
|
42 4 -0.9512 0.4737 -6.6835 38.8770
|
|
42 4 -0.9512 0.7368 -10.8859 33.0086
|
|
42 4 -0.9512 1.0000 -15.2766 28.0433
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 43 coord.: 0.1666667 0.1666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -20.5714 eV Re[Sigma]= -65.354263 meV Im[Sigma]= 17.272240 meV Z= 0.996894 lam= 0.003115
|
|
E( 2 )= -1.7294 eV Re[Sigma]= 116.919005 meV Im[Sigma]= 132.881824 meV Z= 1.010075 lam= -0.009975
|
|
E( 3 )= -1.5590 eV Re[Sigma]= 114.246437 meV Im[Sigma]= 113.310134 meV Z= 1.005604 lam= -0.005573
|
|
E( 4 )= -1.5590 eV Re[Sigma]= 114.246437 meV Im[Sigma]= 113.310134 meV Z= 1.005604 lam= -0.005573
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 43 coord.: 0.1666667 0.1666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 43 w = -4.0000 eV A(k,w) = 0.29216E-04 meV^-1
|
|
ik = 43 w = -3.7368 eV A(k,w) = 0.37099E-04 meV^-1
|
|
ik = 43 w = -3.4737 eV A(k,w) = 0.48392E-04 meV^-1
|
|
ik = 43 w = -3.2105 eV A(k,w) = 0.65347E-04 meV^-1
|
|
ik = 43 w = -2.9474 eV A(k,w) = 0.91922E-04 meV^-1
|
|
ik = 43 w = -2.6842 eV A(k,w) = 0.13622E-03 meV^-1
|
|
ik = 43 w = -2.4211 eV A(k,w) = 0.22239E-03 meV^-1
|
|
ik = 43 w = -2.1579 eV A(k,w) = 0.45128E-03 meV^-1
|
|
ik = 43 w = -1.8947 eV A(k,w) = 0.15791E-02 meV^-1
|
|
ik = 43 w = -1.6316 eV A(k,w) = 0.57304E-02 meV^-1
|
|
ik = 43 w = -1.3684 eV A(k,w) = 0.15629E-02 meV^-1
|
|
ik = 43 w = -1.1053 eV A(k,w) = 0.33736E-03 meV^-1
|
|
ik = 43 w = -0.8421 eV A(k,w) = 0.13302E-03 meV^-1
|
|
ik = 43 w = -0.5789 eV A(k,w) = 0.66165E-04 meV^-1
|
|
ik = 43 w = -0.3158 eV A(k,w) = 0.36563E-04 meV^-1
|
|
ik = 43 w = -0.0526 eV A(k,w) = 0.21477E-04 meV^-1
|
|
ik = 43 w = 0.2105 eV A(k,w) = 0.13279E-04 meV^-1
|
|
ik = 43 w = 0.4737 eV A(k,w) = 0.85779E-05 meV^-1
|
|
ik = 43 w = 0.7368 eV A(k,w) = 0.57242E-05 meV^-1
|
|
ik = 43 w = 1.0000 eV A(k,w) = 0.39238E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
43 -4.0000 0.29216E-04
|
|
43 -3.7368 0.37099E-04
|
|
43 -3.4737 0.48392E-04
|
|
43 -3.2105 0.65347E-04
|
|
43 -2.9474 0.91922E-04
|
|
43 -2.6842 0.13622E-03
|
|
43 -2.4211 0.22239E-03
|
|
43 -2.1579 0.45128E-03
|
|
43 -1.8947 0.15791E-02
|
|
43 -1.6316 0.57304E-02
|
|
43 -1.3684 0.15629E-02
|
|
43 -1.1053 0.33736E-03
|
|
43 -0.8421 0.13302E-03
|
|
43 -0.5789 0.66165E-04
|
|
43 -0.3158 0.36563E-04
|
|
43 -0.0526 0.21477E-04
|
|
43 0.2105 0.13279E-04
|
|
43 0.4737 0.85779E-05
|
|
43 0.7368 0.57242E-05
|
|
43 1.0000 0.39238E-05
|
|
43 1 -20.5714 -4.0000 -33.2025 131.8754
|
|
43 1 -20.5714 -3.7368 -26.2164 129.3380
|
|
43 1 -20.5714 -3.4737 -18.9198 126.0264
|
|
43 1 -20.5714 -3.2105 -11.2949 121.7380
|
|
43 1 -20.5714 -2.9474 -3.4324 116.0312
|
|
43 1 -20.5714 -2.6842 4.0582 108.2175
|
|
43 1 -20.5714 -2.4211 9.7176 98.3654
|
|
43 1 -20.5714 -2.1579 12.6948 87.8547
|
|
43 1 -20.5714 -1.8947 13.4307 77.9630
|
|
43 1 -20.5714 -1.6316 12.7228 69.1592
|
|
43 1 -20.5714 -1.3684 11.1635 61.5123
|
|
43 1 -20.5714 -1.1053 9.2779 54.9380
|
|
43 1 -20.5714 -0.8421 7.4518 49.0582
|
|
43 1 -20.5714 -0.5789 5.6574 43.3821
|
|
43 1 -20.5714 -0.3158 3.4883 37.7184
|
|
43 1 -20.5714 -0.0526 0.6414 32.3850
|
|
43 1 -20.5714 0.2105 -2.7067 27.7648
|
|
43 1 -20.5714 0.4737 -6.2143 23.8982
|
|
43 1 -20.5714 0.7368 -9.7158 20.6464
|
|
43 1 -20.5714 1.0000 -13.1633 17.9245
|
|
|
|
43 2 -1.7294 -4.0000 -93.6548 166.9010
|
|
43 2 -1.7294 -3.7368 -83.7450 168.0425
|
|
43 2 -1.7294 -3.4737 -73.1330 168.5078
|
|
43 2 -1.7294 -3.2105 -61.2478 168.1431
|
|
43 2 -1.7294 -2.9474 -47.5770 165.8271
|
|
43 2 -1.7294 -2.6842 -33.0563 159.5988
|
|
43 2 -1.7294 -2.4211 -20.5954 149.1005
|
|
43 2 -1.7294 -2.1579 -12.0352 136.6030
|
|
43 2 -1.7294 -1.8947 -6.8778 124.2905
|
|
43 2 -1.7294 -1.6316 -3.9944 113.0326
|
|
43 2 -1.7294 -1.3684 -2.4689 103.1291
|
|
43 2 -1.7294 -1.1053 -1.2856 94.4899
|
|
43 2 -1.7294 -0.8421 0.2579 86.2475
|
|
43 2 -1.7294 -0.5789 1.8415 77.2908
|
|
43 2 -1.7294 -0.3158 2.2386 67.3155
|
|
43 2 -1.7294 -0.0526 0.5641 57.3367
|
|
43 2 -1.7294 0.2105 -2.7681 48.5178
|
|
43 2 -1.7294 0.4737 -6.8731 41.1010
|
|
43 2 -1.7294 0.7368 -11.3131 34.8218
|
|
43 2 -1.7294 1.0000 -15.9637 29.5451
|
|
|
|
43 3 -1.5590 -4.0000 -84.5785 156.2390
|
|
43 3 -1.5590 -3.7368 -75.5186 156.9938
|
|
43 3 -1.5590 -3.4737 -65.9098 157.1765
|
|
43 3 -1.5590 -3.2105 -55.1661 156.7240
|
|
43 3 -1.5590 -2.9474 -42.6960 154.5912
|
|
43 3 -1.5590 -2.6842 -29.3108 148.8625
|
|
43 3 -1.5590 -2.4211 -17.7412 139.1222
|
|
43 3 -1.5590 -2.1579 -9.7495 127.4445
|
|
43 3 -1.5590 -1.8947 -4.9251 115.8439
|
|
43 3 -1.5590 -1.6316 -2.2892 105.1448
|
|
43 3 -1.5590 -1.3684 -1.0281 95.7014
|
|
43 3 -1.5590 -1.1053 -0.1635 87.4952
|
|
43 3 -1.5590 -0.8421 1.0038 79.7326
|
|
43 3 -1.5590 -0.5789 2.1996 71.3790
|
|
43 3 -1.5590 -0.3158 2.3092 62.1591
|
|
43 3 -1.5590 -0.0526 0.5540 53.0036
|
|
43 3 -1.5590 0.2105 -2.6588 44.9459
|
|
43 3 -1.5590 0.4737 -6.5236 38.1673
|
|
43 3 -1.5590 0.7368 -10.6671 32.4044
|
|
43 3 -1.5590 1.0000 -15.0011 27.5385
|
|
|
|
43 4 -1.5590 -4.0000 -86.6369 157.4690
|
|
43 4 -1.5590 -3.7368 -77.4939 158.4199
|
|
43 4 -1.5590 -3.4737 -67.7483 158.8075
|
|
43 4 -1.5590 -3.2105 -56.8030 158.5499
|
|
43 4 -1.5590 -2.9474 -44.0568 156.5762
|
|
43 4 -1.5590 -2.6842 -30.3227 150.9220
|
|
43 4 -1.5590 -2.4211 -18.3876 141.1189
|
|
43 4 -1.5590 -2.1579 -10.1043 129.2553
|
|
43 4 -1.5590 -1.8947 -5.1051 117.4211
|
|
43 4 -1.5590 -1.6316 -2.3913 106.5070
|
|
43 4 -1.5590 -1.3684 -1.1077 96.8949
|
|
43 4 -1.5590 -1.1053 -0.2391 88.5672
|
|
43 4 -1.5590 -0.8421 0.9384 80.7149
|
|
43 4 -1.5590 -0.5789 2.1581 72.2800
|
|
43 4 -1.5590 -0.3158 2.2934 62.9712
|
|
43 4 -1.5590 -0.0526 0.5526 53.7231
|
|
43 4 -1.5590 0.2105 -2.6555 45.5773
|
|
43 4 -1.5590 0.4737 -6.5216 38.7117
|
|
43 4 -1.5590 0.7368 -10.6781 32.8617
|
|
43 4 -1.5590 1.0000 -15.0398 27.9155
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 44 coord.: 0.1666667 0.1666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -20.7958 eV Re[Sigma]= -65.523296 meV Im[Sigma]= 15.299313 meV Z= 0.997611 lam= 0.002394
|
|
E( 2 )= -2.5926 eV Re[Sigma]= 91.317344 meV Im[Sigma]= 184.016312 meV Z= 1.046154 lam= -0.044118
|
|
E( 3 )= -0.4527 eV Re[Sigma]= 133.606473 meV Im[Sigma]= 76.855068 meV Z= 1.002107 lam= -0.002102
|
|
E( 4 )= -0.4527 eV Re[Sigma]= 133.606473 meV Im[Sigma]= 76.855068 meV Z= 1.002107 lam= -0.002102
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 44 coord.: 0.1666667 0.1666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 44 w = -4.0000 eV A(k,w) = 0.37429E-04 meV^-1
|
|
ik = 44 w = -3.7368 eV A(k,w) = 0.53568E-04 meV^-1
|
|
ik = 44 w = -3.4737 eV A(k,w) = 0.84685E-04 meV^-1
|
|
ik = 44 w = -3.2105 eV A(k,w) = 0.15901E-03 meV^-1
|
|
ik = 44 w = -2.9474 eV A(k,w) = 0.41560E-03 meV^-1
|
|
ik = 44 w = -2.6842 eV A(k,w) = 0.18475E-02 meV^-1
|
|
ik = 44 w = -2.4211 eV A(k,w) = 0.83351E-03 meV^-1
|
|
ik = 44 w = -2.1579 eV A(k,w) = 0.22070E-03 meV^-1
|
|
ik = 44 w = -1.8947 eV A(k,w) = 0.11365E-03 meV^-1
|
|
ik = 44 w = -1.6316 eV A(k,w) = 0.92133E-04 meV^-1
|
|
ik = 44 w = -1.3684 eV A(k,w) = 0.10561E-03 meV^-1
|
|
ik = 44 w = -1.1053 eV A(k,w) = 0.16507E-03 meV^-1
|
|
ik = 44 w = -0.8421 eV A(k,w) = 0.38420E-03 meV^-1
|
|
ik = 44 w = -0.5789 eV A(k,w) = 0.22925E-02 meV^-1
|
|
ik = 44 w = -0.3158 eV A(k,w) = 0.20001E-02 meV^-1
|
|
ik = 44 w = -0.0526 eV A(k,w) = 0.24752E-03 meV^-1
|
|
ik = 44 w = 0.2105 eV A(k,w) = 0.77799E-04 meV^-1
|
|
ik = 44 w = 0.4737 eV A(k,w) = 0.34229E-04 meV^-1
|
|
ik = 44 w = 0.7368 eV A(k,w) = 0.17802E-04 meV^-1
|
|
ik = 44 w = 1.0000 eV A(k,w) = 0.10241E-04 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
44 -4.0000 0.37429E-04
|
|
44 -3.7368 0.53568E-04
|
|
44 -3.4737 0.84685E-04
|
|
44 -3.2105 0.15901E-03
|
|
44 -2.9474 0.41560E-03
|
|
44 -2.6842 0.18475E-02
|
|
44 -2.4211 0.83351E-03
|
|
44 -2.1579 0.22070E-03
|
|
44 -1.8947 0.11365E-03
|
|
44 -1.6316 0.92133E-04
|
|
44 -1.3684 0.10561E-03
|
|
44 -1.1053 0.16507E-03
|
|
44 -0.8421 0.38420E-03
|
|
44 -0.5789 0.22925E-02
|
|
44 -0.3158 0.20001E-02
|
|
44 -0.0526 0.24752E-03
|
|
44 0.2105 0.77799E-04
|
|
44 0.4737 0.34229E-04
|
|
44 0.7368 0.17802E-04
|
|
44 1.0000 0.10241E-04
|
|
44 1 -20.7958 -4.0000 -34.1997 134.0725
|
|
44 1 -20.7958 -3.7368 -27.1875 131.3712
|
|
44 1 -20.7958 -3.4737 -19.9342 127.9138
|
|
44 1 -20.7958 -3.2105 -12.3997 123.5400
|
|
44 1 -20.7958 -2.9474 -4.6366 117.8201
|
|
44 1 -20.7958 -2.6842 2.7696 110.0643
|
|
44 1 -20.7958 -2.4211 8.3937 100.3499
|
|
44 1 -20.7958 -2.1579 11.4484 90.0317
|
|
44 1 -20.7958 -1.8947 12.4087 80.3037
|
|
44 1 -20.7958 -1.6316 12.0353 71.5383
|
|
44 1 -20.7958 -1.3684 10.8158 63.7552
|
|
44 1 -20.7958 -1.1053 9.1672 56.9212
|
|
44 1 -20.7958 -0.8421 7.4574 50.7582
|
|
44 1 -20.7958 -0.5789 5.7066 44.8243
|
|
44 1 -20.7958 -0.3158 3.5413 38.9207
|
|
44 1 -20.7958 -0.0526 0.6550 33.3599
|
|
44 1 -20.7958 0.2105 -2.7769 28.5417
|
|
44 1 -20.7958 0.4737 -6.3946 24.5217
|
|
44 1 -20.7958 0.7368 -10.0103 21.1598
|
|
44 1 -20.7958 1.0000 -13.5631 18.3594
|
|
|
|
44 2 -2.5926 -4.0000 -81.0508 155.1419
|
|
44 2 -2.5926 -3.7368 -72.0912 155.4781
|
|
44 2 -2.5926 -3.4737 -62.6833 155.2558
|
|
44 2 -2.5926 -3.2105 -52.2438 154.4396
|
|
44 2 -2.5926 -2.9474 -40.1867 152.0209
|
|
44 2 -2.5926 -2.6842 -27.3003 146.1520
|
|
44 2 -2.5926 -2.4211 -16.2255 136.4606
|
|
44 2 -2.5926 -2.1579 -8.6263 124.9867
|
|
44 2 -2.5926 -1.8947 -4.0362 113.6689
|
|
44 2 -2.5926 -1.6316 -1.4581 103.2310
|
|
44 2 -2.5926 -1.3684 -0.1406 93.9133
|
|
44 2 -2.5926 -1.1053 0.7526 85.6688
|
|
44 2 -2.5926 -0.8421 1.8119 77.7933
|
|
44 2 -2.5926 -0.5789 2.7557 69.3859
|
|
44 2 -2.5926 -0.3158 2.5672 60.2617
|
|
44 2 -2.5926 -0.0526 0.5861 51.3234
|
|
44 2 -2.5926 0.2105 -2.7485 43.5174
|
|
44 2 -2.5926 0.4737 -6.6612 36.9763
|
|
44 2 -2.5926 0.7368 -10.8036 31.4280
|
|
44 2 -2.5926 1.0000 -15.0984 26.7483
|
|
|
|
44 3 -0.4527 -4.0000 -104.9879 178.9759
|
|
44 3 -0.4527 -3.7368 -94.3619 180.5984
|
|
44 3 -0.4527 -3.4737 -82.9330 181.5070
|
|
44 3 -0.4527 -3.2105 -70.1005 181.5349
|
|
44 3 -0.4527 -2.9474 -55.3053 179.4994
|
|
44 3 -0.4527 -2.6842 -39.5175 173.3018
|
|
44 3 -0.4527 -2.4211 -25.8129 162.5410
|
|
44 3 -0.4527 -2.1579 -16.1201 149.5918
|
|
44 3 -0.4527 -1.8947 -9.9089 136.6883
|
|
44 3 -0.4527 -1.6316 -6.0671 124.6663
|
|
44 3 -0.4527 -1.3684 -3.7610 113.8571
|
|
44 3 -0.4527 -1.1053 -1.9765 104.2629
|
|
44 3 -0.4527 -0.8421 0.0402 95.0271
|
|
44 3 -0.4527 -0.5789 1.9407 85.0058
|
|
44 3 -0.4527 -0.3158 2.4193 73.9497
|
|
44 3 -0.4527 -0.0526 0.6072 63.0078
|
|
44 3 -0.4527 0.2105 -2.9568 53.3975
|
|
44 3 -0.4527 0.4737 -7.3042 45.2970
|
|
44 3 -0.4527 0.7368 -12.0150 38.3825
|
|
44 3 -0.4527 1.0000 -16.9960 32.5318
|
|
|
|
44 4 -0.4527 -4.0000 -104.6926 178.8469
|
|
44 4 -0.4527 -3.7368 -94.0801 180.4549
|
|
44 4 -0.4527 -3.4737 -82.6647 181.3508
|
|
44 4 -0.4527 -3.2105 -69.8467 181.3673
|
|
44 4 -0.4527 -2.9474 -55.0675 179.3228
|
|
44 4 -0.4527 -2.6842 -39.2953 173.1196
|
|
44 4 -0.4527 -2.4211 -25.6032 162.3550
|
|
44 4 -0.4527 -2.1579 -15.9199 149.3994
|
|
44 4 -0.4527 -1.8947 -9.7196 136.4845
|
|
44 4 -0.4527 -1.6316 -5.8954 124.4477
|
|
44 4 -0.4527 -1.3684 -3.6159 113.6250
|
|
44 4 -0.4527 -1.1053 -1.8673 104.0248
|
|
44 4 -0.4527 -0.8421 0.1091 94.7969
|
|
44 4 -0.4527 -0.5789 1.9743 84.7987
|
|
44 4 -0.4527 -0.3158 2.4298 73.7749
|
|
44 4 -0.4527 -0.0526 0.6078 62.8664
|
|
44 4 -0.4527 0.2105 -2.9563 53.2852
|
|
44 4 -0.4527 0.4737 -7.2984 45.2079
|
|
44 4 -0.4527 0.7368 -12.0016 38.3112
|
|
44 4 -0.4527 1.0000 -16.9744 32.4742
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 45 coord.: 0.1666667 0.1666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -19.4313 eV Re[Sigma]= -66.035129 meV Im[Sigma]= 34.912737 meV Z= 1.000969 lam= -0.000968
|
|
E( 2 )= -5.3692 eV Re[Sigma]= -1.131745 meV Im[Sigma]= 135.236987 meV Z= 1.027486 lam= -0.026751
|
|
E( 3 )= -3.4193 eV Re[Sigma]= 47.454431 meV Im[Sigma]= 173.778830 meV Z= 1.035223 lam= -0.034025
|
|
E( 4 )= -0.9512 eV Re[Sigma]= 116.888202 meV Im[Sigma]= 86.616926 meV Z= 1.004789 lam= -0.004766
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 45 coord.: 0.1666667 0.1666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 45 w = -4.0000 eV A(k,w) = 0.17705E-03 meV^-1
|
|
ik = 45 w = -3.7368 eV A(k,w) = 0.53487E-03 meV^-1
|
|
ik = 45 w = -3.4737 eV A(k,w) = 0.23925E-02 meV^-1
|
|
ik = 45 w = -3.2105 eV A(k,w) = 0.53557E-03 meV^-1
|
|
ik = 45 w = -2.9474 eV A(k,w) = 0.17271E-03 meV^-1
|
|
ik = 45 w = -2.6842 eV A(k,w) = 0.89967E-04 meV^-1
|
|
ik = 45 w = -2.4211 eV A(k,w) = 0.61692E-04 meV^-1
|
|
ik = 45 w = -2.1579 eV A(k,w) = 0.53213E-04 meV^-1
|
|
ik = 45 w = -1.8947 eV A(k,w) = 0.58225E-04 meV^-1
|
|
ik = 45 w = -1.6316 eV A(k,w) = 0.83804E-04 meV^-1
|
|
ik = 45 w = -1.3684 eV A(k,w) = 0.17871E-03 meV^-1
|
|
ik = 45 w = -1.1053 eV A(k,w) = 0.90384E-03 meV^-1
|
|
ik = 45 w = -0.8421 eV A(k,w) = 0.14245E-02 meV^-1
|
|
ik = 45 w = -0.5789 eV A(k,w) = 0.16643E-03 meV^-1
|
|
ik = 45 w = -0.3158 eV A(k,w) = 0.52158E-04 meV^-1
|
|
ik = 45 w = -0.0526 eV A(k,w) = 0.22933E-04 meV^-1
|
|
ik = 45 w = 0.2105 eV A(k,w) = 0.11988E-04 meV^-1
|
|
ik = 45 w = 0.4737 eV A(k,w) = 0.69789E-05 meV^-1
|
|
ik = 45 w = 0.7368 eV A(k,w) = 0.43539E-05 meV^-1
|
|
ik = 45 w = 1.0000 eV A(k,w) = 0.28537E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
45 -4.0000 0.17705E-03
|
|
45 -3.7368 0.53487E-03
|
|
45 -3.4737 0.23925E-02
|
|
45 -3.2105 0.53557E-03
|
|
45 -2.9474 0.17271E-03
|
|
45 -2.6842 0.89967E-04
|
|
45 -2.4211 0.61692E-04
|
|
45 -2.1579 0.53213E-04
|
|
45 -1.8947 0.58225E-04
|
|
45 -1.6316 0.83804E-04
|
|
45 -1.3684 0.17871E-03
|
|
45 -1.1053 0.90384E-03
|
|
45 -0.8421 0.14245E-02
|
|
45 -0.5789 0.16643E-03
|
|
45 -0.3158 0.52158E-04
|
|
45 -0.0526 0.22933E-04
|
|
45 0.2105 0.11988E-04
|
|
45 0.4737 0.69789E-05
|
|
45 0.7368 0.43539E-05
|
|
45 1.0000 0.28537E-05
|
|
45 1 -19.4313 -4.0000 -31.8114 122.9628
|
|
45 1 -19.4313 -3.7368 -25.4333 120.4390
|
|
45 1 -19.4313 -3.4737 -18.9530 117.2686
|
|
45 1 -19.4313 -3.2105 -12.2480 113.4242
|
|
45 1 -19.4313 -2.9474 -5.1886 108.4917
|
|
45 1 -19.4313 -2.6842 1.7583 101.6619
|
|
45 1 -19.4313 -2.4211 7.1789 92.8683
|
|
45 1 -19.4313 -2.1579 10.2121 83.3556
|
|
45 1 -19.4313 -1.8947 11.2137 74.2904
|
|
45 1 -19.4313 -1.6316 10.8567 66.1138
|
|
45 1 -19.4313 -1.3684 9.6495 58.9422
|
|
45 1 -19.4313 -1.1053 8.0944 52.7455
|
|
45 1 -19.4313 -0.8421 6.5806 47.1758
|
|
45 1 -19.4313 -0.5789 5.0841 41.7521
|
|
45 1 -19.4313 -0.3158 3.1930 36.2877
|
|
45 1 -19.4313 -0.0526 0.5954 31.1119
|
|
45 1 -19.4313 0.2105 -2.5344 26.6243
|
|
45 1 -19.4313 0.4737 -5.8460 22.8796
|
|
45 1 -19.4313 0.7368 -9.1616 19.7408
|
|
45 1 -19.4313 1.0000 -12.4298 17.1181
|
|
|
|
45 2 -5.3692 -4.0000 -60.2114 121.3491
|
|
45 2 -5.3692 -3.7368 -53.2214 121.5469
|
|
45 2 -5.3692 -3.4737 -45.8496 121.2655
|
|
45 2 -5.3692 -3.2105 -37.6675 120.4670
|
|
45 2 -5.3692 -2.9474 -28.2422 118.3677
|
|
45 2 -5.3692 -2.6842 -18.1982 113.5358
|
|
45 2 -5.3692 -2.4211 -9.6071 105.6715
|
|
45 2 -5.3692 -2.1579 -3.8089 96.3685
|
|
45 2 -5.3692 -1.8947 -0.4783 87.1824
|
|
45 2 -5.3692 -1.6316 1.1593 78.7474
|
|
45 2 -5.3692 -1.3684 1.7420 71.3091
|
|
45 2 -5.3692 -1.1053 1.9892 64.8299
|
|
45 2 -5.3692 -0.8421 2.3899 58.7335
|
|
45 2 -5.3692 -0.5789 2.7354 52.3090
|
|
45 2 -5.3692 -0.3158 2.2615 45.4102
|
|
45 2 -5.3692 -0.0526 0.4898 38.7068
|
|
45 2 -5.3692 0.2105 -2.2394 32.8836
|
|
45 2 -5.3692 0.4737 -5.3496 28.0171
|
|
45 2 -5.3692 0.7368 -8.5910 23.8872
|
|
45 2 -5.3692 1.0000 -11.9216 20.3931
|
|
|
|
45 3 -3.4193 -4.0000 -70.4033 133.1260
|
|
45 3 -3.4193 -3.7368 -62.6736 133.8930
|
|
45 3 -3.4193 -3.4737 -54.3580 134.0997
|
|
45 3 -3.4193 -3.2105 -45.0322 133.6153
|
|
45 3 -3.4193 -2.9474 -34.3168 131.5570
|
|
45 3 -3.4193 -2.6842 -22.9674 126.4010
|
|
45 3 -3.4193 -2.4211 -13.2654 117.8869
|
|
45 3 -3.4193 -2.1579 -6.6415 107.7973
|
|
45 3 -3.4193 -1.8947 -2.7087 97.8245
|
|
45 3 -3.4193 -1.6316 -0.6205 88.6476
|
|
45 3 -3.4193 -1.3684 0.3197 80.5413
|
|
45 3 -3.4193 -1.1053 0.9220 73.4617
|
|
45 3 -3.4193 -0.8421 1.7331 66.7365
|
|
45 3 -3.4193 -0.5789 2.4863 59.5413
|
|
45 3 -3.4193 -0.3158 2.2715 51.7155
|
|
45 3 -3.4193 -0.0526 0.5140 44.0539
|
|
45 3 -3.4193 0.2105 -2.3983 37.3759
|
|
45 3 -3.4193 0.4737 -5.7911 31.7890
|
|
45 3 -3.4193 0.7368 -9.3656 27.0486
|
|
45 3 -3.4193 1.0000 -13.0646 23.0424
|
|
|
|
45 4 -0.9512 -4.0000 -91.0085 158.6792
|
|
45 4 -0.9512 -3.7368 -81.6312 160.2134
|
|
45 4 -0.9512 -3.4737 -71.4479 161.1612
|
|
45 4 -0.9512 -3.2105 -59.8859 161.3180
|
|
45 4 -0.9512 -2.9474 -46.4432 159.5521
|
|
45 4 -0.9512 -2.6842 -32.0193 153.9046
|
|
45 4 -0.9512 -2.4211 -19.4672 143.9355
|
|
45 4 -0.9512 -2.1579 -10.6868 131.7846
|
|
45 4 -0.9512 -1.8947 -5.3266 119.6019
|
|
45 4 -0.9512 -1.6316 -2.3752 108.3325
|
|
45 4 -0.9512 -1.3684 -0.9427 98.3894
|
|
45 4 -0.9512 -1.1053 0.0166 89.7538
|
|
45 4 -0.9512 -0.8421 1.2299 81.6046
|
|
45 4 -0.9512 -0.5789 2.4146 72.8929
|
|
45 4 -0.9512 -0.3158 2.4467 63.3658
|
|
45 4 -0.9512 -0.0526 0.5770 53.9837
|
|
45 4 -0.9512 0.2105 -2.7415 45.7720
|
|
45 4 -0.9512 0.4737 -6.6835 38.8770
|
|
45 4 -0.9512 0.7368 -10.8858 33.0085
|
|
45 4 -0.9512 1.0000 -15.2766 28.0433
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 46 coord.: 0.1666667 0.1666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.622374 meV Im[Sigma]= 68.210951 meV Z= 1.015079 lam= -0.014855
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.103395 meV Im[Sigma]= 57.853199 meV Z= 1.005376 lam= -0.005347
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.340409 meV Im[Sigma]= 120.237245 meV Z= 1.022394 lam= -0.021904
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 72.264899 meV Im[Sigma]= 163.896084 meV Z= 1.043274 lam= -0.041479
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 46 coord.: 0.1666667 0.1666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 46 w = -4.0000 eV A(k,w) = 0.47030E-04 meV^-1
|
|
ik = 46 w = -3.7368 eV A(k,w) = 0.55768E-04 meV^-1
|
|
ik = 46 w = -3.4737 eV A(k,w) = 0.83243E-04 meV^-1
|
|
ik = 46 w = -3.2105 eV A(k,w) = 0.16540E-03 meV^-1
|
|
ik = 46 w = -2.9474 eV A(k,w) = 0.53012E-03 meV^-1
|
|
ik = 46 w = -2.6842 eV A(k,w) = 0.25226E-02 meV^-1
|
|
ik = 46 w = -2.4211 eV A(k,w) = 0.48175E-03 meV^-1
|
|
ik = 46 w = -2.1579 eV A(k,w) = 0.13000E-03 meV^-1
|
|
ik = 46 w = -1.8947 eV A(k,w) = 0.54861E-04 meV^-1
|
|
ik = 46 w = -1.6316 eV A(k,w) = 0.28805E-04 meV^-1
|
|
ik = 46 w = -1.3684 eV A(k,w) = 0.17199E-04 meV^-1
|
|
ik = 46 w = -1.1053 eV A(k,w) = 0.11183E-04 meV^-1
|
|
ik = 46 w = -0.8421 eV A(k,w) = 0.76612E-05 meV^-1
|
|
ik = 46 w = -0.5789 eV A(k,w) = 0.53649E-05 meV^-1
|
|
ik = 46 w = -0.3158 eV A(k,w) = 0.37652E-05 meV^-1
|
|
ik = 46 w = -0.0526 eV A(k,w) = 0.26507E-05 meV^-1
|
|
ik = 46 w = 0.2105 eV A(k,w) = 0.18936E-05 meV^-1
|
|
ik = 46 w = 0.4737 eV A(k,w) = 0.13776E-05 meV^-1
|
|
ik = 46 w = 0.7368 eV A(k,w) = 0.10156E-05 meV^-1
|
|
ik = 46 w = 1.0000 eV A(k,w) = 0.75761E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
46 -4.0000 0.47030E-04
|
|
46 -3.7368 0.55768E-04
|
|
46 -3.4737 0.83243E-04
|
|
46 -3.2105 0.16540E-03
|
|
46 -2.9474 0.53012E-03
|
|
46 -2.6842 0.25226E-02
|
|
46 -2.4211 0.48175E-03
|
|
46 -2.1579 0.13000E-03
|
|
46 -1.8947 0.54861E-04
|
|
46 -1.6316 0.28805E-04
|
|
46 -1.3684 0.17199E-04
|
|
46 -1.1053 0.11183E-04
|
|
46 -0.8421 0.76612E-05
|
|
46 -0.5789 0.53649E-05
|
|
46 -0.3158 0.37652E-05
|
|
46 -0.0526 0.26507E-05
|
|
46 0.2105 0.18936E-05
|
|
46 0.4737 0.13776E-05
|
|
46 0.7368 0.10156E-05
|
|
46 1.0000 0.75761E-06
|
|
46 1 -16.6105 -4.0000 -32.3428 106.6443
|
|
46 1 -16.6105 -3.7368 -26.6735 104.8743
|
|
46 1 -16.6105 -3.4737 -20.9511 102.5580
|
|
46 1 -16.6105 -3.2105 -14.9888 99.7467
|
|
46 1 -16.6105 -2.9474 -8.5383 96.0285
|
|
46 1 -16.6105 -2.6842 -1.9922 90.5316
|
|
46 1 -16.6105 -2.4211 3.2791 83.1099
|
|
46 1 -16.6105 -2.1579 6.4088 74.9052
|
|
46 1 -16.6105 -1.8947 7.6846 67.0126
|
|
46 1 -16.6105 -1.6316 7.7031 59.8684
|
|
46 1 -16.6105 -1.3684 6.9436 53.6166
|
|
46 1 -16.6105 -1.1053 5.9104 48.2223
|
|
46 1 -16.6105 -0.8421 4.9627 43.3093
|
|
46 1 -16.6105 -0.5789 4.0177 38.4032
|
|
46 1 -16.6105 -0.3158 2.6306 33.3658
|
|
46 1 -16.6105 -0.0526 0.5033 28.5667
|
|
46 1 -16.6105 0.2105 -2.1691 24.4113
|
|
46 1 -16.6105 0.4737 -5.0327 20.9460
|
|
46 1 -16.6105 0.7368 -7.9202 18.0310
|
|
46 1 -16.6105 1.0000 -10.7913 15.5849
|
|
|
|
46 2 -10.7517 -4.0000 -34.2675 81.7753
|
|
46 2 -10.7517 -3.7368 -29.8628 81.2978
|
|
46 2 -10.7517 -3.4737 -25.3305 80.4855
|
|
46 2 -10.7517 -3.2105 -20.4313 79.3733
|
|
46 2 -10.7517 -2.9474 -14.8650 77.5472
|
|
46 2 -10.7517 -2.6842 -8.9445 74.1352
|
|
46 2 -10.7517 -2.4211 -3.9170 68.9158
|
|
46 2 -10.7517 -2.1579 -0.6113 62.8574
|
|
46 2 -10.7517 -1.8947 1.1824 56.9150
|
|
46 2 -10.7517 -1.6316 1.9463 51.4639
|
|
46 2 -10.7517 -1.3684 2.0634 46.6499
|
|
46 2 -10.7517 -1.1053 1.9801 42.4618
|
|
46 2 -10.7517 -0.8421 2.0208 38.5392
|
|
46 2 -10.7517 -0.5789 2.0640 34.4128
|
|
46 2 -10.7517 -0.3158 1.6127 29.9689
|
|
46 2 -10.7517 -0.0526 0.3411 25.6313
|
|
46 2 -10.7517 0.2105 -1.5447 21.8473
|
|
46 2 -10.7517 0.4737 -3.6769 18.6737
|
|
46 2 -10.7517 0.7368 -5.8949 15.9738
|
|
46 2 -10.7517 1.0000 -8.1706 13.6862
|
|
|
|
46 3 -5.2472 -4.0000 -58.5131 109.5736
|
|
46 3 -5.2472 -3.7368 -52.0697 110.3224
|
|
46 3 -5.2472 -3.4737 -45.1868 110.5030
|
|
46 3 -5.2472 -3.2105 -37.5733 110.1141
|
|
46 3 -5.2472 -2.9474 -28.8436 108.5222
|
|
46 3 -5.2472 -2.6842 -19.5167 104.4421
|
|
46 3 -5.2472 -2.4211 -11.4631 97.5739
|
|
46 3 -5.2472 -2.1579 -5.9079 89.3548
|
|
46 3 -5.2472 -1.8947 -2.5596 81.1842
|
|
46 3 -5.2472 -1.6316 -0.7382 73.6267
|
|
46 3 -5.2472 -1.3684 0.1159 66.9238
|
|
46 3 -5.2472 -1.1053 0.6733 61.0563
|
|
46 3 -5.2472 -0.8421 1.3946 55.4712
|
|
46 3 -5.2472 -0.5789 2.0560 49.4808
|
|
46 3 -5.2472 -0.3158 1.8923 42.9589
|
|
46 3 -5.2472 -0.0526 0.4289 36.5805
|
|
46 3 -5.2472 0.2105 -2.0005 31.0318
|
|
46 3 -5.2472 0.4737 -4.8256 26.3991
|
|
46 3 -5.2472 0.7368 -7.7947 22.4712
|
|
46 3 -5.2472 1.0000 -10.8640 19.1492
|
|
|
|
46 4 -2.6593 -4.0000 -74.6776 132.0256
|
|
46 4 -2.6593 -3.7368 -66.5860 133.0500
|
|
46 4 -2.6593 -3.4737 -58.0213 133.3909
|
|
46 4 -2.6593 -3.2105 -48.5931 133.0530
|
|
46 4 -2.6593 -2.9474 -37.8273 131.2518
|
|
46 4 -2.6593 -2.6842 -26.3721 126.4429
|
|
46 4 -2.6593 -2.4211 -16.4687 118.3025
|
|
46 4 -2.6593 -2.1579 -9.5471 108.5564
|
|
46 4 -2.6593 -1.8947 -5.2498 98.8523
|
|
46 4 -2.6593 -1.6316 -2.7786 89.8569
|
|
46 4 -2.6593 -1.3684 -1.4703 81.8721
|
|
46 4 -2.6593 -1.1053 -0.5032 74.8835
|
|
46 4 -2.6593 -0.8421 0.6979 68.2054
|
|
46 4 -2.6593 -0.5789 1.8544 60.9655
|
|
46 4 -2.6593 -0.3158 1.9874 52.9908
|
|
46 4 -2.6593 -0.0526 0.4757 45.1367
|
|
46 4 -2.6593 0.2105 -2.2678 38.2813
|
|
46 4 -2.6593 0.4737 -5.5280 32.5370
|
|
46 4 -2.6593 0.7368 -8.9982 27.6426
|
|
46 4 -2.6593 1.0000 -12.6308 23.4883
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 47 coord.: 0.1666667 0.1666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.206007 meV Im[Sigma]= 62.540180 meV Z= 1.004137 lam= -0.004120
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.484141 meV Im[Sigma]= 65.235102 meV Z= 1.008652 lam= -0.008578
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.755260 meV Im[Sigma]= 134.099319 meV Z= 1.018132 lam= -0.017809
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.529398 meV Im[Sigma]= 142.416209 meV Z= 1.025045 lam= -0.024433
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 47 coord.: 0.1666667 0.1666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 47 w = -4.0000 eV A(k,w) = 0.25511E-02 meV^-1
|
|
ik = 47 w = -3.7368 eV A(k,w) = 0.66740E-03 meV^-1
|
|
ik = 47 w = -3.4737 eV A(k,w) = 0.18758E-03 meV^-1
|
|
ik = 47 w = -3.2105 eV A(k,w) = 0.88827E-04 meV^-1
|
|
ik = 47 w = -2.9474 eV A(k,w) = 0.52108E-04 meV^-1
|
|
ik = 47 w = -2.6842 eV A(k,w) = 0.33637E-04 meV^-1
|
|
ik = 47 w = -2.4211 eV A(k,w) = 0.22641E-04 meV^-1
|
|
ik = 47 w = -2.1579 eV A(k,w) = 0.15667E-04 meV^-1
|
|
ik = 47 w = -1.8947 eV A(k,w) = 0.11141E-04 meV^-1
|
|
ik = 47 w = -1.6316 eV A(k,w) = 0.81290E-05 meV^-1
|
|
ik = 47 w = -1.3684 eV A(k,w) = 0.60790E-05 meV^-1
|
|
ik = 47 w = -1.1053 eV A(k,w) = 0.46488E-05 meV^-1
|
|
ik = 47 w = -0.8421 eV A(k,w) = 0.35965E-05 meV^-1
|
|
ik = 47 w = -0.5789 eV A(k,w) = 0.27672E-05 meV^-1
|
|
ik = 47 w = -0.3158 eV A(k,w) = 0.20939E-05 meV^-1
|
|
ik = 47 w = -0.0526 eV A(k,w) = 0.15675E-05 meV^-1
|
|
ik = 47 w = 0.2105 eV A(k,w) = 0.11783E-05 meV^-1
|
|
ik = 47 w = 0.4737 eV A(k,w) = 0.89463E-06 meV^-1
|
|
ik = 47 w = 0.7368 eV A(k,w) = 0.68388E-06 meV^-1
|
|
ik = 47 w = 1.0000 eV A(k,w) = 0.52628E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
47 -4.0000 0.25511E-02
|
|
47 -3.7368 0.66740E-03
|
|
47 -3.4737 0.18758E-03
|
|
47 -3.2105 0.88827E-04
|
|
47 -2.9474 0.52108E-04
|
|
47 -2.6842 0.33637E-04
|
|
47 -2.4211 0.22641E-04
|
|
47 -2.1579 0.15667E-04
|
|
47 -1.8947 0.11141E-04
|
|
47 -1.6316 0.81290E-05
|
|
47 -1.3684 0.60790E-05
|
|
47 -1.1053 0.46488E-05
|
|
47 -0.8421 0.35965E-05
|
|
47 -0.5789 0.27672E-05
|
|
47 -0.3158 0.20939E-05
|
|
47 -0.0526 0.15675E-05
|
|
47 0.2105 0.11783E-05
|
|
47 0.4737 0.89463E-06
|
|
47 0.7368 0.68388E-06
|
|
47 1.0000 0.52628E-06
|
|
47 1 -15.5565 -4.0000 -32.5994 103.1813
|
|
47 1 -15.5565 -3.7368 -27.1363 101.4669
|
|
47 1 -15.5565 -3.4737 -21.6534 99.2860
|
|
47 1 -15.5565 -3.2105 -15.9267 96.7031
|
|
47 1 -15.5565 -2.9474 -9.6558 93.3006
|
|
47 1 -15.5565 -2.6842 -3.1925 88.1604
|
|
47 1 -15.5565 -2.4211 2.0844 81.0775
|
|
47 1 -15.5565 -2.1579 5.2678 73.1713
|
|
47 1 -15.5565 -1.8947 6.6226 65.5479
|
|
47 1 -15.5565 -1.6316 6.7430 58.6515
|
|
47 1 -15.5565 -1.3684 6.1102 52.6264
|
|
47 1 -15.5565 -1.1053 5.2300 47.4312
|
|
47 1 -15.5565 -0.8421 4.4557 42.6782
|
|
47 1 -15.5565 -0.5789 3.6875 37.8863
|
|
47 1 -15.5565 -0.3158 2.4627 32.9255
|
|
47 1 -15.5565 -0.0526 0.4770 28.1818
|
|
47 1 -15.5565 0.2105 -2.0686 24.0710
|
|
47 1 -15.5565 0.4737 -4.8150 20.6401
|
|
47 1 -15.5565 0.7368 -7.5956 17.7484
|
|
47 1 -15.5565 1.0000 -10.3728 15.3177
|
|
|
|
47 2 -12.4383 -4.0000 -30.0175 73.6833
|
|
47 2 -12.4383 -3.7368 -26.3951 73.3942
|
|
47 2 -12.4383 -3.4737 -22.5087 72.8623
|
|
47 2 -12.4383 -3.2105 -18.1659 72.0346
|
|
47 2 -12.4383 -2.9474 -13.1524 70.5030
|
|
47 2 -12.4383 -2.6842 -7.7918 67.4836
|
|
47 2 -12.4383 -2.4211 -3.2344 62.7879
|
|
47 2 -12.4383 -2.1579 -0.2401 57.3092
|
|
47 2 -12.4383 -1.8947 1.3863 51.9202
|
|
47 2 -12.4383 -1.6316 2.0813 46.9535
|
|
47 2 -12.4383 -1.3684 2.1754 42.5390
|
|
47 2 -12.4383 -1.1053 2.0592 38.6830
|
|
47 2 -12.4383 -0.8421 2.0314 35.0801
|
|
47 2 -12.4383 -0.5789 1.9985 31.3144
|
|
47 2 -12.4383 -0.3158 1.5256 27.2766
|
|
47 2 -12.4383 -0.0526 0.3193 23.3379
|
|
47 2 -12.4383 0.2105 -1.4405 19.8994
|
|
47 2 -12.4383 0.4737 -3.4246 17.0158
|
|
47 2 -12.4383 0.7368 -5.4856 14.5670
|
|
47 2 -12.4383 1.0000 -7.5939 12.4967
|
|
|
|
47 3 -4.5379 -4.0000 -63.5402 114.9742
|
|
47 3 -4.5379 -3.7368 -56.9717 115.9775
|
|
47 3 -4.5379 -3.4737 -49.8240 116.5258
|
|
47 3 -4.5379 -3.2105 -41.7281 116.5150
|
|
47 3 -4.5379 -2.9474 -32.2937 115.1744
|
|
47 3 -4.5379 -2.6842 -22.1345 111.0782
|
|
47 3 -4.5379 -2.4211 -13.3170 103.8978
|
|
47 3 -4.5379 -2.1579 -7.1992 95.2017
|
|
47 3 -4.5379 -1.8947 -3.4777 86.5283
|
|
47 3 -4.5379 -1.6316 -1.4098 78.5025
|
|
47 3 -4.5379 -1.3684 -0.3853 71.3843
|
|
47 3 -4.5379 -1.1053 0.3162 65.1522
|
|
47 3 -4.5379 -0.8421 1.1897 59.2152
|
|
47 3 -4.5379 -0.5789 1.9982 52.8354
|
|
47 3 -4.5379 -0.3158 1.9207 45.8734
|
|
47 3 -4.5379 -0.0526 0.4427 39.0527
|
|
47 3 -4.5379 0.2105 -2.0800 33.1134
|
|
47 3 -4.5379 0.4737 -5.0362 28.1503
|
|
47 3 -4.5379 0.7368 -8.1561 23.9393
|
|
47 3 -4.5379 1.0000 -11.3922 20.3773
|
|
|
|
47 4 -3.8929 -4.0000 -65.6064 114.7269
|
|
47 4 -3.8929 -3.7368 -59.1303 115.8508
|
|
47 4 -3.8929 -3.4737 -52.0285 116.5941
|
|
47 4 -3.8929 -3.2105 -43.9218 116.8020
|
|
47 4 -3.8929 -2.9474 -34.4343 115.6876
|
|
47 4 -3.8929 -2.6842 -24.1750 111.8246
|
|
47 4 -3.8929 -2.4211 -15.1973 104.8675
|
|
47 4 -3.8929 -2.1579 -8.8607 96.3540
|
|
47 4 -3.8929 -1.8947 -4.8875 87.7955
|
|
47 4 -3.8929 -1.6316 -2.5756 79.8170
|
|
47 4 -3.8929 -1.3684 -1.3369 72.7096
|
|
47 4 -3.8929 -1.1053 -0.4356 66.4792
|
|
47 4 -3.8929 -0.8421 0.6500 60.5263
|
|
47 4 -3.8929 -0.5789 1.6790 54.0787
|
|
47 4 -3.8929 -0.3158 1.7856 46.9866
|
|
47 4 -3.8929 -0.0526 0.4259 40.0135
|
|
47 4 -3.8929 0.2105 -2.0262 33.9368
|
|
47 4 -3.8929 0.4737 -4.9315 28.8521
|
|
47 4 -3.8929 0.7368 -8.0168 24.5219
|
|
47 4 -3.8929 1.0000 -11.2427 20.8450
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 48 coord.: 0.1666667 0.1666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.014484 meV Im[Sigma]= 43.223724 meV Z= 1.007620 lam= -0.007563
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.958557 meV Im[Sigma]= 102.189148 meV Z= 1.018021 lam= -0.017702
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 47.272380 meV Im[Sigma]= 167.532067 meV Z= 1.035892 lam= -0.034648
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.473886 meV Im[Sigma]= 167.235995 meV Z= 1.042446 lam= -0.040718
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 48 coord.: 0.1666667 0.1666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 48 w = -4.0000 eV A(k,w) = 0.12428E-03 meV^-1
|
|
ik = 48 w = -3.7368 eV A(k,w) = 0.29113E-03 meV^-1
|
|
ik = 48 w = -3.4737 eV A(k,w) = 0.13088E-02 meV^-1
|
|
ik = 48 w = -3.2105 eV A(k,w) = 0.13994E-02 meV^-1
|
|
ik = 48 w = -2.9474 eV A(k,w) = 0.63973E-03 meV^-1
|
|
ik = 48 w = -2.6842 eV A(k,w) = 0.21453E-02 meV^-1
|
|
ik = 48 w = -2.4211 eV A(k,w) = 0.77114E-03 meV^-1
|
|
ik = 48 w = -2.1579 eV A(k,w) = 0.19091E-03 meV^-1
|
|
ik = 48 w = -1.8947 eV A(k,w) = 0.79409E-04 meV^-1
|
|
ik = 48 w = -1.6316 eV A(k,w) = 0.41823E-04 meV^-1
|
|
ik = 48 w = -1.3684 eV A(k,w) = 0.25101E-04 meV^-1
|
|
ik = 48 w = -1.1053 eV A(k,w) = 0.16375E-04 meV^-1
|
|
ik = 48 w = -0.8421 eV A(k,w) = 0.11228E-04 meV^-1
|
|
ik = 48 w = -0.5789 eV A(k,w) = 0.78533E-05 meV^-1
|
|
ik = 48 w = -0.3158 eV A(k,w) = 0.54980E-05 meV^-1
|
|
ik = 48 w = -0.0526 eV A(k,w) = 0.38572E-05 meV^-1
|
|
ik = 48 w = 0.2105 eV A(k,w) = 0.27439E-05 meV^-1
|
|
ik = 48 w = 0.4737 eV A(k,w) = 0.19871E-05 meV^-1
|
|
ik = 48 w = 0.7368 eV A(k,w) = 0.14584E-05 meV^-1
|
|
ik = 48 w = 1.0000 eV A(k,w) = 0.10834E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
48 -4.0000 0.12428E-03
|
|
48 -3.7368 0.29113E-03
|
|
48 -3.4737 0.13088E-02
|
|
48 -3.2105 0.13994E-02
|
|
48 -2.9474 0.63973E-03
|
|
48 -2.6842 0.21453E-02
|
|
48 -2.4211 0.77114E-03
|
|
48 -2.1579 0.19091E-03
|
|
48 -1.8947 0.79409E-04
|
|
48 -1.6316 0.41823E-04
|
|
48 -1.3684 0.25101E-04
|
|
48 -1.1053 0.16375E-04
|
|
48 -0.8421 0.11228E-04
|
|
48 -0.5789 0.78533E-05
|
|
48 -0.3158 0.54980E-05
|
|
48 -0.0526 0.38572E-05
|
|
48 0.2105 0.27439E-05
|
|
48 0.4737 0.19871E-05
|
|
48 0.7368 0.14584E-05
|
|
48 1.0000 0.10834E-05
|
|
48 1 -18.6527 -4.0000 -29.8202 116.4534
|
|
48 1 -18.6527 -3.7368 -23.7591 113.9645
|
|
48 1 -18.6527 -3.4737 -17.6595 110.8465
|
|
48 1 -18.6527 -3.2105 -11.4084 107.1204
|
|
48 1 -18.6527 -2.9474 -4.8391 102.4200
|
|
48 1 -18.6527 -2.6842 1.6383 95.9538
|
|
48 1 -18.6527 -2.4211 6.6716 87.6365
|
|
48 1 -18.6527 -2.1579 9.4297 78.6610
|
|
48 1 -18.6527 -1.8947 10.2624 70.1544
|
|
48 1 -18.6527 -1.6316 9.8354 62.5389
|
|
48 1 -18.6527 -1.3684 8.6595 55.9124
|
|
48 1 -18.6527 -1.1053 7.2334 50.2102
|
|
48 1 -18.6527 -0.8421 5.9137 45.0516
|
|
48 1 -18.6527 -0.5789 4.6296 39.9555
|
|
48 1 -18.6527 -0.3158 2.9451 34.7637
|
|
48 1 -18.6527 -0.0526 0.5535 29.8253
|
|
48 1 -18.6527 0.2105 -2.3645 25.5395
|
|
48 1 -18.6527 0.4737 -5.4638 21.9559
|
|
48 1 -18.6527 0.7368 -8.5777 18.9399
|
|
48 1 -18.6527 1.0000 -11.6622 16.4108
|
|
|
|
48 2 -6.9063 -4.0000 -51.7924 105.5266
|
|
48 2 -6.9063 -3.7368 -45.7295 105.6341
|
|
48 2 -6.9063 -3.4737 -39.3749 105.2630
|
|
48 2 -6.9063 -3.2105 -32.4069 104.4268
|
|
48 2 -6.9063 -2.9474 -24.4485 102.5180
|
|
48 2 -6.9063 -2.6842 -15.9883 98.3466
|
|
48 2 -6.9063 -2.4211 -8.7467 91.6536
|
|
48 2 -6.9063 -2.1579 -3.8343 83.7665
|
|
48 2 -6.9063 -1.8947 -0.9784 75.9715
|
|
48 2 -6.9063 -1.6316 0.4556 68.7991
|
|
48 2 -6.9063 -1.3684 1.0060 62.4718
|
|
48 2 -6.9063 -1.1053 1.3052 56.9555
|
|
48 2 -6.9063 -0.8421 1.7774 51.7253
|
|
48 2 -6.9063 -0.5789 2.2122 46.1416
|
|
48 2 -6.9063 -0.3158 1.9054 40.0851
|
|
48 2 -6.9063 -0.0526 0.4204 34.1714
|
|
48 2 -6.9063 0.2105 -1.9387 29.0267
|
|
48 2 -6.9063 0.4737 -4.6511 24.7285
|
|
48 2 -6.9063 0.7368 -7.4875 21.0821
|
|
48 2 -6.9063 1.0000 -10.4089 17.9963
|
|
|
|
48 3 -3.2910 -4.0000 -69.9912 127.1491
|
|
48 3 -3.2910 -3.7368 -62.4573 128.0416
|
|
48 3 -3.2910 -3.4737 -54.4105 128.3124
|
|
48 3 -3.2910 -3.2105 -45.4985 127.9243
|
|
48 3 -3.2910 -2.9474 -35.3016 126.1239
|
|
48 3 -3.2910 -2.6842 -24.4488 121.4477
|
|
48 3 -3.2910 -2.4211 -15.0855 113.5887
|
|
48 3 -3.2910 -2.1579 -8.5866 104.2065
|
|
48 3 -3.2910 -1.8947 -4.6012 94.8934
|
|
48 3 -3.2910 -1.6316 -2.3449 86.2865
|
|
48 3 -3.2910 -1.3684 -1.1723 78.6583
|
|
48 3 -3.2910 -1.1053 -0.2997 71.9785
|
|
48 3 -3.2910 -0.8421 0.8117 65.5793
|
|
48 3 -3.2910 -0.5789 1.8794 58.6275
|
|
48 3 -3.2910 -0.3158 1.9614 50.9678
|
|
48 3 -3.2910 -0.0526 0.4656 43.4230
|
|
48 3 -3.2910 0.2105 -2.2137 36.8351
|
|
48 3 -3.2910 0.4737 -5.3913 31.3161
|
|
48 3 -3.2910 0.7368 -8.7694 26.6182
|
|
48 3 -3.2910 1.0000 -12.2984 22.6347
|
|
|
|
48 4 -2.6027 -4.0000 -75.1975 138.4724
|
|
48 4 -2.6027 -3.7368 -67.0897 139.2717
|
|
48 4 -2.6027 -3.4737 -58.4217 139.4867
|
|
48 4 -2.6027 -3.2105 -48.7513 139.0208
|
|
48 4 -2.6027 -2.9474 -37.6441 136.9850
|
|
48 4 -2.6027 -2.6842 -25.8443 131.7790
|
|
48 4 -2.6027 -2.4211 -15.7125 123.1091
|
|
48 4 -2.6027 -2.1579 -8.7280 112.8113
|
|
48 4 -2.6027 -1.8947 -4.4899 102.6237
|
|
48 4 -2.6027 -1.6316 -2.1261 93.2413
|
|
48 4 -2.6027 -1.3684 -0.9124 84.9439
|
|
48 4 -2.6027 -1.1053 0.0006 77.6650
|
|
48 4 -2.6027 -0.8421 1.1630 70.6642
|
|
48 4 -2.6027 -0.5789 2.2386 63.0681
|
|
48 4 -2.6027 -0.3158 2.2275 54.7444
|
|
48 4 -2.6027 -0.0526 0.5199 46.5758
|
|
48 4 -2.6027 0.2105 -2.4577 39.4547
|
|
48 4 -2.6027 0.4737 -5.9727 33.5050
|
|
48 4 -2.6027 0.7368 -9.6938 28.4669
|
|
48 4 -2.6027 1.0000 -13.5526 24.2165
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 49 coord.: 0.1666667 0.3333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.103958 meV Im[Sigma]= 43.283592 meV Z= 1.007631 lam= -0.007574
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -11.692755 meV Im[Sigma]= 102.513154 meV Z= 1.017928 lam= -0.017613
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 46.488525 meV Im[Sigma]= 163.653130 meV Z= 1.034583 lam= -0.033427
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.229708 meV Im[Sigma]= 166.720145 meV Z= 1.042258 lam= -0.040545
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 49 coord.: 0.1666667 0.3333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 49 w = -4.0000 eV A(k,w) = 0.12174E-03 meV^-1
|
|
ik = 49 w = -3.7368 eV A(k,w) = 0.28501E-03 meV^-1
|
|
ik = 49 w = -3.4737 eV A(k,w) = 0.13006E-02 meV^-1
|
|
ik = 49 w = -3.2105 eV A(k,w) = 0.14031E-02 meV^-1
|
|
ik = 49 w = -2.9474 eV A(k,w) = 0.63468E-03 meV^-1
|
|
ik = 49 w = -2.6842 eV A(k,w) = 0.21472E-02 meV^-1
|
|
ik = 49 w = -2.4211 eV A(k,w) = 0.77032E-03 meV^-1
|
|
ik = 49 w = -2.1579 eV A(k,w) = 0.19027E-03 meV^-1
|
|
ik = 49 w = -1.8947 eV A(k,w) = 0.79097E-04 meV^-1
|
|
ik = 49 w = -1.6316 eV A(k,w) = 0.41622E-04 meV^-1
|
|
ik = 49 w = -1.3684 eV A(k,w) = 0.24937E-04 meV^-1
|
|
ik = 49 w = -1.1053 eV A(k,w) = 0.16232E-04 meV^-1
|
|
ik = 49 w = -0.8421 eV A(k,w) = 0.11111E-04 meV^-1
|
|
ik = 49 w = -0.5789 eV A(k,w) = 0.77654E-05 meV^-1
|
|
ik = 49 w = -0.3158 eV A(k,w) = 0.54364E-05 meV^-1
|
|
ik = 49 w = -0.0526 eV A(k,w) = 0.38154E-05 meV^-1
|
|
ik = 49 w = 0.2105 eV A(k,w) = 0.27156E-05 meV^-1
|
|
ik = 49 w = 0.4737 eV A(k,w) = 0.19676E-05 meV^-1
|
|
ik = 49 w = 0.7368 eV A(k,w) = 0.14448E-05 meV^-1
|
|
ik = 49 w = 1.0000 eV A(k,w) = 0.10736E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
49 -4.0000 0.12174E-03
|
|
49 -3.7368 0.28501E-03
|
|
49 -3.4737 0.13006E-02
|
|
49 -3.2105 0.14031E-02
|
|
49 -2.9474 0.63468E-03
|
|
49 -2.6842 0.21472E-02
|
|
49 -2.4211 0.77032E-03
|
|
49 -2.1579 0.19027E-03
|
|
49 -1.8947 0.79097E-04
|
|
49 -1.6316 0.41622E-04
|
|
49 -1.3684 0.24937E-04
|
|
49 -1.1053 0.16232E-04
|
|
49 -0.8421 0.11111E-04
|
|
49 -0.5789 0.77654E-05
|
|
49 -0.3158 0.54364E-05
|
|
49 -0.0526 0.38154E-05
|
|
49 0.2105 0.27156E-05
|
|
49 0.4737 0.19676E-05
|
|
49 0.7368 0.14448E-05
|
|
49 1.0000 0.10736E-05
|
|
49 1 -18.6527 -4.0000 -30.0419 116.3846
|
|
49 1 -18.6527 -3.7368 -23.8954 113.8846
|
|
49 1 -18.6527 -3.4737 -17.7695 110.7155
|
|
49 1 -18.6527 -3.2105 -11.5489 106.9562
|
|
49 1 -18.6527 -2.9474 -5.0288 102.2641
|
|
49 1 -18.6527 -2.6842 1.4086 95.8401
|
|
49 1 -18.6527 -2.4211 6.4239 87.5858
|
|
49 1 -18.6527 -2.1579 9.1930 78.6818
|
|
49 1 -18.6527 -1.8947 10.0696 70.2394
|
|
49 1 -18.6527 -1.6316 9.7131 62.6605
|
|
49 1 -18.6527 -1.3684 8.6106 56.0292
|
|
49 1 -18.6527 -1.1053 7.2337 50.2921
|
|
49 1 -18.6527 -0.8421 5.9323 45.0933
|
|
49 1 -18.6527 -0.5789 4.6466 39.9682
|
|
49 1 -18.6527 -0.3158 2.9538 34.7608
|
|
49 1 -18.6527 -0.0526 0.5547 29.8160
|
|
49 1 -18.6527 0.2105 -2.3681 25.5285
|
|
49 1 -18.6527 0.4737 -5.4698 21.9453
|
|
49 1 -18.6527 0.7368 -8.5844 18.9303
|
|
49 1 -18.6527 1.0000 -11.6685 16.4023
|
|
|
|
49 2 -6.9063 -4.0000 -51.7974 106.6772
|
|
49 2 -6.9063 -3.7368 -45.6532 106.6127
|
|
49 2 -6.9063 -3.4737 -39.2741 106.0957
|
|
49 2 -6.9063 -3.2105 -32.3104 105.1443
|
|
49 2 -6.9063 -2.9474 -24.3735 103.1458
|
|
49 2 -6.9063 -2.6842 -15.9476 98.9125
|
|
49 2 -6.9063 -2.4211 -8.7402 92.1917
|
|
49 2 -6.9063 -2.1579 -3.8401 84.3075
|
|
49 2 -6.9063 -1.8947 -0.9548 76.5246
|
|
49 2 -6.9063 -1.6316 0.5493 69.3332
|
|
49 2 -6.9063 -1.3684 1.1685 62.9280
|
|
49 2 -6.9063 -1.1053 1.4863 57.2989
|
|
49 2 -6.9063 -0.8421 1.9235 51.9709
|
|
49 2 -6.9063 -0.5789 2.3025 46.3283
|
|
49 2 -6.9063 -0.3158 1.9466 40.2429
|
|
49 2 -6.9063 -0.0526 0.4261 34.3131
|
|
49 2 -6.9063 0.2105 -1.9583 29.1555
|
|
49 2 -6.9063 0.4737 -4.6909 24.8436
|
|
49 2 -6.9063 0.7368 -7.5463 21.1832
|
|
49 2 -6.9063 1.0000 -10.4864 18.0849
|
|
|
|
49 3 -3.2910 -4.0000 -68.3628 124.2766
|
|
49 3 -3.2910 -3.7368 -61.2654 125.1307
|
|
49 3 -3.2910 -3.4737 -53.6442 125.5175
|
|
49 3 -3.2910 -3.2105 -45.0742 125.3682
|
|
49 3 -3.2910 -2.9474 -35.0978 123.8667
|
|
49 3 -3.2910 -2.6842 -24.3495 119.4866
|
|
49 3 -3.2910 -2.4211 -15.0035 111.8811
|
|
49 3 -3.2910 -2.1579 -8.4703 102.6873
|
|
49 3 -3.2910 -1.8947 -4.4407 93.4946
|
|
49 3 -3.2910 -1.6316 -2.1625 84.9623
|
|
49 3 -3.2910 -1.3684 -0.9971 77.3922
|
|
49 3 -3.2910 -1.1053 -0.1549 70.7705
|
|
49 3 -3.2910 -0.8421 0.9083 64.4423
|
|
49 3 -3.2910 -0.5789 1.9226 57.5864
|
|
49 3 -3.2910 -0.3158 1.9664 50.0485
|
|
49 3 -3.2910 -0.0526 0.4632 42.6370
|
|
49 3 -3.2910 0.2105 -2.1940 36.1745
|
|
49 3 -3.2910 0.4737 -5.3310 30.7645
|
|
49 3 -3.2910 0.7368 -8.6577 26.1589
|
|
49 3 -3.2910 1.0000 -12.1293 22.2510
|
|
|
|
49 4 -2.6027 -4.0000 -74.6247 137.8070
|
|
49 4 -2.6027 -3.7368 -66.6058 138.6070
|
|
49 4 -2.6027 -3.4737 -58.0151 138.8432
|
|
49 4 -2.6027 -3.2105 -48.4102 138.4062
|
|
49 4 -2.6027 -2.9474 -37.3678 136.4066
|
|
49 4 -2.6027 -2.6842 -25.6310 131.2604
|
|
49 4 -2.6027 -2.4211 -15.5359 122.6819
|
|
49 4 -2.6027 -2.1579 -8.5341 112.4874
|
|
49 4 -2.6027 -1.8947 -4.2145 102.3745
|
|
49 4 -2.6027 -1.6316 -1.7298 92.9859
|
|
49 4 -2.6027 -1.3684 -0.4333 84.5772
|
|
49 4 -2.6027 -1.1053 0.4435 77.1446
|
|
49 4 -2.6027 -0.8421 1.4628 70.0583
|
|
49 4 -2.6027 -0.5789 2.3824 62.4873
|
|
49 4 -2.6027 -0.3158 2.2707 54.2550
|
|
49 4 -2.6027 -0.0526 0.5226 46.1889
|
|
49 4 -2.6027 0.2105 -2.4569 39.1551
|
|
49 4 -2.6027 0.4737 -5.9548 33.2718
|
|
49 4 -2.6027 0.7368 -9.6517 28.2824
|
|
49 4 -2.6027 1.0000 -13.4853 24.0673
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 50 coord.: 0.1666667 0.3333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -19.4313 eV Re[Sigma]= -66.084461 meV Im[Sigma]= 34.876948 meV Z= 1.000936 lam= -0.000935
|
|
E( 2 )= -5.3692 eV Re[Sigma]= -2.541289 meV Im[Sigma]= 135.933636 meV Z= 1.027848 lam= -0.027094
|
|
E( 3 )= -3.4193 eV Re[Sigma]= 47.612170 meV Im[Sigma]= 170.382984 meV Z= 1.033357 lam= -0.032281
|
|
E( 4 )= -0.9512 eV Re[Sigma]= 114.503172 meV Im[Sigma]= 85.834467 meV Z= 1.005285 lam= -0.005257
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 50 coord.: 0.1666667 0.3333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 50 w = -4.0000 eV A(k,w) = 0.17494E-03 meV^-1
|
|
ik = 50 w = -3.7368 eV A(k,w) = 0.52800E-03 meV^-1
|
|
ik = 50 w = -3.4737 eV A(k,w) = 0.24261E-02 meV^-1
|
|
ik = 50 w = -3.2105 eV A(k,w) = 0.53148E-03 meV^-1
|
|
ik = 50 w = -2.9474 eV A(k,w) = 0.17039E-03 meV^-1
|
|
ik = 50 w = -2.6842 eV A(k,w) = 0.88616E-04 meV^-1
|
|
ik = 50 w = -2.4211 eV A(k,w) = 0.60635E-04 meV^-1
|
|
ik = 50 w = -2.1579 eV A(k,w) = 0.52171E-04 meV^-1
|
|
ik = 50 w = -1.8947 eV A(k,w) = 0.57019E-04 meV^-1
|
|
ik = 50 w = -1.6316 eV A(k,w) = 0.82169E-04 meV^-1
|
|
ik = 50 w = -1.3684 eV A(k,w) = 0.17596E-03 meV^-1
|
|
ik = 50 w = -1.1053 eV A(k,w) = 0.90235E-03 meV^-1
|
|
ik = 50 w = -0.8421 eV A(k,w) = 0.14067E-02 meV^-1
|
|
ik = 50 w = -0.5789 eV A(k,w) = 0.16406E-03 meV^-1
|
|
ik = 50 w = -0.3158 eV A(k,w) = 0.51591E-04 meV^-1
|
|
ik = 50 w = -0.0526 eV A(k,w) = 0.22722E-04 meV^-1
|
|
ik = 50 w = 0.2105 eV A(k,w) = 0.11880E-04 meV^-1
|
|
ik = 50 w = 0.4737 eV A(k,w) = 0.69135E-05 meV^-1
|
|
ik = 50 w = 0.7368 eV A(k,w) = 0.43117E-05 meV^-1
|
|
ik = 50 w = 1.0000 eV A(k,w) = 0.28258E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
50 -4.0000 0.17494E-03
|
|
50 -3.7368 0.52800E-03
|
|
50 -3.4737 0.24261E-02
|
|
50 -3.2105 0.53148E-03
|
|
50 -2.9474 0.17039E-03
|
|
50 -2.6842 0.88616E-04
|
|
50 -2.4211 0.60635E-04
|
|
50 -2.1579 0.52171E-04
|
|
50 -1.8947 0.57019E-04
|
|
50 -1.6316 0.82169E-04
|
|
50 -1.3684 0.17596E-03
|
|
50 -1.1053 0.90235E-03
|
|
50 -0.8421 0.14067E-02
|
|
50 -0.5789 0.16406E-03
|
|
50 -0.3158 0.51591E-04
|
|
50 -0.0526 0.22722E-04
|
|
50 0.2105 0.11880E-04
|
|
50 0.4737 0.69135E-05
|
|
50 0.7368 0.43117E-05
|
|
50 1.0000 0.28258E-05
|
|
50 1 -19.4313 -4.0000 -31.4232 122.4661
|
|
50 1 -19.4313 -3.7368 -25.1044 119.8408
|
|
50 1 -19.4313 -3.4737 -18.7302 116.5888
|
|
50 1 -19.4313 -3.2105 -12.1652 112.7100
|
|
50 1 -19.4313 -2.9474 -5.2450 107.7994
|
|
50 1 -19.4313 -2.6842 1.5878 101.0270
|
|
50 1 -19.4313 -2.4211 6.9159 92.3052
|
|
50 1 -19.4313 -2.1579 9.8676 82.8778
|
|
50 1 -19.4313 -1.8947 10.8023 73.9205
|
|
50 1 -19.4313 -1.6316 10.4082 65.8726
|
|
50 1 -19.4313 -1.3684 9.2022 58.8368
|
|
50 1 -19.4313 -1.1053 7.6879 52.7698
|
|
50 1 -19.4313 -0.8421 6.2529 47.3087
|
|
50 1 -19.4313 -0.5789 4.8635 41.9559
|
|
50 1 -19.4313 -0.3158 3.0853 36.5137
|
|
50 1 -19.4313 -0.0526 0.5805 31.3201
|
|
50 1 -19.4313 0.2105 -2.4864 26.7969
|
|
50 1 -19.4313 0.4737 -5.7593 23.0142
|
|
50 1 -19.4313 0.7368 -9.0530 19.8411
|
|
50 1 -19.4313 1.0000 -12.3105 17.1903
|
|
|
|
50 2 -5.3692 -4.0000 -61.8668 122.0320
|
|
50 2 -5.3692 -3.7368 -54.8573 122.3023
|
|
50 2 -5.3692 -3.4737 -47.4789 122.1302
|
|
50 2 -5.3692 -3.2105 -39.2655 121.5012
|
|
50 2 -5.3692 -2.9474 -29.7187 119.6110
|
|
50 2 -5.3692 -2.6842 -19.4366 114.9394
|
|
50 2 -5.3692 -2.4211 -10.5591 107.1093
|
|
50 2 -5.3692 -2.1579 -4.5225 97.7275
|
|
50 2 -5.3692 -1.8947 -1.0422 88.4188
|
|
50 2 -5.3692 -1.6316 0.6736 79.8769
|
|
50 2 -5.3692 -1.3684 1.3033 72.3724
|
|
50 2 -5.3692 -1.1053 1.6040 65.8627
|
|
50 2 -5.3692 -0.8421 2.0881 59.7460
|
|
50 2 -5.3692 -0.5789 2.5450 53.2763
|
|
50 2 -5.3692 -0.3158 2.1804 46.2858
|
|
50 2 -5.3692 -0.0526 0.4809 39.4576
|
|
50 2 -5.3692 0.2105 -2.2194 33.5075
|
|
50 2 -5.3692 0.4737 -5.3302 28.5285
|
|
50 2 -5.3692 0.7368 -8.5896 24.3028
|
|
50 2 -5.3692 1.0000 -11.9497 20.7293
|
|
|
|
50 3 -3.4193 -4.0000 -69.1976 131.7485
|
|
50 3 -3.4193 -3.7368 -61.6912 132.2275
|
|
50 3 -3.4193 -3.4737 -53.7485 132.2164
|
|
50 3 -3.4193 -3.2105 -44.8922 131.6914
|
|
50 3 -3.4193 -2.9474 -34.6028 129.7987
|
|
50 3 -3.4193 -2.6842 -23.5353 124.9191
|
|
50 3 -3.4193 -2.4211 -13.9870 116.6839
|
|
50 3 -3.4193 -2.1579 -7.4518 106.8424
|
|
50 3 -3.4193 -1.8947 -3.5750 97.1055
|
|
50 3 -3.4193 -1.6316 -1.5063 88.1667
|
|
50 3 -3.4193 -1.3684 -0.5400 80.2978
|
|
50 3 -3.4193 -1.1053 0.1409 73.4467
|
|
50 3 -3.4193 -0.8421 1.0922 66.9244
|
|
50 3 -3.4193 -0.5789 2.0458 59.8730
|
|
50 3 -3.4193 -0.3158 2.0557 52.0951
|
|
50 3 -3.4193 -0.0526 0.4850 44.3908
|
|
50 3 -3.4193 0.2105 -2.3111 37.6286
|
|
50 3 -3.4193 0.4737 -5.6472 31.9604
|
|
50 3 -3.4193 0.7368 -9.1990 27.1593
|
|
50 3 -3.4193 1.0000 -12.8898 23.1123
|
|
|
|
50 4 -0.9512 -4.0000 -86.6635 155.5943
|
|
50 4 -0.9512 -3.7368 -77.5304 156.6527
|
|
50 4 -0.9512 -3.4737 -67.7443 157.0979
|
|
50 4 -0.9512 -3.2105 -56.7692 156.8035
|
|
50 4 -0.9512 -2.9474 -44.0956 154.7283
|
|
50 4 -0.9512 -2.6842 -30.5754 149.0154
|
|
50 4 -0.9512 -2.4211 -18.9252 139.3056
|
|
50 4 -0.9512 -2.1579 -10.8658 127.6936
|
|
50 4 -0.9512 -1.8947 -5.9560 116.1809
|
|
50 4 -0.9512 -1.6316 -3.2077 105.5713
|
|
50 4 -0.9512 -1.3684 -1.8102 96.2036
|
|
50 4 -0.9512 -1.1053 -0.7906 88.0517
|
|
50 4 -0.9512 -0.8421 0.5469 80.3135
|
|
50 4 -0.9512 -0.5789 1.9183 71.9411
|
|
50 4 -0.9512 -0.3158 2.1832 62.6536
|
|
50 4 -0.9512 -0.0526 0.5380 53.4009
|
|
50 4 -0.9512 0.2105 -2.6111 45.2464
|
|
50 4 -0.9512 0.4737 -6.4420 38.3873
|
|
50 4 -0.9512 0.7368 -10.5670 32.5614
|
|
50 4 -0.9512 1.0000 -14.8905 27.6463
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 51 coord.: 0.1666667 0.3333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.014452 meV Im[Sigma]= 43.223742 meV Z= 1.007620 lam= -0.007563
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.958544 meV Im[Sigma]= 102.189224 meV Z= 1.018021 lam= -0.017702
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 47.272271 meV Im[Sigma]= 167.531627 meV Z= 1.035891 lam= -0.034648
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.473988 meV Im[Sigma]= 167.235526 meV Z= 1.042446 lam= -0.040718
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 51 coord.: 0.1666667 0.3333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 51 w = -4.0000 eV A(k,w) = 0.12428E-03 meV^-1
|
|
ik = 51 w = -3.7368 eV A(k,w) = 0.29113E-03 meV^-1
|
|
ik = 51 w = -3.4737 eV A(k,w) = 0.13088E-02 meV^-1
|
|
ik = 51 w = -3.2105 eV A(k,w) = 0.13994E-02 meV^-1
|
|
ik = 51 w = -2.9474 eV A(k,w) = 0.63972E-03 meV^-1
|
|
ik = 51 w = -2.6842 eV A(k,w) = 0.21453E-02 meV^-1
|
|
ik = 51 w = -2.4211 eV A(k,w) = 0.77114E-03 meV^-1
|
|
ik = 51 w = -2.1579 eV A(k,w) = 0.19091E-03 meV^-1
|
|
ik = 51 w = -1.8947 eV A(k,w) = 0.79409E-04 meV^-1
|
|
ik = 51 w = -1.6316 eV A(k,w) = 0.41823E-04 meV^-1
|
|
ik = 51 w = -1.3684 eV A(k,w) = 0.25101E-04 meV^-1
|
|
ik = 51 w = -1.1053 eV A(k,w) = 0.16375E-04 meV^-1
|
|
ik = 51 w = -0.8421 eV A(k,w) = 0.11228E-04 meV^-1
|
|
ik = 51 w = -0.5789 eV A(k,w) = 0.78533E-05 meV^-1
|
|
ik = 51 w = -0.3158 eV A(k,w) = 0.54980E-05 meV^-1
|
|
ik = 51 w = -0.0526 eV A(k,w) = 0.38572E-05 meV^-1
|
|
ik = 51 w = 0.2105 eV A(k,w) = 0.27439E-05 meV^-1
|
|
ik = 51 w = 0.4737 eV A(k,w) = 0.19871E-05 meV^-1
|
|
ik = 51 w = 0.7368 eV A(k,w) = 0.14584E-05 meV^-1
|
|
ik = 51 w = 1.0000 eV A(k,w) = 0.10834E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
51 -4.0000 0.12428E-03
|
|
51 -3.7368 0.29113E-03
|
|
51 -3.4737 0.13088E-02
|
|
51 -3.2105 0.13994E-02
|
|
51 -2.9474 0.63972E-03
|
|
51 -2.6842 0.21453E-02
|
|
51 -2.4211 0.77114E-03
|
|
51 -2.1579 0.19091E-03
|
|
51 -1.8947 0.79409E-04
|
|
51 -1.6316 0.41823E-04
|
|
51 -1.3684 0.25101E-04
|
|
51 -1.1053 0.16375E-04
|
|
51 -0.8421 0.11228E-04
|
|
51 -0.5789 0.78533E-05
|
|
51 -0.3158 0.54980E-05
|
|
51 -0.0526 0.38572E-05
|
|
51 0.2105 0.27439E-05
|
|
51 0.4737 0.19871E-05
|
|
51 0.7368 0.14584E-05
|
|
51 1.0000 0.10834E-05
|
|
51 1 -18.6527 -4.0000 -29.8204 116.4533
|
|
51 1 -18.6527 -3.7368 -23.7593 113.9644
|
|
51 1 -18.6527 -3.4737 -17.6598 110.8464
|
|
51 1 -18.6527 -3.2105 -11.4086 107.1204
|
|
51 1 -18.6527 -2.9474 -4.8393 102.4200
|
|
51 1 -18.6527 -2.6842 1.6381 95.9539
|
|
51 1 -18.6527 -2.4211 6.6714 87.6366
|
|
51 1 -18.6527 -2.1579 9.4295 78.6611
|
|
51 1 -18.6527 -1.8947 10.2623 70.1545
|
|
51 1 -18.6527 -1.6316 9.8353 62.5390
|
|
51 1 -18.6527 -1.3684 8.6594 55.9124
|
|
51 1 -18.6527 -1.1053 7.2333 50.2103
|
|
51 1 -18.6527 -0.8421 5.9137 45.0517
|
|
51 1 -18.6527 -0.5789 4.6296 39.9556
|
|
51 1 -18.6527 -0.3158 2.9451 34.7638
|
|
51 1 -18.6527 -0.0526 0.5535 29.8253
|
|
51 1 -18.6527 0.2105 -2.3645 25.5395
|
|
51 1 -18.6527 0.4737 -5.4638 21.9559
|
|
51 1 -18.6527 0.7368 -8.5777 18.9399
|
|
51 1 -18.6527 1.0000 -11.6622 16.4108
|
|
|
|
51 2 -6.9063 -4.0000 -51.7923 105.5267
|
|
51 2 -6.9063 -3.7368 -45.7294 105.6342
|
|
51 2 -6.9063 -3.4737 -39.3749 105.2630
|
|
51 2 -6.9063 -3.2105 -32.4069 104.4268
|
|
51 2 -6.9063 -2.9474 -24.4484 102.5180
|
|
51 2 -6.9063 -2.6842 -15.9882 98.3466
|
|
51 2 -6.9063 -2.4211 -8.7466 91.6536
|
|
51 2 -6.9063 -2.1579 -3.8342 83.7665
|
|
51 2 -6.9063 -1.8947 -0.9784 75.9715
|
|
51 2 -6.9063 -1.6316 0.4557 68.7991
|
|
51 2 -6.9063 -1.3684 1.0060 62.4717
|
|
51 2 -6.9063 -1.1053 1.3052 56.9555
|
|
51 2 -6.9063 -0.8421 1.7774 51.7253
|
|
51 2 -6.9063 -0.5789 2.2122 46.1416
|
|
51 2 -6.9063 -0.3158 1.9054 40.0851
|
|
51 2 -6.9063 -0.0526 0.4204 34.1714
|
|
51 2 -6.9063 0.2105 -1.9387 29.0267
|
|
51 2 -6.9063 0.4737 -4.6511 24.7285
|
|
51 2 -6.9063 0.7368 -7.4875 21.0820
|
|
51 2 -6.9063 1.0000 -10.4089 17.9963
|
|
|
|
51 3 -3.2910 -4.0000 -69.9910 127.1487
|
|
51 3 -3.2910 -3.7368 -62.4571 128.0413
|
|
51 3 -3.2910 -3.4737 -54.4104 128.3120
|
|
51 3 -3.2910 -3.2105 -45.4984 127.9240
|
|
51 3 -3.2910 -2.9474 -35.3016 126.1236
|
|
51 3 -3.2910 -2.6842 -24.4488 121.4474
|
|
51 3 -3.2910 -2.4211 -15.0855 113.5885
|
|
51 3 -3.2910 -2.1579 -8.5866 104.2063
|
|
51 3 -3.2910 -1.8947 -4.6011 94.8932
|
|
51 3 -3.2910 -1.6316 -2.3448 86.2863
|
|
51 3 -3.2910 -1.3684 -1.1723 78.6581
|
|
51 3 -3.2910 -1.1053 -0.2997 71.9783
|
|
51 3 -3.2910 -0.8421 0.8117 65.5791
|
|
51 3 -3.2910 -0.5789 1.8794 58.6274
|
|
51 3 -3.2910 -0.3158 1.9614 50.9677
|
|
51 3 -3.2910 -0.0526 0.4656 43.4229
|
|
51 3 -3.2910 0.2105 -2.2137 36.8351
|
|
51 3 -3.2910 0.4737 -5.3913 31.3160
|
|
51 3 -3.2910 0.7368 -8.7694 26.6182
|
|
51 3 -3.2910 1.0000 -12.2983 22.6346
|
|
|
|
51 4 -2.6027 -4.0000 -75.1971 138.4723
|
|
51 4 -2.6027 -3.7368 -67.0893 139.2716
|
|
51 4 -2.6027 -3.4737 -58.4213 139.4865
|
|
51 4 -2.6027 -3.2105 -48.7510 139.0205
|
|
51 4 -2.6027 -2.9474 -37.6438 136.9847
|
|
51 4 -2.6027 -2.6842 -25.8440 131.7787
|
|
51 4 -2.6027 -2.4211 -15.7123 123.1089
|
|
51 4 -2.6027 -2.1579 -8.7279 112.8110
|
|
51 4 -2.6027 -1.8947 -4.4897 102.6234
|
|
51 4 -2.6027 -1.6316 -2.1259 93.2410
|
|
51 4 -2.6027 -1.3684 -0.9123 84.9437
|
|
51 4 -2.6027 -1.1053 0.0007 77.6647
|
|
51 4 -2.6027 -0.8421 1.1631 70.6640
|
|
51 4 -2.6027 -0.5789 2.2386 63.0680
|
|
51 4 -2.6027 -0.3158 2.2275 54.7442
|
|
51 4 -2.6027 -0.0526 0.5199 46.5757
|
|
51 4 -2.6027 0.2105 -2.4577 39.4546
|
|
51 4 -2.6027 0.4737 -5.9727 33.5049
|
|
51 4 -2.6027 0.7368 -9.6938 28.4668
|
|
51 4 -2.6027 1.0000 -13.5526 24.2164
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 52 coord.: 0.1666667 0.3333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.836411 meV Im[Sigma]= 72.505602 meV Z= 1.014393 lam= -0.014189
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.613559 meV Im[Sigma]= 50.530225 meV Z= 0.996385 lam= 0.003628
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.879673 meV Im[Sigma]= 87.563736 meV Z= 1.015486 lam= -0.015250
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.626347 meV Im[Sigma]= 143.147478 meV Z= 1.024969 lam= -0.024361
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 52 coord.: 0.1666667 0.3333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 52 w = -4.0000 eV A(k,w) = 0.26631E-02 meV^-1
|
|
ik = 52 w = -3.7368 eV A(k,w) = 0.41893E-03 meV^-1
|
|
ik = 52 w = -3.4737 eV A(k,w) = 0.12973E-03 meV^-1
|
|
ik = 52 w = -3.2105 eV A(k,w) = 0.62224E-04 meV^-1
|
|
ik = 52 w = -2.9474 eV A(k,w) = 0.36451E-04 meV^-1
|
|
ik = 52 w = -2.6842 eV A(k,w) = 0.23498E-04 meV^-1
|
|
ik = 52 w = -2.4211 eV A(k,w) = 0.15839E-04 meV^-1
|
|
ik = 52 w = -2.1579 eV A(k,w) = 0.11006E-04 meV^-1
|
|
ik = 52 w = -1.8947 eV A(k,w) = 0.78769E-05 meV^-1
|
|
ik = 52 w = -1.6316 eV A(k,w) = 0.57931E-05 meV^-1
|
|
ik = 52 w = -1.3684 eV A(k,w) = 0.43700E-05 meV^-1
|
|
ik = 52 w = -1.1053 eV A(k,w) = 0.33723E-05 meV^-1
|
|
ik = 52 w = -0.8421 eV A(k,w) = 0.26336E-05 meV^-1
|
|
ik = 52 w = -0.5789 eV A(k,w) = 0.20466E-05 meV^-1
|
|
ik = 52 w = -0.3158 eV A(k,w) = 0.15648E-05 meV^-1
|
|
ik = 52 w = -0.0526 eV A(k,w) = 0.11841E-05 meV^-1
|
|
ik = 52 w = 0.2105 eV A(k,w) = 0.89962E-06 meV^-1
|
|
ik = 52 w = 0.4737 eV A(k,w) = 0.69022E-06 meV^-1
|
|
ik = 52 w = 0.7368 eV A(k,w) = 0.53312E-06 meV^-1
|
|
ik = 52 w = 1.0000 eV A(k,w) = 0.41450E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
52 -4.0000 0.26631E-02
|
|
52 -3.7368 0.41893E-03
|
|
52 -3.4737 0.12973E-03
|
|
52 -3.2105 0.62224E-04
|
|
52 -2.9474 0.36451E-04
|
|
52 -2.6842 0.23498E-04
|
|
52 -2.4211 0.15839E-04
|
|
52 -2.1579 0.11006E-04
|
|
52 -1.8947 0.78769E-05
|
|
52 -1.6316 0.57931E-05
|
|
52 -1.3684 0.43700E-05
|
|
52 -1.1053 0.33723E-05
|
|
52 -0.8421 0.26336E-05
|
|
52 -0.5789 0.20466E-05
|
|
52 -0.3158 0.15648E-05
|
|
52 -0.0526 0.11841E-05
|
|
52 0.2105 0.89962E-06
|
|
52 0.4737 0.69022E-06
|
|
52 0.7368 0.53312E-06
|
|
52 1.0000 0.41450E-06
|
|
52 1 -16.2688 -4.0000 -31.9774 105.3333
|
|
52 1 -16.2688 -3.7368 -26.5233 103.5720
|
|
52 1 -16.2688 -3.4737 -20.9895 101.3177
|
|
52 1 -16.2688 -3.2105 -15.1903 98.5961
|
|
52 1 -16.2688 -2.9474 -8.8826 94.9954
|
|
52 1 -16.2688 -2.6842 -2.4486 89.6423
|
|
52 1 -16.2688 -2.4211 2.7463 82.3775
|
|
52 1 -16.2688 -2.1579 5.8313 74.3358
|
|
52 1 -16.2688 -1.8947 7.0974 66.6096
|
|
52 1 -16.2688 -1.6316 7.1436 59.6225
|
|
52 1 -16.2688 -1.3684 6.4400 53.5080
|
|
52 1 -16.2688 -1.1053 5.4835 48.2310
|
|
52 1 -16.2688 -0.8421 4.6327 43.4125
|
|
52 1 -16.2688 -0.5789 3.8001 38.5677
|
|
52 1 -16.2688 -0.3158 2.5234 33.5526
|
|
52 1 -16.2688 -0.0526 0.4875 28.7482
|
|
52 1 -16.2688 0.2105 -2.1129 24.5751
|
|
52 1 -16.2688 0.4737 -4.9191 21.0848
|
|
52 1 -16.2688 0.7368 -7.7640 18.1389
|
|
52 1 -16.2688 1.0000 -10.6081 15.6618
|
|
|
|
52 2 -8.9488 -4.0000 -44.8686 93.7835
|
|
52 2 -8.9488 -3.7368 -39.7907 93.8312
|
|
52 2 -8.9488 -3.4737 -34.3929 93.5557
|
|
52 2 -8.9488 -3.2105 -28.3679 92.9195
|
|
52 2 -8.9488 -2.9474 -21.3747 91.3472
|
|
52 2 -8.9488 -2.6842 -13.8495 87.7324
|
|
52 2 -8.9488 -2.4211 -7.3702 81.8020
|
|
52 2 -8.9488 -2.1579 -2.9835 74.7563
|
|
52 2 -8.9488 -1.8947 -0.4498 67.7810
|
|
52 2 -8.9488 -1.6316 0.8123 61.3517
|
|
52 2 -8.9488 -1.3684 1.2740 55.6589
|
|
52 2 -8.9488 -1.1053 1.4841 50.6843
|
|
52 2 -8.9488 -0.8421 1.8227 45.9820
|
|
52 2 -8.9488 -0.5789 2.1202 40.9942
|
|
52 2 -8.9488 -0.3158 1.7676 35.6107
|
|
52 2 -8.9488 -0.0526 0.3844 30.3662
|
|
52 2 -8.9488 0.2105 -1.7615 25.8072
|
|
52 2 -8.9488 0.4737 -4.2129 21.9992
|
|
52 2 -8.9488 0.7368 -6.7685 18.7698
|
|
52 2 -8.9488 1.0000 -9.3941 16.0375
|
|
|
|
52 3 -6.9060 -4.0000 -44.9082 89.3947
|
|
52 3 -6.9060 -3.7368 -40.0541 89.8066
|
|
52 3 -6.9060 -3.4737 -34.7902 89.8566
|
|
52 3 -6.9060 -3.2105 -28.8799 89.4748
|
|
52 3 -6.9060 -2.9474 -22.0480 88.1314
|
|
52 3 -6.9060 -2.6842 -14.7232 84.8033
|
|
52 3 -6.9060 -2.4211 -8.4038 79.2511
|
|
52 3 -6.9060 -2.1579 -4.0708 72.6262
|
|
52 3 -6.9060 -1.8947 -1.4845 66.0448
|
|
52 3 -6.9060 -1.6316 -0.1028 59.9432
|
|
52 3 -6.9060 -1.3684 0.5014 54.5102
|
|
52 3 -6.9060 -1.1053 0.8543 49.7497
|
|
52 3 -6.9060 -0.8421 1.3396 45.2327
|
|
52 3 -6.9060 -0.5789 1.7934 40.3980
|
|
52 3 -6.9060 -0.3158 1.5969 35.1291
|
|
52 3 -6.9060 -0.0526 0.3575 29.9679
|
|
52 3 -6.9060 0.2105 -1.6588 25.4719
|
|
52 3 -6.9060 0.4737 -3.9918 21.7103
|
|
52 3 -6.9060 0.7368 -6.4417 18.5116
|
|
52 3 -6.9060 1.0000 -8.9771 15.7991
|
|
|
|
52 4 -3.9563 -4.0000 -63.2240 116.4540
|
|
52 4 -3.9563 -3.7368 -56.6467 117.3187
|
|
52 4 -3.9563 -3.4737 -49.5021 117.7473
|
|
52 4 -3.9563 -3.2105 -41.4147 117.6286
|
|
52 4 -3.9563 -2.9474 -31.9959 116.1850
|
|
52 4 -3.9563 -2.6842 -21.8685 111.9940
|
|
52 4 -3.9563 -2.4211 -13.0930 104.7434
|
|
52 4 -3.9563 -2.1579 -7.0048 95.9996
|
|
52 4 -3.9563 -1.8947 -3.2936 87.2794
|
|
52 4 -3.9563 -1.6316 -1.2304 79.1928
|
|
52 4 -3.9563 -1.3684 -0.2228 72.0037
|
|
52 4 -3.9563 -1.1053 0.4450 65.7066
|
|
52 4 -3.9563 -0.8421 1.2794 59.7215
|
|
52 4 -3.9563 -0.5789 2.0569 53.3040
|
|
52 4 -3.9563 -0.3158 1.9538 46.3031
|
|
52 4 -3.9563 -0.0526 0.4484 39.4434
|
|
52 4 -3.9563 0.2105 -2.1024 33.4690
|
|
52 4 -3.9563 0.4737 -5.0838 28.4726
|
|
52 4 -3.9563 0.7368 -8.2287 24.2262
|
|
52 4 -3.9563 1.0000 -11.4937 20.6281
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 53 coord.: 0.1666667 0.3333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.865673 meV Im[Sigma]= 61.529531 meV Z= 1.001109 lam= -0.001108
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.502001 meV Im[Sigma]= 67.453418 meV Z= 1.010418 lam= -0.010311
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -19.378292 meV Im[Sigma]= 76.057656 meV Z= 1.006225 lam= -0.006186
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 2.810774 meV Im[Sigma]= 109.183472 meV Z= 1.020288 lam= -0.019885
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 53 coord.: 0.1666667 0.3333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 53 w = -4.0000 eV A(k,w) = 0.21212E-04 meV^-1
|
|
ik = 53 w = -3.7368 eV A(k,w) = 0.15493E-04 meV^-1
|
|
ik = 53 w = -3.4737 eV A(k,w) = 0.11871E-04 meV^-1
|
|
ik = 53 w = -3.2105 eV A(k,w) = 0.94004E-05 meV^-1
|
|
ik = 53 w = -2.9474 eV A(k,w) = 0.75794E-05 meV^-1
|
|
ik = 53 w = -2.6842 eV A(k,w) = 0.61059E-05 meV^-1
|
|
ik = 53 w = -2.4211 eV A(k,w) = 0.48607E-05 meV^-1
|
|
ik = 53 w = -2.1579 eV A(k,w) = 0.38470E-05 meV^-1
|
|
ik = 53 w = -1.8947 eV A(k,w) = 0.30565E-05 meV^-1
|
|
ik = 53 w = -1.6316 eV A(k,w) = 0.24477E-05 meV^-1
|
|
ik = 53 w = -1.3684 eV A(k,w) = 0.19806E-05 meV^-1
|
|
ik = 53 w = -1.1053 eV A(k,w) = 0.16206E-05 meV^-1
|
|
ik = 53 w = -0.8421 eV A(k,w) = 0.13302E-05 meV^-1
|
|
ik = 53 w = -0.5789 eV A(k,w) = 0.10791E-05 meV^-1
|
|
ik = 53 w = -0.3158 eV A(k,w) = 0.85685E-06 meV^-1
|
|
ik = 53 w = -0.0526 eV A(k,w) = 0.67047E-06 meV^-1
|
|
ik = 53 w = 0.2105 eV A(k,w) = 0.52487E-06 meV^-1
|
|
ik = 53 w = 0.4737 eV A(k,w) = 0.41359E-06 meV^-1
|
|
ik = 53 w = 0.7368 eV A(k,w) = 0.32719E-06 meV^-1
|
|
ik = 53 w = 1.0000 eV A(k,w) = 0.25995E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
53 -4.0000 0.21212E-04
|
|
53 -3.7368 0.15493E-04
|
|
53 -3.4737 0.11871E-04
|
|
53 -3.2105 0.94004E-05
|
|
53 -2.9474 0.75794E-05
|
|
53 -2.6842 0.61059E-05
|
|
53 -2.4211 0.48607E-05
|
|
53 -2.1579 0.38470E-05
|
|
53 -1.8947 0.30565E-05
|
|
53 -1.6316 0.24477E-05
|
|
53 -1.3684 0.19806E-05
|
|
53 -1.1053 0.16206E-05
|
|
53 -0.8421 0.13302E-05
|
|
53 -0.5789 0.10791E-05
|
|
53 -0.3158 0.85685E-06
|
|
53 -0.0526 0.67047E-06
|
|
53 0.2105 0.52487E-06
|
|
53 0.4737 0.41359E-06
|
|
53 0.7368 0.32719E-06
|
|
53 1.0000 0.25995E-06
|
|
53 1 -13.5072 -4.0000 -39.9480 110.5930
|
|
53 1 -13.5072 -3.7368 -33.8351 109.2205
|
|
53 1 -13.5072 -3.4737 -27.6827 107.3054
|
|
53 1 -13.5072 -3.2105 -21.2209 104.9564
|
|
53 1 -13.5072 -2.9474 -14.0701 101.6922
|
|
53 1 -13.5072 -2.6842 -6.6251 96.4406
|
|
53 1 -13.5072 -2.4211 -0.4556 88.9569
|
|
53 1 -13.5072 -2.1579 3.4098 80.4913
|
|
53 1 -13.5072 -1.8947 5.2508 72.2743
|
|
53 1 -13.5072 -1.6316 5.7086 64.8097
|
|
53 1 -13.5072 -1.3684 5.3155 58.2815
|
|
53 1 -13.5072 -1.1053 4.6534 52.6488
|
|
53 1 -13.5072 -0.8421 4.1202 47.4595
|
|
53 1 -13.5072 -0.5789 3.5823 42.1612
|
|
53 1 -13.5072 -0.3158 2.4906 36.6195
|
|
53 1 -13.5072 -0.0526 0.4939 31.2994
|
|
53 1 -13.5072 0.2105 -2.1667 26.6893
|
|
53 1 -13.5072 0.4737 -5.0716 22.8427
|
|
53 1 -13.5072 0.7368 -8.0306 19.5953
|
|
53 1 -13.5072 1.0000 -11.0051 16.8601
|
|
|
|
53 2 -11.9153 -4.0000 -30.5138 71.4990
|
|
53 2 -11.9153 -3.7368 -26.9485 71.4511
|
|
53 2 -11.9153 -3.4737 -23.0669 71.1149
|
|
53 2 -11.9153 -3.2105 -18.7280 70.4150
|
|
53 2 -11.9153 -2.9474 -13.7713 68.9823
|
|
53 2 -11.9153 -2.6842 -8.5130 66.1028
|
|
53 2 -11.9153 -2.4211 -4.0410 61.6151
|
|
53 2 -11.9153 -2.1579 -1.0670 56.3781
|
|
53 2 -11.9153 -1.8947 0.6063 51.2189
|
|
53 2 -11.9153 -1.6316 1.3936 46.4429
|
|
53 2 -11.9153 -1.3684 1.5966 42.1741
|
|
53 2 -11.9153 -1.1053 1.5881 38.4329
|
|
53 2 -11.9153 -0.8421 1.6695 34.9279
|
|
53 2 -11.9153 -0.5789 1.7556 31.2385
|
|
53 2 -11.9153 -0.3158 1.4022 27.2451
|
|
53 2 -11.9153 -0.0526 0.3005 23.3251
|
|
53 2 -11.9153 0.2105 -1.3712 19.8922
|
|
53 2 -11.9153 0.4737 -3.2798 17.0053
|
|
53 2 -11.9153 0.7368 -5.2785 14.5453
|
|
53 2 -11.9153 1.0000 -7.3390 12.4607
|
|
|
|
53 3 -7.7465 -4.0000 -44.2043 90.2458
|
|
53 3 -7.7465 -3.7368 -39.1736 90.5311
|
|
53 3 -7.7465 -3.4737 -33.7692 90.3841
|
|
53 3 -7.7465 -3.2105 -27.7895 89.7552
|
|
53 3 -7.7465 -2.9474 -20.9825 88.1547
|
|
53 3 -7.7465 -2.6842 -13.7693 84.6137
|
|
53 3 -7.7465 -2.4211 -7.6024 78.9253
|
|
53 3 -7.7465 -2.1579 -3.4166 72.2301
|
|
53 3 -7.7465 -1.8947 -0.9562 65.6175
|
|
53 3 -7.7465 -1.6316 0.3219 59.5057
|
|
53 3 -7.7465 -1.3684 0.8389 54.0692
|
|
53 3 -7.7465 -1.1053 1.1075 49.3086
|
|
53 3 -7.7465 -0.8421 1.5054 44.8066
|
|
53 3 -7.7465 -0.5789 1.8797 40.0117
|
|
53 3 -7.7465 -0.3158 1.6277 34.8009
|
|
53 3 -7.7465 -0.0526 0.3604 29.6993
|
|
53 3 -7.7465 0.2105 -1.6651 25.2524
|
|
53 3 -7.7465 0.4737 -3.9997 21.5287
|
|
53 3 -7.7465 0.7368 -6.4486 18.3614
|
|
53 3 -7.7465 1.0000 -8.9798 15.6766
|
|
|
|
53 4 -5.2565 -4.0000 -54.2198 100.2519
|
|
53 4 -5.2565 -3.7368 -48.4286 101.1221
|
|
53 4 -5.2565 -3.4737 -42.1423 101.4578
|
|
53 4 -5.2565 -3.2105 -35.1468 101.2097
|
|
53 4 -5.2565 -2.9474 -27.1468 99.8149
|
|
53 4 -5.2565 -2.6842 -18.6317 96.1435
|
|
53 4 -5.2565 -2.4211 -11.2881 89.9548
|
|
53 4 -5.2565 -2.1579 -6.1951 82.5654
|
|
53 4 -5.2565 -1.8947 -3.0572 75.2200
|
|
53 4 -5.2565 -1.6316 -1.2660 68.3868
|
|
53 4 -5.2565 -1.3684 -0.3576 62.2750
|
|
53 4 -5.2565 -1.1053 0.2563 56.8981
|
|
53 4 -5.2565 -0.8421 1.0131 51.7727
|
|
53 4 -5.2565 -0.5789 1.7236 46.2544
|
|
53 4 -5.2565 -0.3158 1.6671 40.2106
|
|
53 4 -5.2565 -0.0526 0.3851 34.2775
|
|
53 4 -5.2565 0.2105 -1.8095 29.1073
|
|
53 4 -5.2565 0.4737 -4.3796 24.7798
|
|
53 4 -5.2565 0.7368 -7.0954 21.0950
|
|
53 4 -5.2565 1.0000 -9.9227 17.9672
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 54 coord.: 0.1666667 0.3333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.721648 meV Im[Sigma]= 72.550774 meV Z= 1.014355 lam= -0.014152
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.814387 meV Im[Sigma]= 49.833824 meV Z= 0.996140 lam= 0.003874
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.489423 meV Im[Sigma]= 87.638604 meV Z= 1.015650 lam= -0.015409
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.725244 meV Im[Sigma]= 142.114790 meV Z= 1.024787 lam= -0.024187
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 54 coord.: 0.1666667 0.3333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 54 w = -4.0000 eV A(k,w) = 0.26892E-02 meV^-1
|
|
ik = 54 w = -3.7368 eV A(k,w) = 0.41860E-03 meV^-1
|
|
ik = 54 w = -3.4737 eV A(k,w) = 0.12920E-03 meV^-1
|
|
ik = 54 w = -3.2105 eV A(k,w) = 0.61869E-04 meV^-1
|
|
ik = 54 w = -2.9474 eV A(k,w) = 0.36178E-04 meV^-1
|
|
ik = 54 w = -2.6842 eV A(k,w) = 0.23287E-04 meV^-1
|
|
ik = 54 w = -2.4211 eV A(k,w) = 0.15686E-04 meV^-1
|
|
ik = 54 w = -2.1579 eV A(k,w) = 0.10903E-04 meV^-1
|
|
ik = 54 w = -1.8947 eV A(k,w) = 0.78092E-05 meV^-1
|
|
ik = 54 w = -1.6316 eV A(k,w) = 0.57480E-05 meV^-1
|
|
ik = 54 w = -1.3684 eV A(k,w) = 0.43388E-05 meV^-1
|
|
ik = 54 w = -1.1053 eV A(k,w) = 0.33498E-05 meV^-1
|
|
ik = 54 w = -0.8421 eV A(k,w) = 0.26171E-05 meV^-1
|
|
ik = 54 w = -0.5789 eV A(k,w) = 0.20344E-05 meV^-1
|
|
ik = 54 w = -0.3158 eV A(k,w) = 0.15560E-05 meV^-1
|
|
ik = 54 w = -0.0526 eV A(k,w) = 0.11778E-05 meV^-1
|
|
ik = 54 w = 0.2105 eV A(k,w) = 0.89507E-06 meV^-1
|
|
ik = 54 w = 0.4737 eV A(k,w) = 0.68684E-06 meV^-1
|
|
ik = 54 w = 0.7368 eV A(k,w) = 0.53057E-06 meV^-1
|
|
ik = 54 w = 1.0000 eV A(k,w) = 0.41254E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
54 -4.0000 0.26892E-02
|
|
54 -3.7368 0.41860E-03
|
|
54 -3.4737 0.12920E-03
|
|
54 -3.2105 0.61869E-04
|
|
54 -2.9474 0.36178E-04
|
|
54 -2.6842 0.23287E-04
|
|
54 -2.4211 0.15686E-04
|
|
54 -2.1579 0.10903E-04
|
|
54 -1.8947 0.78092E-05
|
|
54 -1.6316 0.57480E-05
|
|
54 -1.3684 0.43388E-05
|
|
54 -1.1053 0.33498E-05
|
|
54 -0.8421 0.26171E-05
|
|
54 -0.5789 0.20344E-05
|
|
54 -0.3158 0.15560E-05
|
|
54 -0.0526 0.11778E-05
|
|
54 0.2105 0.89507E-06
|
|
54 0.4737 0.68684E-06
|
|
54 0.7368 0.53057E-06
|
|
54 1.0000 0.41254E-06
|
|
54 1 -16.2688 -4.0000 -31.8898 105.0143
|
|
54 1 -16.2688 -3.7368 -26.4840 103.2986
|
|
54 1 -16.2688 -3.4737 -20.9653 101.0998
|
|
54 1 -16.2688 -3.2105 -15.1530 98.4169
|
|
54 1 -16.2688 -2.9474 -8.8287 94.8293
|
|
54 1 -16.2688 -2.6842 -2.3893 89.4773
|
|
54 1 -16.2688 -2.4211 2.8032 82.2135
|
|
54 1 -16.2688 -2.1579 5.8823 74.1737
|
|
54 1 -16.2688 -1.8947 7.1399 66.4516
|
|
54 1 -16.2688 -1.6316 7.1772 59.4712
|
|
54 1 -16.2688 -1.3684 6.4660 53.3650
|
|
54 1 -16.2688 -1.1053 5.5028 48.0967
|
|
54 1 -16.2688 -0.8421 4.6454 43.2875
|
|
54 1 -16.2688 -0.5789 3.8064 38.4536
|
|
54 1 -16.2688 -0.3158 2.5251 33.4513
|
|
54 1 -16.2688 -0.0526 0.4875 28.6601
|
|
54 1 -16.2688 0.2105 -2.1123 24.4994
|
|
54 1 -16.2688 0.4737 -4.9165 21.0203
|
|
54 1 -16.2688 0.7368 -7.7581 18.0848
|
|
54 1 -16.2688 1.0000 -10.5977 15.6169
|
|
|
|
54 2 -8.9488 -4.0000 -45.4562 94.4918
|
|
54 2 -8.9488 -3.7368 -40.2616 94.5734
|
|
54 2 -8.9488 -3.4737 -34.7375 94.2941
|
|
54 2 -8.9488 -3.2105 -28.5957 93.6121
|
|
54 2 -8.9488 -2.9474 -21.5191 91.9615
|
|
54 2 -8.9488 -2.6842 -13.9546 88.2629
|
|
54 2 -8.9488 -2.4211 -7.4677 82.2682
|
|
54 2 -8.9488 -2.1579 -3.0817 75.1835
|
|
54 2 -8.9488 -1.8947 -0.5430 68.1846
|
|
54 2 -8.9488 -1.6316 0.7322 61.7358
|
|
54 2 -8.9488 -1.3684 1.2113 56.0217
|
|
54 2 -8.9488 -1.1053 1.4397 51.0229
|
|
54 2 -8.9488 -0.8421 1.7965 46.2931
|
|
54 2 -8.9488 -0.5789 2.1101 41.2729
|
|
54 2 -8.9488 -0.3158 1.7675 35.8522
|
|
54 2 -8.9488 -0.0526 0.3852 30.5702
|
|
54 2 -8.9488 0.2105 -1.7668 25.9781
|
|
54 2 -8.9488 0.4737 -4.2278 22.1420
|
|
54 2 -8.9488 0.7368 -6.7950 18.8884
|
|
54 2 -8.9488 1.0000 -9.4338 16.1359
|
|
|
|
54 3 -6.9060 -4.0000 -45.2215 89.2230
|
|
54 3 -6.9060 -3.7368 -40.3576 89.7462
|
|
54 3 -6.9060 -3.4737 -35.0322 89.8982
|
|
54 3 -6.9060 -3.2105 -29.0225 89.5700
|
|
54 3 -6.9060 -2.9474 -22.0982 88.2220
|
|
54 3 -6.9060 -2.6842 -14.7159 84.8612
|
|
54 3 -6.9060 -2.4211 -8.3667 79.2751
|
|
54 3 -6.9060 -2.1579 -4.0185 72.6209
|
|
54 3 -6.9060 -1.8947 -1.4266 66.0145
|
|
54 3 -6.9060 -1.6316 -0.0463 59.8927
|
|
54 3 -6.9060 -1.3684 0.5524 54.4441
|
|
54 3 -6.9060 -1.1053 0.8957 49.6718
|
|
54 3 -6.9060 -0.8421 1.3677 45.1487
|
|
54 3 -6.9060 -0.5789 1.8076 40.3155
|
|
54 3 -6.9060 -0.3158 1.6014 35.0544
|
|
54 3 -6.9060 -0.0526 0.3578 29.9027
|
|
54 3 -6.9060 0.2105 -1.6591 25.4147
|
|
54 3 -6.9060 0.4737 -3.9917 21.6596
|
|
54 3 -6.9060 0.7368 -6.4410 18.4671
|
|
54 3 -6.9060 1.0000 -8.9749 15.7610
|
|
|
|
54 4 -3.9563 -4.0000 -62.4551 115.5185
|
|
54 4 -3.9563 -3.7368 -55.9059 116.4158
|
|
54 4 -3.9563 -3.4737 -48.7391 116.8417
|
|
54 4 -3.9563 -3.2105 -40.6312 116.6337
|
|
54 4 -3.9563 -2.9474 -31.2876 115.0376
|
|
54 4 -3.9563 -2.6842 -21.3613 110.7416
|
|
54 4 -3.9563 -2.4211 -12.8291 103.5162
|
|
54 4 -3.9563 -2.1579 -6.9258 94.9021
|
|
54 4 -3.9563 -1.8947 -3.3124 86.3430
|
|
54 4 -3.9563 -1.6316 -1.2828 78.4005
|
|
54 4 -3.9563 -1.3684 -0.2773 71.3230
|
|
54 4 -3.9563 -1.1053 0.3951 65.1114
|
|
54 4 -3.9563 -0.8421 1.2321 59.2002
|
|
54 4 -3.9563 -0.5789 2.0140 52.8548
|
|
54 4 -3.9563 -0.3158 1.9240 45.9251
|
|
54 4 -3.9563 -0.0526 0.4425 39.1300
|
|
54 4 -3.9563 0.2105 -2.0768 33.2090
|
|
54 4 -3.9563 0.4737 -5.0249 28.2543
|
|
54 4 -3.9563 0.7368 -8.1379 24.0406
|
|
54 4 -3.9563 1.0000 -11.3732 20.4692
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 55 coord.: 0.1666667 0.5000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -39.865850 meV Im[Sigma]= 63.144551 meV Z= 1.004350 lam= -0.004331
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.545252 meV Im[Sigma]= 65.717203 meV Z= 1.008844 lam= -0.008767
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 13.060526 meV Im[Sigma]= 133.533106 meV Z= 1.018110 lam= -0.017788
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.408599 meV Im[Sigma]= 139.504173 meV Z= 1.024600 lam= -0.024010
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 55 coord.: 0.1666667 0.5000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 55 w = -4.0000 eV A(k,w) = 0.25744E-02 meV^-1
|
|
ik = 55 w = -3.7368 eV A(k,w) = 0.66471E-03 meV^-1
|
|
ik = 55 w = -3.4737 eV A(k,w) = 0.18529E-03 meV^-1
|
|
ik = 55 w = -3.2105 eV A(k,w) = 0.87604E-04 meV^-1
|
|
ik = 55 w = -2.9474 eV A(k,w) = 0.51354E-04 meV^-1
|
|
ik = 55 w = -2.6842 eV A(k,w) = 0.33130E-04 meV^-1
|
|
ik = 55 w = -2.4211 eV A(k,w) = 0.22293E-04 meV^-1
|
|
ik = 55 w = -2.1579 eV A(k,w) = 0.15431E-04 meV^-1
|
|
ik = 55 w = -1.8947 eV A(k,w) = 0.10982E-04 meV^-1
|
|
ik = 55 w = -1.6316 eV A(k,w) = 0.80206E-05 meV^-1
|
|
ik = 55 w = -1.3684 eV A(k,w) = 0.60023E-05 meV^-1
|
|
ik = 55 w = -1.1053 eV A(k,w) = 0.45922E-05 meV^-1
|
|
ik = 55 w = -0.8421 eV A(k,w) = 0.35536E-05 meV^-1
|
|
ik = 55 w = -0.5789 eV A(k,w) = 0.27348E-05 meV^-1
|
|
ik = 55 w = -0.3158 eV A(k,w) = 0.20697E-05 meV^-1
|
|
ik = 55 w = -0.0526 eV A(k,w) = 0.15495E-05 meV^-1
|
|
ik = 55 w = 0.2105 eV A(k,w) = 0.11648E-05 meV^-1
|
|
ik = 55 w = 0.4737 eV A(k,w) = 0.88431E-06 meV^-1
|
|
ik = 55 w = 0.7368 eV A(k,w) = 0.67595E-06 meV^-1
|
|
ik = 55 w = 1.0000 eV A(k,w) = 0.52021E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
55 -4.0000 0.25744E-02
|
|
55 -3.7368 0.66471E-03
|
|
55 -3.4737 0.18529E-03
|
|
55 -3.2105 0.87604E-04
|
|
55 -2.9474 0.51354E-04
|
|
55 -2.6842 0.33130E-04
|
|
55 -2.4211 0.22293E-04
|
|
55 -2.1579 0.15431E-04
|
|
55 -1.8947 0.10982E-04
|
|
55 -1.6316 0.80206E-05
|
|
55 -1.3684 0.60023E-05
|
|
55 -1.1053 0.45922E-05
|
|
55 -0.8421 0.35536E-05
|
|
55 -0.5789 0.27348E-05
|
|
55 -0.3158 0.20697E-05
|
|
55 -0.0526 0.15495E-05
|
|
55 0.2105 0.11648E-05
|
|
55 0.4737 0.88431E-06
|
|
55 0.7368 0.67595E-06
|
|
55 1.0000 0.52021E-06
|
|
55 1 -15.5565 -4.0000 -32.6701 102.6114
|
|
55 1 -15.5565 -3.7368 -27.2397 101.0070
|
|
55 1 -15.5565 -3.4737 -21.7472 98.9311
|
|
55 1 -15.5565 -3.2105 -15.9779 96.4255
|
|
55 1 -15.5565 -2.9474 -9.6542 93.0640
|
|
55 1 -15.5565 -2.6842 -3.1460 87.9368
|
|
55 1 -15.5565 -2.4211 2.1622 80.8504
|
|
55 1 -15.5565 -2.1579 5.3614 72.9319
|
|
55 1 -15.5565 -1.8947 6.7166 65.2960
|
|
55 1 -15.5565 -1.6316 6.8279 58.3936
|
|
55 1 -15.5565 -1.3684 6.1831 52.3685
|
|
55 1 -15.5565 -1.1053 5.2889 47.1763
|
|
55 1 -15.5565 -0.8421 4.4966 42.4303
|
|
55 1 -15.5565 -0.5789 3.7089 37.6538
|
|
55 1 -15.5565 -0.3158 2.4693 32.7167
|
|
55 1 -15.5565 -0.0526 0.4773 27.9995
|
|
55 1 -15.5565 0.2105 -2.0682 23.9131
|
|
55 1 -15.5565 0.4737 -4.8117 20.5041
|
|
55 1 -15.5565 0.7368 -7.5872 17.6330
|
|
55 1 -15.5565 1.0000 -10.3565 15.2213
|
|
|
|
55 2 -12.4383 -4.0000 -30.1630 73.6052
|
|
55 2 -12.4383 -3.7368 -26.5007 73.3397
|
|
55 2 -12.4383 -3.4737 -22.5717 72.8083
|
|
55 2 -12.4383 -3.2105 -18.1978 71.9550
|
|
55 2 -12.4383 -2.9474 -13.1833 70.3823
|
|
55 2 -12.4383 -2.6842 -7.8562 67.3327
|
|
55 2 -12.4383 -2.4211 -3.3477 62.6379
|
|
55 2 -12.4383 -2.1579 -0.3942 57.1869
|
|
55 2 -12.4383 -1.8947 1.2067 51.8405
|
|
55 2 -12.4383 -1.6316 1.8932 46.9246
|
|
55 2 -12.4383 -1.3684 1.9992 42.5619
|
|
55 2 -12.4383 -1.1053 1.9138 38.7485
|
|
55 2 -12.4383 -0.8421 1.9287 35.1710
|
|
55 2 -12.4383 -0.5789 1.9396 31.4106
|
|
55 2 -12.4383 -0.3158 1.5014 27.3623
|
|
55 2 -12.4383 -0.0526 0.3164 23.4074
|
|
55 2 -12.4383 0.2105 -1.4318 19.9543
|
|
55 2 -12.4383 0.4737 -3.4088 17.0594
|
|
55 2 -12.4383 0.7368 -5.4649 14.6012
|
|
55 2 -12.4383 1.0000 -7.5702 12.5225
|
|
|
|
55 3 -4.5379 -4.0000 -62.6570 114.2575
|
|
55 3 -4.5379 -3.7368 -56.1161 115.1928
|
|
55 3 -4.5379 -3.4737 -48.9923 115.6532
|
|
55 3 -4.5379 -3.2105 -40.9507 115.5133
|
|
55 3 -4.5379 -2.9474 -31.6553 114.0284
|
|
55 3 -4.5379 -2.6842 -21.7316 109.8545
|
|
55 3 -4.5379 -2.4211 -13.1713 102.7272
|
|
55 3 -4.5379 -2.1579 -7.2392 94.1851
|
|
55 3 -4.5379 -1.8947 -3.6082 85.6916
|
|
55 3 -4.5379 -1.6316 -1.5621 77.8230
|
|
55 3 -4.5379 -1.3684 -0.5260 70.8249
|
|
55 3 -4.5379 -1.1053 0.1948 64.6832
|
|
55 3 -4.5379 -0.8421 1.0868 58.8230
|
|
55 3 -4.5379 -0.5789 1.9187 52.5147
|
|
55 3 -4.5379 -0.3158 1.8738 45.6156
|
|
55 3 -4.5379 -0.0526 0.4347 38.8449
|
|
55 3 -4.5379 0.2105 -2.0482 32.9423
|
|
55 3 -4.5379 0.4737 -4.9675 28.0048
|
|
55 3 -4.5379 0.7368 -8.0559 23.8120
|
|
55 3 -4.5379 1.0000 -11.2652 20.2648
|
|
|
|
55 4 -3.8929 -4.0000 -64.5342 112.3715
|
|
55 4 -3.8929 -3.7368 -58.1700 113.5871
|
|
55 4 -3.8929 -3.4737 -51.1849 114.3897
|
|
55 4 -3.8929 -3.2105 -43.2114 114.6454
|
|
55 4 -3.8929 -2.9474 -33.8767 113.5824
|
|
55 4 -3.8929 -2.6842 -23.7933 109.7938
|
|
55 4 -3.8929 -2.4211 -14.9978 102.9609
|
|
55 4 -3.8929 -2.1579 -8.8123 94.6270
|
|
55 4 -3.8929 -1.8947 -4.9261 86.2783
|
|
55 4 -3.8929 -1.6316 -2.6324 78.4956
|
|
55 4 -3.8929 -1.3684 -1.3725 71.5387
|
|
55 4 -3.8929 -1.1053 -0.4483 65.4139
|
|
55 4 -3.8929 -0.8421 0.6403 59.5460
|
|
55 4 -3.8929 -0.5789 1.6576 53.1904
|
|
55 4 -3.8929 -0.3158 1.7610 46.2054
|
|
55 4 -3.8929 -0.0526 0.4200 39.3388
|
|
55 4 -3.8929 0.2105 -1.9991 33.3537
|
|
55 4 -3.8929 0.4737 -4.8689 28.3468
|
|
55 4 -3.8929 0.7368 -7.9180 24.0878
|
|
55 4 -3.8929 1.0000 -11.1031 20.4769
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 56 coord.: 0.1666667 0.5000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.636287 meV Im[Sigma]= 68.664277 meV Z= 1.015239 lam= -0.015010
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.174225 meV Im[Sigma]= 57.646631 meV Z= 1.005261 lam= -0.005233
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.807915 meV Im[Sigma]= 119.641088 meV Z= 1.022489 lam= -0.021995
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 70.840681 meV Im[Sigma]= 161.383741 meV Z= 1.042851 lam= -0.041090
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 56 coord.: 0.1666667 0.5000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 56 w = -4.0000 eV A(k,w) = 0.46049E-04 meV^-1
|
|
ik = 56 w = -3.7368 eV A(k,w) = 0.54506E-04 meV^-1
|
|
ik = 56 w = -3.4737 eV A(k,w) = 0.81446E-04 meV^-1
|
|
ik = 56 w = -3.2105 eV A(k,w) = 0.16235E-03 meV^-1
|
|
ik = 56 w = -2.9474 eV A(k,w) = 0.52447E-03 meV^-1
|
|
ik = 56 w = -2.6842 eV A(k,w) = 0.25660E-02 meV^-1
|
|
ik = 56 w = -2.4211 eV A(k,w) = 0.47613E-03 meV^-1
|
|
ik = 56 w = -2.1579 eV A(k,w) = 0.12815E-03 meV^-1
|
|
ik = 56 w = -1.8947 eV A(k,w) = 0.54108E-04 meV^-1
|
|
ik = 56 w = -1.6316 eV A(k,w) = 0.28426E-04 meV^-1
|
|
ik = 56 w = -1.3684 eV A(k,w) = 0.16980E-04 meV^-1
|
|
ik = 56 w = -1.1053 eV A(k,w) = 0.11044E-04 meV^-1
|
|
ik = 56 w = -0.8421 eV A(k,w) = 0.75693E-05 meV^-1
|
|
ik = 56 w = -0.5789 eV A(k,w) = 0.53034E-05 meV^-1
|
|
ik = 56 w = -0.3158 eV A(k,w) = 0.37241E-05 meV^-1
|
|
ik = 56 w = -0.0526 eV A(k,w) = 0.26229E-05 meV^-1
|
|
ik = 56 w = 0.2105 eV A(k,w) = 0.18745E-05 meV^-1
|
|
ik = 56 w = 0.4737 eV A(k,w) = 0.13641E-05 meV^-1
|
|
ik = 56 w = 0.7368 eV A(k,w) = 0.10057E-05 meV^-1
|
|
ik = 56 w = 1.0000 eV A(k,w) = 0.75022E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
56 -4.0000 0.46049E-04
|
|
56 -3.7368 0.54506E-04
|
|
56 -3.4737 0.81446E-04
|
|
56 -3.2105 0.16235E-03
|
|
56 -2.9474 0.52447E-03
|
|
56 -2.6842 0.25660E-02
|
|
56 -2.4211 0.47613E-03
|
|
56 -2.1579 0.12815E-03
|
|
56 -1.8947 0.54108E-04
|
|
56 -1.6316 0.28426E-04
|
|
56 -1.3684 0.16980E-04
|
|
56 -1.1053 0.11044E-04
|
|
56 -0.8421 0.75693E-05
|
|
56 -0.5789 0.53034E-05
|
|
56 -0.3158 0.37241E-05
|
|
56 -0.0526 0.26229E-05
|
|
56 0.2105 0.18745E-05
|
|
56 0.4737 0.13641E-05
|
|
56 0.7368 0.10057E-05
|
|
56 1.0000 0.75022E-06
|
|
56 1 -16.6105 -4.0000 -31.8058 106.2962
|
|
56 1 -16.6105 -3.7368 -26.1861 104.4510
|
|
56 1 -16.6105 -3.4737 -20.5268 102.0832
|
|
56 1 -16.6105 -3.2105 -14.6336 99.2329
|
|
56 1 -16.6105 -2.9474 -8.2661 95.4884
|
|
56 1 -16.6105 -2.6842 -1.8143 89.9923
|
|
56 1 -16.6105 -2.4211 3.3703 82.6039
|
|
56 1 -16.6105 -2.1579 6.4350 74.4526
|
|
56 1 -16.6105 -1.8947 7.6675 66.6209
|
|
56 1 -16.6105 -1.6316 7.6618 59.5388
|
|
56 1 -16.6105 -1.3684 6.8957 53.3449
|
|
56 1 -16.6105 -1.1053 5.8693 47.9984
|
|
56 1 -16.6105 -0.8421 4.9342 43.1203
|
|
56 1 -16.6105 -0.5789 4.0003 38.2391
|
|
56 1 -16.6105 -0.3158 2.6212 33.2230
|
|
56 1 -16.6105 -0.0526 0.5015 28.4443
|
|
56 1 -16.6105 0.2105 -2.1617 24.3074
|
|
56 1 -16.6105 0.4737 -5.0155 20.8580
|
|
56 1 -16.6105 0.7368 -7.8929 17.9566
|
|
56 1 -16.6105 1.0000 -10.7538 15.5220
|
|
|
|
56 2 -10.7517 -4.0000 -34.3326 82.1557
|
|
56 2 -10.7517 -3.7368 -29.8006 81.7202
|
|
56 2 -10.7517 -3.4737 -25.1375 80.8692
|
|
56 2 -10.7517 -3.2105 -20.1478 79.6635
|
|
56 2 -10.7517 -2.9474 -14.5461 77.7226
|
|
56 2 -10.7517 -2.6842 -8.6428 74.2067
|
|
56 2 -10.7517 -2.4211 -3.6624 68.9175
|
|
56 2 -10.7517 -2.1579 -0.4066 62.8219
|
|
56 2 -10.7517 -1.8947 1.3455 56.8608
|
|
56 2 -10.7517 -1.6316 2.0759 51.4003
|
|
56 2 -10.7517 -1.3684 2.1660 46.5815
|
|
56 2 -10.7517 -1.1053 2.0599 42.3901
|
|
56 2 -10.7517 -0.8421 2.0793 38.4654
|
|
56 2 -10.7517 -0.5789 2.1014 34.3399
|
|
56 2 -10.7517 -0.3158 1.6307 29.9014
|
|
56 2 -10.7517 -0.0526 0.3436 25.5725
|
|
56 2 -10.7517 0.2105 -1.5531 21.7987
|
|
56 2 -10.7517 0.4737 -3.6924 18.6351
|
|
56 2 -10.7517 0.7368 -5.9145 15.9445
|
|
56 2 -10.7517 1.0000 -8.1918 13.6646
|
|
|
|
56 3 -5.2472 -4.0000 -57.7975 108.1649
|
|
56 3 -5.2472 -3.7368 -51.6186 108.8847
|
|
56 3 -5.2472 -3.4737 -44.9700 109.1398
|
|
56 3 -5.2472 -3.2105 -37.5250 108.8745
|
|
56 3 -5.2472 -2.9474 -28.9124 107.4161
|
|
56 3 -5.2472 -2.6842 -19.6684 103.4730
|
|
56 3 -5.2472 -2.4211 -11.6641 96.7437
|
|
56 3 -5.2472 -2.1579 -6.1254 88.6551
|
|
56 3 -5.2472 -1.8947 -2.7696 80.5973
|
|
56 3 -5.2472 -1.6316 -0.9274 73.1325
|
|
56 3 -5.2472 -1.3684 -0.0488 66.5050
|
|
56 3 -5.2472 -1.1053 0.5316 60.7025
|
|
56 3 -5.2472 -0.8421 1.2762 55.1792
|
|
56 3 -5.2472 -0.5789 1.9670 49.2484
|
|
56 3 -5.2472 -0.3158 1.8410 42.7788
|
|
56 3 -5.2472 -0.0526 0.4201 36.4420
|
|
56 3 -5.2472 0.2105 -1.9652 30.9238
|
|
56 3 -5.2472 0.4737 -4.7479 26.3105
|
|
56 3 -5.2472 0.7368 -7.6802 22.3929
|
|
56 3 -5.2472 1.0000 -10.7197 19.0765
|
|
|
|
56 4 -2.6593 -4.0000 -73.0565 128.4714
|
|
56 4 -2.6593 -3.7368 -65.6115 129.6301
|
|
56 4 -2.6593 -3.4737 -57.5288 130.2771
|
|
56 4 -2.6593 -3.2105 -48.4083 130.2830
|
|
56 4 -2.6593 -2.9474 -37.8428 128.8008
|
|
56 4 -2.6593 -2.6842 -26.5252 124.2931
|
|
56 4 -2.6593 -2.4211 -16.6973 116.4437
|
|
56 4 -2.6593 -2.1579 -9.7883 106.9596
|
|
56 4 -2.6593 -1.8947 -5.4605 97.4695
|
|
56 4 -2.6593 -1.6316 -2.9424 88.6375
|
|
56 4 -2.6593 -1.3684 -1.5927 80.7749
|
|
56 4 -2.6593 -1.1053 -0.6034 73.8867
|
|
56 4 -2.6593 -0.8421 0.6039 67.3108
|
|
56 4 -2.6593 -0.5789 1.7687 60.1855
|
|
56 4 -2.6593 -0.3158 1.9285 52.3301
|
|
56 4 -2.6593 -0.0526 0.4643 44.5857
|
|
56 4 -2.6593 0.2105 -2.2190 37.8209
|
|
56 4 -2.6593 0.4737 -5.4162 32.1479
|
|
56 4 -2.6593 0.7368 -8.8261 27.3099
|
|
56 4 -2.6593 1.0000 -12.4023 23.2019
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 57 coord.: 0.1666667 0.5000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.721613 meV Im[Sigma]= 72.550687 meV Z= 1.014355 lam= -0.014152
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.814498 meV Im[Sigma]= 49.833754 meV Z= 0.996140 lam= 0.003874
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.489446 meV Im[Sigma]= 87.638523 meV Z= 1.015650 lam= -0.015409
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.725505 meV Im[Sigma]= 142.114356 meV Z= 1.024786 lam= -0.024187
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 57 coord.: 0.1666667 0.5000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 57 w = -4.0000 eV A(k,w) = 0.26892E-02 meV^-1
|
|
ik = 57 w = -3.7368 eV A(k,w) = 0.41860E-03 meV^-1
|
|
ik = 57 w = -3.4737 eV A(k,w) = 0.12920E-03 meV^-1
|
|
ik = 57 w = -3.2105 eV A(k,w) = 0.61869E-04 meV^-1
|
|
ik = 57 w = -2.9474 eV A(k,w) = 0.36178E-04 meV^-1
|
|
ik = 57 w = -2.6842 eV A(k,w) = 0.23287E-04 meV^-1
|
|
ik = 57 w = -2.4211 eV A(k,w) = 0.15686E-04 meV^-1
|
|
ik = 57 w = -2.1579 eV A(k,w) = 0.10903E-04 meV^-1
|
|
ik = 57 w = -1.8947 eV A(k,w) = 0.78092E-05 meV^-1
|
|
ik = 57 w = -1.6316 eV A(k,w) = 0.57480E-05 meV^-1
|
|
ik = 57 w = -1.3684 eV A(k,w) = 0.43387E-05 meV^-1
|
|
ik = 57 w = -1.1053 eV A(k,w) = 0.33498E-05 meV^-1
|
|
ik = 57 w = -0.8421 eV A(k,w) = 0.26171E-05 meV^-1
|
|
ik = 57 w = -0.5789 eV A(k,w) = 0.20344E-05 meV^-1
|
|
ik = 57 w = -0.3158 eV A(k,w) = 0.15560E-05 meV^-1
|
|
ik = 57 w = -0.0526 eV A(k,w) = 0.11778E-05 meV^-1
|
|
ik = 57 w = 0.2105 eV A(k,w) = 0.89507E-06 meV^-1
|
|
ik = 57 w = 0.4737 eV A(k,w) = 0.68684E-06 meV^-1
|
|
ik = 57 w = 0.7368 eV A(k,w) = 0.53056E-06 meV^-1
|
|
ik = 57 w = 1.0000 eV A(k,w) = 0.41254E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
57 -4.0000 0.26892E-02
|
|
57 -3.7368 0.41860E-03
|
|
57 -3.4737 0.12920E-03
|
|
57 -3.2105 0.61869E-04
|
|
57 -2.9474 0.36178E-04
|
|
57 -2.6842 0.23287E-04
|
|
57 -2.4211 0.15686E-04
|
|
57 -2.1579 0.10903E-04
|
|
57 -1.8947 0.78092E-05
|
|
57 -1.6316 0.57480E-05
|
|
57 -1.3684 0.43387E-05
|
|
57 -1.1053 0.33498E-05
|
|
57 -0.8421 0.26171E-05
|
|
57 -0.5789 0.20344E-05
|
|
57 -0.3158 0.15560E-05
|
|
57 -0.0526 0.11778E-05
|
|
57 0.2105 0.89507E-06
|
|
57 0.4737 0.68684E-06
|
|
57 0.7368 0.53056E-06
|
|
57 1.0000 0.41254E-06
|
|
57 1 -16.2688 -4.0000 -31.8898 105.0143
|
|
57 1 -16.2688 -3.7368 -26.4839 103.2986
|
|
57 1 -16.2688 -3.4737 -20.9653 101.0998
|
|
57 1 -16.2688 -3.2105 -15.1530 98.4169
|
|
57 1 -16.2688 -2.9474 -8.8287 94.8293
|
|
57 1 -16.2688 -2.6842 -2.3893 89.4773
|
|
57 1 -16.2688 -2.4211 2.8032 82.2135
|
|
57 1 -16.2688 -2.1579 5.8823 74.1737
|
|
57 1 -16.2688 -1.8947 7.1399 66.4515
|
|
57 1 -16.2688 -1.6316 7.1773 59.4712
|
|
57 1 -16.2688 -1.3684 6.4660 53.3650
|
|
57 1 -16.2688 -1.1053 5.5028 48.0967
|
|
57 1 -16.2688 -0.8421 4.6454 43.2875
|
|
57 1 -16.2688 -0.5789 3.8064 38.4536
|
|
57 1 -16.2688 -0.3158 2.5251 33.4512
|
|
57 1 -16.2688 -0.0526 0.4875 28.6601
|
|
57 1 -16.2688 0.2105 -2.1123 24.4993
|
|
57 1 -16.2688 0.4737 -4.9165 21.0203
|
|
57 1 -16.2688 0.7368 -7.7581 18.0848
|
|
57 1 -16.2688 1.0000 -10.5977 15.6169
|
|
|
|
57 2 -8.9488 -4.0000 -45.4565 94.4919
|
|
57 2 -8.9488 -3.7368 -40.2619 94.5736
|
|
57 2 -8.9488 -3.4737 -34.7377 94.2943
|
|
57 2 -8.9488 -3.2105 -28.5960 93.6123
|
|
57 2 -8.9488 -2.9474 -21.5193 91.9618
|
|
57 2 -8.9488 -2.6842 -13.9548 88.2631
|
|
57 2 -8.9488 -2.4211 -7.4679 82.2684
|
|
57 2 -8.9488 -2.1579 -3.0819 75.1838
|
|
57 2 -8.9488 -1.8947 -0.5431 68.1848
|
|
57 2 -8.9488 -1.6316 0.7321 61.7361
|
|
57 2 -8.9488 -1.3684 1.2113 56.0219
|
|
57 2 -8.9488 -1.1053 1.4396 51.0230
|
|
57 2 -8.9488 -0.8421 1.7964 46.2933
|
|
57 2 -8.9488 -0.5789 2.1101 41.2731
|
|
57 2 -8.9488 -0.3158 1.7675 35.8524
|
|
57 2 -8.9488 -0.0526 0.3852 30.5703
|
|
57 2 -8.9488 0.2105 -1.7668 25.9782
|
|
57 2 -8.9488 0.4737 -4.2278 22.1420
|
|
57 2 -8.9488 0.7368 -6.7950 18.8885
|
|
57 2 -8.9488 1.0000 -9.4338 16.1359
|
|
|
|
57 3 -6.9060 -4.0000 -45.2214 89.2230
|
|
57 3 -6.9060 -3.7368 -40.3575 89.7462
|
|
57 3 -6.9060 -3.4737 -35.0321 89.8982
|
|
57 3 -6.9060 -3.2105 -29.0223 89.5700
|
|
57 3 -6.9060 -2.9474 -22.0980 88.2220
|
|
57 3 -6.9060 -2.6842 -14.7158 84.8611
|
|
57 3 -6.9060 -2.4211 -8.3666 79.2750
|
|
57 3 -6.9060 -2.1579 -4.0184 72.6208
|
|
57 3 -6.9060 -1.8947 -1.4264 66.0144
|
|
57 3 -6.9060 -1.6316 -0.0461 59.8926
|
|
57 3 -6.9060 -1.3684 0.5525 54.4440
|
|
57 3 -6.9060 -1.1053 0.8958 49.6716
|
|
57 3 -6.9060 -0.8421 1.3678 45.1485
|
|
57 3 -6.9060 -0.5789 1.8077 40.3153
|
|
57 3 -6.9060 -0.3158 1.6015 35.0543
|
|
57 3 -6.9060 -0.0526 0.3578 29.9026
|
|
57 3 -6.9060 0.2105 -1.6591 25.4146
|
|
57 3 -6.9060 0.4737 -3.9917 21.6595
|
|
57 3 -6.9060 0.7368 -6.4410 18.4670
|
|
57 3 -6.9060 1.0000 -8.9749 15.7610
|
|
|
|
57 4 -3.9563 -4.0000 -62.4547 115.5182
|
|
57 4 -3.9563 -3.7368 -55.9056 116.4155
|
|
57 4 -3.9563 -3.4737 -48.7388 116.8414
|
|
57 4 -3.9563 -3.2105 -40.6309 116.6334
|
|
57 4 -3.9563 -2.9474 -31.2873 115.0373
|
|
57 4 -3.9563 -2.6842 -21.3611 110.7413
|
|
57 4 -3.9563 -2.4211 -12.8290 103.5160
|
|
57 4 -3.9563 -2.1579 -6.9257 94.9019
|
|
57 4 -3.9563 -1.8947 -3.3124 86.3428
|
|
57 4 -3.9563 -1.6316 -1.2828 78.4003
|
|
57 4 -3.9563 -1.3684 -0.2773 71.3229
|
|
57 4 -3.9563 -1.1053 0.3951 65.1113
|
|
57 4 -3.9563 -0.8421 1.2322 59.2000
|
|
57 4 -3.9563 -0.5789 2.0140 52.8547
|
|
57 4 -3.9563 -0.3158 1.9240 45.9250
|
|
57 4 -3.9563 -0.0526 0.4425 39.1299
|
|
57 4 -3.9563 0.2105 -2.0768 33.2089
|
|
57 4 -3.9563 0.4737 -5.0249 28.2542
|
|
57 4 -3.9563 0.7368 -8.1379 24.0406
|
|
57 4 -3.9563 1.0000 -11.3732 20.4692
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 58 coord.: 0.1666667 0.5000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.305789 meV Im[Sigma]= 56.076428 meV Z= 1.000191 lam= -0.000191
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.714437 meV Im[Sigma]= 56.833143 meV Z= 1.000355 lam= -0.000355
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -10.546338 meV Im[Sigma]= 82.756739 meV Z= 1.018010 lam= -0.017692
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.241392 meV Im[Sigma]= 80.025708 meV Z= 1.002837 lam= -0.002829
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 58 coord.: 0.1666667 0.5000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 58 w = -4.0000 eV A(k,w) = 0.10767E-04 meV^-1
|
|
ik = 58 w = -3.7368 eV A(k,w) = 0.88349E-05 meV^-1
|
|
ik = 58 w = -3.4737 eV A(k,w) = 0.73904E-05 meV^-1
|
|
ik = 58 w = -3.2105 eV A(k,w) = 0.62647E-05 meV^-1
|
|
ik = 58 w = -2.9474 eV A(k,w) = 0.53311E-05 meV^-1
|
|
ik = 58 w = -2.6842 eV A(k,w) = 0.44870E-05 meV^-1
|
|
ik = 58 w = -2.4211 eV A(k,w) = 0.37048E-05 meV^-1
|
|
ik = 58 w = -2.1579 eV A(k,w) = 0.30245E-05 meV^-1
|
|
ik = 58 w = -1.8947 eV A(k,w) = 0.24676E-05 meV^-1
|
|
ik = 58 w = -1.6316 eV A(k,w) = 0.20216E-05 meV^-1
|
|
ik = 58 w = -1.3684 eV A(k,w) = 0.16684E-05 meV^-1
|
|
ik = 58 w = -1.1053 eV A(k,w) = 0.13889E-05 meV^-1
|
|
ik = 58 w = -0.8421 eV A(k,w) = 0.11573E-05 meV^-1
|
|
ik = 58 w = -0.5789 eV A(k,w) = 0.95103E-06 meV^-1
|
|
ik = 58 w = -0.3158 eV A(k,w) = 0.76338E-06 meV^-1
|
|
ik = 58 w = -0.0526 eV A(k,w) = 0.60287E-06 meV^-1
|
|
ik = 58 w = 0.2105 eV A(k,w) = 0.47576E-06 meV^-1
|
|
ik = 58 w = 0.4737 eV A(k,w) = 0.37754E-06 meV^-1
|
|
ik = 58 w = 0.7368 eV A(k,w) = 0.30045E-06 meV^-1
|
|
ik = 58 w = 1.0000 eV A(k,w) = 0.23988E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
58 -4.0000 0.10767E-04
|
|
58 -3.7368 0.88349E-05
|
|
58 -3.4737 0.73904E-05
|
|
58 -3.2105 0.62647E-05
|
|
58 -2.9474 0.53311E-05
|
|
58 -2.6842 0.44870E-05
|
|
58 -2.4211 0.37048E-05
|
|
58 -2.1579 0.30245E-05
|
|
58 -1.8947 0.24676E-05
|
|
58 -1.6316 0.20216E-05
|
|
58 -1.3684 0.16684E-05
|
|
58 -1.1053 0.13889E-05
|
|
58 -0.8421 0.11573E-05
|
|
58 -0.5789 0.95103E-06
|
|
58 -0.3158 0.76338E-06
|
|
58 -0.0526 0.60287E-06
|
|
58 0.2105 0.47576E-06
|
|
58 0.4737 0.37754E-06
|
|
58 0.7368 0.30045E-06
|
|
58 1.0000 0.23988E-06
|
|
58 1 -14.5793 -4.0000 -33.5466 97.8214
|
|
58 1 -14.5793 -3.7368 -28.5409 96.5700
|
|
58 1 -14.5793 -3.4737 -23.4055 94.9066
|
|
58 1 -14.5793 -3.2105 -17.9271 92.8503
|
|
58 1 -14.5793 -2.9474 -11.8332 89.9720
|
|
58 1 -14.5793 -2.6842 -5.4858 85.3668
|
|
58 1 -14.5793 -2.4211 -0.2436 78.8357
|
|
58 1 -14.5793 -2.1579 3.0076 71.4735
|
|
58 1 -14.5793 -1.8947 4.5302 64.3487
|
|
58 1 -14.5793 -1.6316 4.8930 57.8760
|
|
58 1 -14.5793 -1.3684 4.5432 52.1944
|
|
58 1 -14.5793 -1.1053 3.9699 47.2731
|
|
58 1 -14.5793 -0.8421 3.5235 42.7241
|
|
58 1 -14.5793 -0.5789 3.0910 38.0523
|
|
58 1 -14.5793 -0.3158 2.1733 33.1243
|
|
58 1 -14.5793 -0.0526 0.4349 28.3570
|
|
58 1 -14.5793 0.2105 -1.9198 24.2036
|
|
58 1 -14.5793 0.4737 -4.5141 20.7248
|
|
58 1 -14.5793 0.7368 -7.1747 17.7813
|
|
58 1 -14.5793 1.0000 -9.8622 15.3014
|
|
|
|
58 2 -10.2664 -4.0000 -44.2283 92.6925
|
|
58 2 -10.2664 -3.7368 -39.1228 92.8470
|
|
58 2 -10.2664 -3.4737 -33.6611 92.5951
|
|
58 2 -10.2664 -3.2105 -27.6028 91.8886
|
|
58 2 -10.2664 -2.9474 -20.6737 90.2029
|
|
58 2 -10.2664 -2.6842 -13.3076 86.5248
|
|
58 2 -10.2664 -2.4211 -7.0064 80.6259
|
|
58 2 -10.2664 -2.1579 -2.7534 73.6746
|
|
58 2 -10.2664 -1.8947 -0.3005 66.8082
|
|
58 2 -10.2664 -1.6316 0.9165 60.4766
|
|
58 2 -10.2664 -1.3684 1.3480 54.8628
|
|
58 2 -10.2664 -1.1053 1.5259 49.9569
|
|
58 2 -10.2664 -0.8421 1.8299 45.3284
|
|
58 2 -10.2664 -0.5789 2.1020 40.4265
|
|
58 2 -10.2664 -0.3158 1.7458 35.1329
|
|
58 2 -10.2664 -0.0526 0.3796 29.9674
|
|
58 2 -10.2664 0.2105 -1.7406 25.4701
|
|
58 2 -10.2664 0.4737 -4.1668 21.7107
|
|
58 2 -10.2664 0.7368 -6.6993 18.5234
|
|
58 2 -10.2664 1.0000 -9.3012 15.8296
|
|
|
|
58 3 -7.2955 -4.0000 -43.8414 85.0767
|
|
58 3 -7.2955 -3.7368 -39.2160 85.7000
|
|
58 3 -7.2955 -3.4737 -34.1141 85.9387
|
|
58 3 -7.2955 -3.2105 -28.3561 85.6849
|
|
58 3 -7.2955 -2.9474 -21.7426 84.4438
|
|
58 3 -7.2955 -2.6842 -14.7073 81.2937
|
|
58 3 -7.2955 -2.4211 -8.6500 76.0471
|
|
58 3 -7.2955 -2.1579 -4.4664 69.7960
|
|
58 3 -7.2955 -1.8947 -1.9186 63.5742
|
|
58 3 -7.2955 -1.6316 -0.5072 57.7794
|
|
58 3 -7.2955 -1.3684 0.1542 52.5949
|
|
58 3 -7.2955 -1.1053 0.5609 48.0411
|
|
58 3 -7.2955 -0.8421 1.0898 43.7183
|
|
58 3 -7.2955 -0.5789 1.5941 39.0816
|
|
58 3 -7.2955 -0.3158 1.4731 34.0072
|
|
58 3 -7.2955 -0.0526 0.3351 29.0196
|
|
58 3 -7.2955 0.2105 -1.5661 24.6665
|
|
58 3 -7.2955 0.4737 -3.7834 21.0193
|
|
58 3 -7.2955 0.7368 -6.1229 17.9137
|
|
58 3 -7.2955 1.0000 -8.5538 15.2788
|
|
|
|
58 4 -5.9070 -4.0000 -49.9869 88.2789
|
|
58 4 -5.9070 -3.7368 -45.0579 89.3076
|
|
58 4 -5.9070 -3.4737 -39.6013 89.9356
|
|
58 4 -5.9070 -3.2105 -33.4106 90.0589
|
|
58 4 -5.9070 -2.9474 -26.2456 89.1431
|
|
58 4 -5.9070 -2.6842 -18.5530 86.1714
|
|
58 4 -5.9070 -2.4211 -11.8456 80.9081
|
|
58 4 -5.9070 -2.1579 -7.1121 74.5159
|
|
58 4 -5.9070 -1.8947 -4.1076 68.1105
|
|
58 4 -5.9070 -1.6316 -2.3018 62.1148
|
|
58 4 -5.9070 -1.3684 -1.2915 56.7280
|
|
58 4 -5.9070 -1.1053 -0.5433 51.9775
|
|
58 4 -5.9070 -0.8421 0.3520 47.4203
|
|
58 4 -5.9070 -0.5789 1.2143 42.4481
|
|
58 4 -5.9070 -0.3158 1.3525 36.9371
|
|
58 4 -5.9070 -0.0526 0.3273 31.4970
|
|
58 4 -5.9070 0.2105 -1.5652 26.7504
|
|
58 4 -5.9070 0.4737 -3.8168 22.7735
|
|
58 4 -5.9070 0.7368 -6.2141 19.3758
|
|
58 4 -5.9070 1.0000 -8.7329 16.4802
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 59 coord.: 0.1666667 0.5000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.0052 eV Re[Sigma]= -24.871122 meV Im[Sigma]= 79.955555 meV Z= 1.015946 lam= -0.015696
|
|
E( 2 )= -11.7636 eV Re[Sigma]= -23.492434 meV Im[Sigma]= 75.575098 meV Z= 1.006779 lam= -0.006733
|
|
E( 3 )= -8.4117 eV Re[Sigma]= -8.339576 meV Im[Sigma]= 41.487161 meV Z= 0.992729 lam= 0.007325
|
|
E( 4 )= -7.0563 eV Re[Sigma]= -3.462720 meV Im[Sigma]= 78.067909 meV Z= 1.016948 lam= -0.016665
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 59 coord.: 0.1666667 0.5000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 59 w = -4.0000 eV A(k,w) = 0.47902E-05 meV^-1
|
|
ik = 59 w = -3.7368 eV A(k,w) = 0.42406E-05 meV^-1
|
|
ik = 59 w = -3.4737 eV A(k,w) = 0.37738E-05 meV^-1
|
|
ik = 59 w = -3.2105 eV A(k,w) = 0.33671E-05 meV^-1
|
|
ik = 59 w = -2.9474 eV A(k,w) = 0.29914E-05 meV^-1
|
|
ik = 59 w = -2.6842 eV A(k,w) = 0.26124E-05 meV^-1
|
|
ik = 59 w = -2.4211 eV A(k,w) = 0.22278E-05 meV^-1
|
|
ik = 59 w = -2.1579 eV A(k,w) = 0.18718E-05 meV^-1
|
|
ik = 59 w = -1.8947 eV A(k,w) = 0.15669E-05 meV^-1
|
|
ik = 59 w = -1.6316 eV A(k,w) = 0.13136E-05 meV^-1
|
|
ik = 59 w = -1.3684 eV A(k,w) = 0.11065E-05 meV^-1
|
|
ik = 59 w = -1.1053 eV A(k,w) = 0.93800E-06 meV^-1
|
|
ik = 59 w = -0.8421 eV A(k,w) = 0.79460E-06 meV^-1
|
|
ik = 59 w = -0.5789 eV A(k,w) = 0.66326E-06 meV^-1
|
|
ik = 59 w = -0.3158 eV A(k,w) = 0.54049E-06 meV^-1
|
|
ik = 59 w = -0.0526 eV A(k,w) = 0.43305E-06 meV^-1
|
|
ik = 59 w = 0.2105 eV A(k,w) = 0.34638E-06 meV^-1
|
|
ik = 59 w = 0.4737 eV A(k,w) = 0.27835E-06 meV^-1
|
|
ik = 59 w = 0.7368 eV A(k,w) = 0.22421E-06 meV^-1
|
|
ik = 59 w = 1.0000 eV A(k,w) = 0.18112E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
59 -4.0000 0.47902E-05
|
|
59 -3.7368 0.42406E-05
|
|
59 -3.4737 0.37738E-05
|
|
59 -3.2105 0.33671E-05
|
|
59 -2.9474 0.29914E-05
|
|
59 -2.6842 0.26124E-05
|
|
59 -2.4211 0.22278E-05
|
|
59 -2.1579 0.18718E-05
|
|
59 -1.8947 0.15669E-05
|
|
59 -1.6316 0.13136E-05
|
|
59 -1.3684 0.11065E-05
|
|
59 -1.1053 0.93800E-06
|
|
59 -0.8421 0.79460E-06
|
|
59 -0.5789 0.66326E-06
|
|
59 -0.3158 0.54049E-06
|
|
59 -0.0526 0.43305E-06
|
|
59 0.2105 0.34638E-06
|
|
59 0.4737 0.27835E-06
|
|
59 0.7368 0.22421E-06
|
|
59 1.0000 0.18112E-06
|
|
59 1 -12.0052 -4.0000 -41.1015 98.9790
|
|
59 1 -12.0052 -3.7368 -35.7167 98.4177
|
|
59 1 -12.0052 -3.4737 -30.0937 97.3930
|
|
59 1 -12.0052 -3.2105 -24.0196 95.8985
|
|
59 1 -12.0052 -2.9474 -17.2233 93.4646
|
|
59 1 -12.0052 -2.6842 -10.1100 89.1255
|
|
59 1 -12.0052 -2.4211 -4.1365 82.6761
|
|
59 1 -12.0052 -2.1579 -0.2434 75.2816
|
|
59 1 -12.0052 -1.8947 1.8438 68.0631
|
|
59 1 -12.0052 -1.6316 2.7048 61.4523
|
|
59 1 -12.0052 -1.3684 2.7916 55.6132
|
|
59 1 -12.0052 -1.1053 2.6281 50.5333
|
|
59 1 -12.0052 -0.8421 2.6001 45.7931
|
|
59 1 -12.0052 -0.5789 2.5736 40.8415
|
|
59 1 -12.0052 -0.3158 1.9725 35.5381
|
|
59 1 -12.0052 -0.0526 0.4134 30.3725
|
|
59 1 -12.0052 0.2105 -1.8653 25.8681
|
|
59 1 -12.0052 0.4737 -4.4327 22.0939
|
|
59 1 -12.0052 0.7368 -7.0966 18.8911
|
|
59 1 -12.0052 1.0000 -9.8190 16.1847
|
|
|
|
59 2 -11.7636 -4.0000 -41.8872 101.8429
|
|
59 2 -11.7636 -3.7368 -36.5058 101.1981
|
|
59 2 -11.7636 -3.4737 -30.8986 100.1854
|
|
59 2 -11.7636 -3.2105 -24.7592 98.7964
|
|
59 2 -11.7636 -2.9474 -17.7423 96.4704
|
|
59 2 -11.7636 -2.6842 -10.2870 92.1089
|
|
59 2 -11.7636 -2.4211 -3.9815 85.4596
|
|
59 2 -11.7636 -2.1579 0.1359 77.7550
|
|
59 2 -11.7636 -1.8947 2.3281 70.2017
|
|
59 2 -11.7636 -1.6316 3.2039 63.2834
|
|
59 2 -11.7636 -1.3684 3.2572 57.1851
|
|
59 2 -11.7636 -1.1053 3.0470 51.8810
|
|
59 2 -11.7636 -0.8421 2.9602 46.9270
|
|
59 2 -11.7636 -0.5789 2.8467 41.7721
|
|
59 2 -11.7636 -0.3158 2.1299 36.2924
|
|
59 2 -11.7636 -0.0526 0.4402 30.9858
|
|
59 2 -11.7636 0.2105 -1.9724 26.3738
|
|
59 2 -11.7636 0.4737 -4.6695 22.5214
|
|
59 2 -11.7636 0.7368 -7.4517 19.2648
|
|
59 2 -11.7636 1.0000 -10.2771 16.5207
|
|
|
|
59 3 -8.4117 -4.0000 -35.1625 69.9976
|
|
59 3 -8.4117 -3.7368 -31.5454 70.5036
|
|
59 3 -8.4117 -3.4737 -27.4924 70.7208
|
|
59 3 -8.4117 -3.2105 -22.8740 70.5347
|
|
59 3 -8.4117 -2.9474 -17.5389 69.5470
|
|
59 3 -8.4117 -2.6842 -11.8305 66.9987
|
|
59 3 -8.4117 -2.4211 -6.9061 62.7161
|
|
59 3 -8.4117 -2.1579 -3.5209 57.6054
|
|
59 3 -8.4117 -1.8947 -1.4651 52.5311
|
|
59 3 -8.4117 -1.6316 -0.3128 47.8002
|
|
59 3 -8.4117 -1.3684 0.2361 43.5429
|
|
59 3 -8.4117 -1.1053 0.5670 39.7828
|
|
59 3 -8.4117 -0.8421 0.9865 36.2061
|
|
59 3 -8.4117 -0.5789 1.3782 32.3707
|
|
59 3 -8.4117 -0.3158 1.2500 28.1767
|
|
59 3 -8.4117 -0.0526 0.2821 24.0577
|
|
59 3 -8.4117 0.2105 -1.3135 20.4647
|
|
59 3 -8.4117 0.4737 -3.1670 17.4542
|
|
59 3 -8.4117 0.7368 -5.1194 14.8891
|
|
59 3 -8.4117 1.0000 -7.1470 12.7106
|
|
|
|
59 4 -7.0563 -4.0000 -42.9545 79.8752
|
|
59 4 -7.0563 -3.7368 -38.7649 80.7575
|
|
59 4 -7.0563 -3.4737 -34.0172 81.3066
|
|
59 4 -7.0563 -3.2105 -28.5584 81.3705
|
|
59 4 -7.0563 -2.9474 -22.2244 80.4649
|
|
59 4 -7.0563 -2.6842 -15.4400 77.7035
|
|
59 4 -7.0563 -2.4211 -9.5609 72.9005
|
|
59 4 -7.0563 -2.1579 -5.4557 67.1130
|
|
59 4 -7.0563 -1.8947 -2.8831 61.3346
|
|
59 4 -7.0563 -1.6316 -1.3629 55.9215
|
|
59 4 -7.0563 -1.3684 -0.5525 51.0370
|
|
59 4 -7.0563 -1.1053 0.0038 46.7163
|
|
59 4 -7.0563 -0.8421 0.6707 42.5867
|
|
59 4 -7.0563 -0.5789 1.3071 38.1186
|
|
59 4 -7.0563 -0.3158 1.3169 33.1912
|
|
59 4 -7.0563 -0.0526 0.3092 28.3293
|
|
59 4 -7.0563 0.2105 -1.4634 24.0805
|
|
59 4 -7.0563 0.4737 -3.5566 20.5164
|
|
59 4 -7.0563 0.7368 -5.7806 17.4749
|
|
59 4 -7.0563 1.0000 -8.1073 14.8894
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 60 coord.: 0.1666667 0.5000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.541271 meV Im[Sigma]= 61.500590 meV Z= 1.001087 lam= -0.001085
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.455115 meV Im[Sigma]= 66.906168 meV Z= 1.010113 lam= -0.010012
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -18.849647 meV Im[Sigma]= 76.189834 meV Z= 1.006297 lam= -0.006257
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 3.263671 meV Im[Sigma]= 108.409780 meV Z= 1.020209 lam= -0.019809
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 60 coord.: 0.1666667 0.5000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 60 w = -4.0000 eV A(k,w) = 0.20958E-04 meV^-1
|
|
ik = 60 w = -3.7368 eV A(k,w) = 0.15310E-04 meV^-1
|
|
ik = 60 w = -3.4737 eV A(k,w) = 0.11746E-04 meV^-1
|
|
ik = 60 w = -3.2105 eV A(k,w) = 0.93178E-05 meV^-1
|
|
ik = 60 w = -2.9474 eV A(k,w) = 0.75250E-05 meV^-1
|
|
ik = 60 w = -2.6842 eV A(k,w) = 0.60697E-05 meV^-1
|
|
ik = 60 w = -2.4211 eV A(k,w) = 0.48364E-05 meV^-1
|
|
ik = 60 w = -2.1579 eV A(k,w) = 0.38306E-05 meV^-1
|
|
ik = 60 w = -1.8947 eV A(k,w) = 0.30452E-05 meV^-1
|
|
ik = 60 w = -1.6316 eV A(k,w) = 0.24397E-05 meV^-1
|
|
ik = 60 w = -1.3684 eV A(k,w) = 0.19748E-05 meV^-1
|
|
ik = 60 w = -1.1053 eV A(k,w) = 0.16163E-05 meV^-1
|
|
ik = 60 w = -0.8421 eV A(k,w) = 0.13271E-05 meV^-1
|
|
ik = 60 w = -0.5789 eV A(k,w) = 0.10769E-05 meV^-1
|
|
ik = 60 w = -0.3158 eV A(k,w) = 0.85526E-06 meV^-1
|
|
ik = 60 w = -0.0526 eV A(k,w) = 0.66927E-06 meV^-1
|
|
ik = 60 w = 0.2105 eV A(k,w) = 0.52392E-06 meV^-1
|
|
ik = 60 w = 0.4737 eV A(k,w) = 0.41279E-06 meV^-1
|
|
ik = 60 w = 0.7368 eV A(k,w) = 0.32650E-06 meV^-1
|
|
ik = 60 w = 1.0000 eV A(k,w) = 0.25934E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
60 -4.0000 0.20958E-04
|
|
60 -3.7368 0.15310E-04
|
|
60 -3.4737 0.11746E-04
|
|
60 -3.2105 0.93178E-05
|
|
60 -2.9474 0.75250E-05
|
|
60 -2.6842 0.60697E-05
|
|
60 -2.4211 0.48364E-05
|
|
60 -2.1579 0.38306E-05
|
|
60 -1.8947 0.30452E-05
|
|
60 -1.6316 0.24397E-05
|
|
60 -1.3684 0.19748E-05
|
|
60 -1.1053 0.16163E-05
|
|
60 -0.8421 0.13271E-05
|
|
60 -0.5789 0.10769E-05
|
|
60 -0.3158 0.85526E-06
|
|
60 -0.0526 0.66927E-06
|
|
60 0.2105 0.52392E-06
|
|
60 0.4737 0.41279E-06
|
|
60 0.7368 0.32650E-06
|
|
60 1.0000 0.25934E-06
|
|
60 1 -13.5072 -4.0000 -39.3120 110.2542
|
|
60 1 -13.5072 -3.7368 -33.2011 108.8355
|
|
60 1 -13.5072 -3.4737 -27.0666 106.8576
|
|
60 1 -13.5072 -3.2105 -20.6493 104.4410
|
|
60 1 -13.5072 -2.9474 -13.5733 101.1208
|
|
60 1 -13.5072 -2.6842 -6.2235 95.8450
|
|
60 1 -13.5072 -2.4211 -0.1432 88.3737
|
|
60 1 -13.5072 -2.1579 3.6551 79.9388
|
|
60 1 -13.5072 -1.8947 5.4460 71.7542
|
|
60 1 -13.5072 -1.6316 5.8619 64.3211
|
|
60 1 -13.5072 -1.3684 5.4320 57.8240
|
|
60 1 -13.5072 -1.1053 4.7348 52.2230
|
|
60 1 -13.5072 -0.8421 4.1676 47.0704
|
|
60 1 -13.5072 -0.5789 3.6009 41.8172
|
|
60 1 -13.5072 -0.3158 2.4923 36.3268
|
|
60 1 -13.5072 -0.0526 0.4930 31.0565
|
|
60 1 -13.5072 0.2105 -2.1603 26.4887
|
|
60 1 -13.5072 0.4737 -5.0536 22.6764
|
|
60 1 -13.5072 0.7368 -7.9995 19.4573
|
|
60 1 -13.5072 1.0000 -10.9597 16.7459
|
|
|
|
60 2 -11.9153 -4.0000 -30.8925 72.0154
|
|
60 2 -11.9153 -3.7368 -27.2706 72.0060
|
|
60 2 -11.9153 -3.4737 -23.3180 71.6890
|
|
60 2 -11.9153 -3.2105 -18.9022 70.9861
|
|
60 2 -11.9153 -2.9474 -13.8705 69.5267
|
|
60 2 -11.9153 -2.6842 -8.5508 66.5970
|
|
60 2 -11.9153 -2.4211 -4.0429 62.0474
|
|
60 2 -11.9153 -2.1579 -1.0571 56.7538
|
|
60 2 -11.9153 -1.8947 0.6160 51.5521
|
|
60 2 -11.9153 -1.6316 1.4021 46.7457
|
|
60 2 -11.9153 -1.3684 1.6084 42.4523
|
|
60 2 -11.9153 -1.1053 1.6074 38.6855
|
|
60 2 -11.9153 -0.8421 1.6962 35.1494
|
|
60 2 -11.9153 -0.5789 1.7833 31.4244
|
|
60 2 -11.9153 -0.3158 1.4214 27.3959
|
|
60 2 -11.9153 -0.0526 0.3040 23.4474
|
|
60 2 -11.9153 0.2105 -1.3854 19.9937
|
|
60 2 -11.9153 0.4737 -3.3105 17.0919
|
|
60 2 -11.9153 0.7368 -5.3236 14.6202
|
|
60 2 -11.9153 1.0000 -7.3971 12.5258
|
|
|
|
60 3 -7.7465 -4.0000 -43.7298 89.0936
|
|
60 3 -7.7465 -3.7368 -38.8713 89.3905
|
|
60 3 -7.7465 -3.4737 -33.6199 89.3009
|
|
60 3 -7.7465 -3.2105 -27.7631 88.7562
|
|
60 3 -7.7465 -2.9474 -21.0520 87.2537
|
|
60 3 -7.7465 -2.6842 -13.9105 83.8214
|
|
60 3 -7.7465 -2.4211 -7.7864 78.2493
|
|
60 3 -7.7465 -2.1579 -3.6119 71.6652
|
|
60 3 -7.7465 -1.8947 -1.1395 65.1473
|
|
60 3 -7.7465 -1.6316 0.1619 59.1105
|
|
60 3 -7.7465 -1.3684 0.7052 53.7328
|
|
60 3 -7.7465 -1.1053 0.9987 49.0202
|
|
60 3 -7.7465 -0.8421 1.4198 44.5603
|
|
60 3 -7.7465 -0.5789 1.8184 39.8040
|
|
60 3 -7.7465 -0.3158 1.5938 34.6266
|
|
60 3 -7.7465 -0.0526 0.3549 29.5509
|
|
60 3 -7.7465 0.2105 -1.6441 25.1232
|
|
60 3 -7.7465 0.4737 -3.9556 21.4143
|
|
60 3 -7.7465 0.7368 -6.3844 18.2597
|
|
60 3 -7.7465 1.0000 -8.8973 15.5865
|
|
|
|
60 4 -5.2565 -4.0000 -53.9393 98.9463
|
|
60 4 -5.2565 -3.7368 -48.4478 99.8520
|
|
60 4 -5.2565 -3.4737 -42.3999 100.3493
|
|
60 4 -5.2565 -3.2105 -35.5365 100.3125
|
|
60 4 -5.2565 -2.9474 -27.5812 99.1177
|
|
60 4 -5.2565 -2.6842 -19.0578 95.6122
|
|
60 4 -5.2565 -2.4211 -11.6780 89.5539
|
|
60 4 -5.2565 -2.1579 -6.5361 82.2639
|
|
60 4 -5.2565 -1.8947 -3.3448 74.9928
|
|
60 4 -5.2565 -1.6316 -1.5015 68.2131
|
|
60 4 -5.2565 -1.3684 -0.5474 62.1392
|
|
60 4 -5.2565 -1.1053 0.1038 56.7928
|
|
60 4 -5.2565 -0.8421 0.8943 51.6967
|
|
60 4 -5.2565 -0.5789 1.6412 46.2053
|
|
60 4 -5.2565 -0.3158 1.6238 40.1804
|
|
60 4 -5.2565 -0.0526 0.3784 34.2568
|
|
60 4 -5.2565 0.2105 -1.7848 29.0901
|
|
60 4 -5.2565 0.4737 -4.3286 24.7623
|
|
60 4 -5.2565 0.7368 -7.0231 21.0748
|
|
60 4 -5.2565 1.0000 -9.8340 17.9438
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 61 coord.: 0.1666667 0.6666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.636240 meV Im[Sigma]= 68.664202 meV Z= 1.015239 lam= -0.015010
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.174318 meV Im[Sigma]= 57.646658 meV Z= 1.005261 lam= -0.005233
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.808067 meV Im[Sigma]= 119.641340 meV Z= 1.022489 lam= -0.021995
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 70.840681 meV Im[Sigma]= 161.384770 meV Z= 1.042852 lam= -0.041091
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 61 coord.: 0.1666667 0.6666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 61 w = -4.0000 eV A(k,w) = 0.46049E-04 meV^-1
|
|
ik = 61 w = -3.7368 eV A(k,w) = 0.54506E-04 meV^-1
|
|
ik = 61 w = -3.4737 eV A(k,w) = 0.81446E-04 meV^-1
|
|
ik = 61 w = -3.2105 eV A(k,w) = 0.16236E-03 meV^-1
|
|
ik = 61 w = -2.9474 eV A(k,w) = 0.52447E-03 meV^-1
|
|
ik = 61 w = -2.6842 eV A(k,w) = 0.25660E-02 meV^-1
|
|
ik = 61 w = -2.4211 eV A(k,w) = 0.47613E-03 meV^-1
|
|
ik = 61 w = -2.1579 eV A(k,w) = 0.12815E-03 meV^-1
|
|
ik = 61 w = -1.8947 eV A(k,w) = 0.54108E-04 meV^-1
|
|
ik = 61 w = -1.6316 eV A(k,w) = 0.28426E-04 meV^-1
|
|
ik = 61 w = -1.3684 eV A(k,w) = 0.16980E-04 meV^-1
|
|
ik = 61 w = -1.1053 eV A(k,w) = 0.11044E-04 meV^-1
|
|
ik = 61 w = -0.8421 eV A(k,w) = 0.75693E-05 meV^-1
|
|
ik = 61 w = -0.5789 eV A(k,w) = 0.53034E-05 meV^-1
|
|
ik = 61 w = -0.3158 eV A(k,w) = 0.37241E-05 meV^-1
|
|
ik = 61 w = -0.0526 eV A(k,w) = 0.26229E-05 meV^-1
|
|
ik = 61 w = 0.2105 eV A(k,w) = 0.18745E-05 meV^-1
|
|
ik = 61 w = 0.4737 eV A(k,w) = 0.13641E-05 meV^-1
|
|
ik = 61 w = 0.7368 eV A(k,w) = 0.10057E-05 meV^-1
|
|
ik = 61 w = 1.0000 eV A(k,w) = 0.75022E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
61 -4.0000 0.46049E-04
|
|
61 -3.7368 0.54506E-04
|
|
61 -3.4737 0.81446E-04
|
|
61 -3.2105 0.16236E-03
|
|
61 -2.9474 0.52447E-03
|
|
61 -2.6842 0.25660E-02
|
|
61 -2.4211 0.47613E-03
|
|
61 -2.1579 0.12815E-03
|
|
61 -1.8947 0.54108E-04
|
|
61 -1.6316 0.28426E-04
|
|
61 -1.3684 0.16980E-04
|
|
61 -1.1053 0.11044E-04
|
|
61 -0.8421 0.75693E-05
|
|
61 -0.5789 0.53034E-05
|
|
61 -0.3158 0.37241E-05
|
|
61 -0.0526 0.26229E-05
|
|
61 0.2105 0.18745E-05
|
|
61 0.4737 0.13641E-05
|
|
61 0.7368 0.10057E-05
|
|
61 1.0000 0.75022E-06
|
|
61 1 -16.6105 -4.0000 -31.8058 106.2960
|
|
61 1 -16.6105 -3.7368 -26.1861 104.4508
|
|
61 1 -16.6105 -3.4737 -20.5269 102.0830
|
|
61 1 -16.6105 -3.2105 -14.6337 99.2327
|
|
61 1 -16.6105 -2.9474 -8.2662 95.4883
|
|
61 1 -16.6105 -2.6842 -1.8145 89.9922
|
|
61 1 -16.6105 -2.4211 3.3702 82.6039
|
|
61 1 -16.6105 -2.1579 6.4348 74.4526
|
|
61 1 -16.6105 -1.8947 7.6674 66.6209
|
|
61 1 -16.6105 -1.6316 7.6617 59.5388
|
|
61 1 -16.6105 -1.3684 6.8956 53.3450
|
|
61 1 -16.6105 -1.1053 5.8692 47.9985
|
|
61 1 -16.6105 -0.8421 4.9342 43.1204
|
|
61 1 -16.6105 -0.5789 4.0003 38.2391
|
|
61 1 -16.6105 -0.3158 2.6211 33.2230
|
|
61 1 -16.6105 -0.0526 0.5015 28.4443
|
|
61 1 -16.6105 0.2105 -2.1617 24.3074
|
|
61 1 -16.6105 0.4737 -5.0155 20.8580
|
|
61 1 -16.6105 0.7368 -7.8929 17.9566
|
|
61 1 -16.6105 1.0000 -10.7538 15.5220
|
|
|
|
61 2 -10.7517 -4.0000 -34.3331 82.1561
|
|
61 2 -10.7517 -3.7368 -29.8011 81.7207
|
|
61 2 -10.7517 -3.4737 -25.1379 80.8697
|
|
61 2 -10.7517 -3.2105 -20.1482 79.6640
|
|
61 2 -10.7517 -2.9474 -14.5464 77.7231
|
|
61 2 -10.7517 -2.6842 -8.6430 74.2072
|
|
61 2 -10.7517 -2.4211 -3.6626 68.9180
|
|
61 2 -10.7517 -2.1579 -0.4067 62.8224
|
|
61 2 -10.7517 -1.8947 1.3454 56.8613
|
|
61 2 -10.7517 -1.6316 2.0758 51.4007
|
|
61 2 -10.7517 -1.3684 2.1659 46.5819
|
|
61 2 -10.7517 -1.1053 2.0599 42.3905
|
|
61 2 -10.7517 -0.8421 2.0793 38.4657
|
|
61 2 -10.7517 -0.5789 2.1014 34.3402
|
|
61 2 -10.7517 -0.3158 1.6307 29.9016
|
|
61 2 -10.7517 -0.0526 0.3436 25.5727
|
|
61 2 -10.7517 0.2105 -1.5531 21.7988
|
|
61 2 -10.7517 0.4737 -3.6925 18.6353
|
|
61 2 -10.7517 0.7368 -5.9145 15.9446
|
|
61 2 -10.7517 1.0000 -8.1919 13.6647
|
|
|
|
61 3 -5.2472 -4.0000 -57.7974 108.1651
|
|
61 3 -5.2472 -3.7368 -51.6185 108.8849
|
|
61 3 -5.2472 -3.4737 -44.9698 109.1400
|
|
61 3 -5.2472 -3.2105 -37.5249 108.8746
|
|
61 3 -5.2472 -2.9474 -28.9123 107.4162
|
|
61 3 -5.2472 -2.6842 -19.6683 103.4731
|
|
61 3 -5.2472 -2.4211 -11.6640 96.7437
|
|
61 3 -5.2472 -2.1579 -6.1253 88.6551
|
|
61 3 -5.2472 -1.8947 -2.7695 80.5973
|
|
61 3 -5.2472 -1.6316 -0.9274 73.1325
|
|
61 3 -5.2472 -1.3684 -0.0487 66.5049
|
|
61 3 -5.2472 -1.1053 0.5317 60.7025
|
|
61 3 -5.2472 -0.8421 1.2762 55.1792
|
|
61 3 -5.2472 -0.5789 1.9670 49.2484
|
|
61 3 -5.2472 -0.3158 1.8410 42.7788
|
|
61 3 -5.2472 -0.0526 0.4201 36.4420
|
|
61 3 -5.2472 0.2105 -1.9652 30.9238
|
|
61 3 -5.2472 0.4737 -4.7479 26.3105
|
|
61 3 -5.2472 0.7368 -7.6802 22.3930
|
|
61 3 -5.2472 1.0000 -10.7197 19.0765
|
|
|
|
61 4 -2.6593 -4.0000 -73.0573 128.4719
|
|
61 4 -2.6593 -3.7368 -65.6122 129.6306
|
|
61 4 -2.6593 -3.4737 -57.5294 130.2777
|
|
61 4 -2.6593 -3.2105 -48.4088 130.2837
|
|
61 4 -2.6593 -2.9474 -37.8432 128.8015
|
|
61 4 -2.6593 -2.6842 -26.5255 124.2938
|
|
61 4 -2.6593 -2.4211 -16.6975 116.4443
|
|
61 4 -2.6593 -2.1579 -9.7885 106.9602
|
|
61 4 -2.6593 -1.8947 -5.4607 97.4700
|
|
61 4 -2.6593 -1.6316 -2.9425 88.6379
|
|
61 4 -2.6593 -1.3684 -1.5928 80.7753
|
|
61 4 -2.6593 -1.1053 -0.6035 73.8871
|
|
61 4 -2.6593 -0.8421 0.6038 67.3111
|
|
61 4 -2.6593 -0.5789 1.7687 60.1858
|
|
61 4 -2.6593 -0.3158 1.9285 52.3304
|
|
61 4 -2.6593 -0.0526 0.4643 44.5859
|
|
61 4 -2.6593 0.2105 -2.2190 37.8211
|
|
61 4 -2.6593 0.4737 -5.4162 32.1480
|
|
61 4 -2.6593 0.7368 -8.8262 27.3101
|
|
61 4 -2.6593 1.0000 -12.4024 23.2020
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 62 coord.: 0.1666667 0.6666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -39.865779 meV Im[Sigma]= 63.144115 meV Z= 1.004350 lam= -0.004331
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.545298 meV Im[Sigma]= 65.717421 meV Z= 1.008844 lam= -0.008767
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 13.060132 meV Im[Sigma]= 133.533415 meV Z= 1.018110 lam= -0.017788
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.408810 meV Im[Sigma]= 139.504214 meV Z= 1.024600 lam= -0.024010
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 62 coord.: 0.1666667 0.6666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 62 w = -4.0000 eV A(k,w) = 0.25744E-02 meV^-1
|
|
ik = 62 w = -3.7368 eV A(k,w) = 0.66471E-03 meV^-1
|
|
ik = 62 w = -3.4737 eV A(k,w) = 0.18529E-03 meV^-1
|
|
ik = 62 w = -3.2105 eV A(k,w) = 0.87604E-04 meV^-1
|
|
ik = 62 w = -2.9474 eV A(k,w) = 0.51354E-04 meV^-1
|
|
ik = 62 w = -2.6842 eV A(k,w) = 0.33130E-04 meV^-1
|
|
ik = 62 w = -2.4211 eV A(k,w) = 0.22293E-04 meV^-1
|
|
ik = 62 w = -2.1579 eV A(k,w) = 0.15431E-04 meV^-1
|
|
ik = 62 w = -1.8947 eV A(k,w) = 0.10982E-04 meV^-1
|
|
ik = 62 w = -1.6316 eV A(k,w) = 0.80206E-05 meV^-1
|
|
ik = 62 w = -1.3684 eV A(k,w) = 0.60023E-05 meV^-1
|
|
ik = 62 w = -1.1053 eV A(k,w) = 0.45922E-05 meV^-1
|
|
ik = 62 w = -0.8421 eV A(k,w) = 0.35536E-05 meV^-1
|
|
ik = 62 w = -0.5789 eV A(k,w) = 0.27348E-05 meV^-1
|
|
ik = 62 w = -0.3158 eV A(k,w) = 0.20697E-05 meV^-1
|
|
ik = 62 w = -0.0526 eV A(k,w) = 0.15495E-05 meV^-1
|
|
ik = 62 w = 0.2105 eV A(k,w) = 0.11648E-05 meV^-1
|
|
ik = 62 w = 0.4737 eV A(k,w) = 0.88431E-06 meV^-1
|
|
ik = 62 w = 0.7368 eV A(k,w) = 0.67595E-06 meV^-1
|
|
ik = 62 w = 1.0000 eV A(k,w) = 0.52021E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
62 -4.0000 0.25744E-02
|
|
62 -3.7368 0.66471E-03
|
|
62 -3.4737 0.18529E-03
|
|
62 -3.2105 0.87604E-04
|
|
62 -2.9474 0.51354E-04
|
|
62 -2.6842 0.33130E-04
|
|
62 -2.4211 0.22293E-04
|
|
62 -2.1579 0.15431E-04
|
|
62 -1.8947 0.10982E-04
|
|
62 -1.6316 0.80206E-05
|
|
62 -1.3684 0.60023E-05
|
|
62 -1.1053 0.45922E-05
|
|
62 -0.8421 0.35536E-05
|
|
62 -0.5789 0.27348E-05
|
|
62 -0.3158 0.20697E-05
|
|
62 -0.0526 0.15495E-05
|
|
62 0.2105 0.11648E-05
|
|
62 0.4737 0.88431E-06
|
|
62 0.7368 0.67595E-06
|
|
62 1.0000 0.52021E-06
|
|
62 1 -15.5565 -4.0000 -32.6699 102.6112
|
|
62 1 -15.5565 -3.7368 -27.2394 101.0068
|
|
62 1 -15.5565 -3.4737 -21.7470 98.9309
|
|
62 1 -15.5565 -3.2105 -15.9778 96.4253
|
|
62 1 -15.5565 -2.9474 -9.6541 93.0638
|
|
62 1 -15.5565 -2.6842 -3.1460 87.9366
|
|
62 1 -15.5565 -2.4211 2.1622 80.8502
|
|
62 1 -15.5565 -2.1579 5.3614 72.9317
|
|
62 1 -15.5565 -1.8947 6.7166 65.2958
|
|
62 1 -15.5565 -1.6316 6.8279 58.3935
|
|
62 1 -15.5565 -1.3684 6.1831 52.3684
|
|
62 1 -15.5565 -1.1053 5.2888 47.1762
|
|
62 1 -15.5565 -0.8421 4.4966 42.4302
|
|
62 1 -15.5565 -0.5789 3.7089 37.6537
|
|
62 1 -15.5565 -0.3158 2.4693 32.7166
|
|
62 1 -15.5565 -0.0526 0.4773 27.9995
|
|
62 1 -15.5565 0.2105 -2.0682 23.9131
|
|
62 1 -15.5565 0.4737 -4.8117 20.5041
|
|
62 1 -15.5565 0.7368 -7.5872 17.6330
|
|
62 1 -15.5565 1.0000 -10.3565 15.2212
|
|
|
|
62 2 -12.4383 -4.0000 -30.1635 73.6057
|
|
62 2 -12.4383 -3.7368 -26.5012 73.3402
|
|
62 2 -12.4383 -3.4737 -22.5722 72.8089
|
|
62 2 -12.4383 -3.2105 -18.1983 71.9556
|
|
62 2 -12.4383 -2.9474 -13.1836 70.3830
|
|
62 2 -12.4383 -2.6842 -7.8565 67.3333
|
|
62 2 -12.4383 -2.4211 -3.3479 62.6385
|
|
62 2 -12.4383 -2.1579 -0.3943 57.1875
|
|
62 2 -12.4383 -1.8947 1.2066 51.8410
|
|
62 2 -12.4383 -1.6316 1.8932 46.9251
|
|
62 2 -12.4383 -1.3684 1.9991 42.5623
|
|
62 2 -12.4383 -1.1053 1.9138 38.7489
|
|
62 2 -12.4383 -0.8421 1.9286 35.1714
|
|
62 2 -12.4383 -0.5789 1.9396 31.4109
|
|
62 2 -12.4383 -0.3158 1.5014 27.3626
|
|
62 2 -12.4383 -0.0526 0.3164 23.4076
|
|
62 2 -12.4383 0.2105 -1.4318 19.9545
|
|
62 2 -12.4383 0.4737 -3.4089 17.0595
|
|
62 2 -12.4383 0.7368 -5.4649 14.6013
|
|
62 2 -12.4383 1.0000 -7.5702 12.5226
|
|
|
|
62 3 -4.5379 -4.0000 -62.6575 114.2579
|
|
62 3 -4.5379 -3.7368 -56.1165 115.1932
|
|
62 3 -4.5379 -3.4737 -48.9926 115.6536
|
|
62 3 -4.5379 -3.2105 -40.9509 115.5137
|
|
62 3 -4.5379 -2.9474 -31.6555 114.0289
|
|
62 3 -4.5379 -2.6842 -21.7317 109.8549
|
|
62 3 -4.5379 -2.4211 -13.1713 102.7276
|
|
62 3 -4.5379 -2.1579 -7.2392 94.1855
|
|
62 3 -4.5379 -1.8947 -3.6082 85.6919
|
|
62 3 -4.5379 -1.6316 -1.5621 77.8232
|
|
62 3 -4.5379 -1.3684 -0.5260 70.8251
|
|
62 3 -4.5379 -1.1053 0.1948 64.6834
|
|
62 3 -4.5379 -0.8421 1.0868 58.8232
|
|
62 3 -4.5379 -0.5789 1.9187 52.5149
|
|
62 3 -4.5379 -0.3158 1.8738 45.6157
|
|
62 3 -4.5379 -0.0526 0.4347 38.8450
|
|
62 3 -4.5379 0.2105 -2.0482 32.9423
|
|
62 3 -4.5379 0.4737 -4.9675 28.0048
|
|
62 3 -4.5379 0.7368 -8.0559 23.8121
|
|
62 3 -4.5379 1.0000 -11.2652 20.2649
|
|
|
|
62 4 -3.8929 -4.0000 -64.5340 112.3716
|
|
62 4 -3.8929 -3.7368 -58.1697 113.5871
|
|
62 4 -3.8929 -3.4737 -51.1846 114.3896
|
|
62 4 -3.8929 -3.2105 -43.2111 114.6454
|
|
62 4 -3.8929 -2.9474 -33.8765 113.5822
|
|
62 4 -3.8929 -2.6842 -23.7931 109.7937
|
|
62 4 -3.8929 -2.4211 -14.9977 102.9607
|
|
62 4 -3.8929 -2.1579 -8.8122 94.6269
|
|
62 4 -3.8929 -1.8947 -4.9260 86.2781
|
|
62 4 -3.8929 -1.6316 -2.6324 78.4955
|
|
62 4 -3.8929 -1.3684 -1.3725 71.5387
|
|
62 4 -3.8929 -1.1053 -0.4483 65.4139
|
|
62 4 -3.8929 -0.8421 0.6403 59.5459
|
|
62 4 -3.8929 -0.5789 1.6576 53.1904
|
|
62 4 -3.8929 -0.3158 1.7610 46.2054
|
|
62 4 -3.8929 -0.0526 0.4200 39.3387
|
|
62 4 -3.8929 0.2105 -1.9991 33.3537
|
|
62 4 -3.8929 0.4737 -4.8688 28.3468
|
|
62 4 -3.8929 0.7368 -7.9180 24.0878
|
|
62 4 -3.8929 1.0000 -11.1031 20.4769
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 63 coord.: 0.1666667 0.6666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.541352 meV Im[Sigma]= 61.500483 meV Z= 1.001087 lam= -0.001085
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.455146 meV Im[Sigma]= 66.906117 meV Z= 1.010113 lam= -0.010012
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -18.849471 meV Im[Sigma]= 76.189665 meV Z= 1.006297 lam= -0.006257
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 3.263724 meV Im[Sigma]= 108.409756 meV Z= 1.020209 lam= -0.019809
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 63 coord.: 0.1666667 0.6666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 63 w = -4.0000 eV A(k,w) = 0.20958E-04 meV^-1
|
|
ik = 63 w = -3.7368 eV A(k,w) = 0.15310E-04 meV^-1
|
|
ik = 63 w = -3.4737 eV A(k,w) = 0.11746E-04 meV^-1
|
|
ik = 63 w = -3.2105 eV A(k,w) = 0.93178E-05 meV^-1
|
|
ik = 63 w = -2.9474 eV A(k,w) = 0.75250E-05 meV^-1
|
|
ik = 63 w = -2.6842 eV A(k,w) = 0.60697E-05 meV^-1
|
|
ik = 63 w = -2.4211 eV A(k,w) = 0.48364E-05 meV^-1
|
|
ik = 63 w = -2.1579 eV A(k,w) = 0.38306E-05 meV^-1
|
|
ik = 63 w = -1.8947 eV A(k,w) = 0.30452E-05 meV^-1
|
|
ik = 63 w = -1.6316 eV A(k,w) = 0.24397E-05 meV^-1
|
|
ik = 63 w = -1.3684 eV A(k,w) = 0.19748E-05 meV^-1
|
|
ik = 63 w = -1.1053 eV A(k,w) = 0.16163E-05 meV^-1
|
|
ik = 63 w = -0.8421 eV A(k,w) = 0.13271E-05 meV^-1
|
|
ik = 63 w = -0.5789 eV A(k,w) = 0.10769E-05 meV^-1
|
|
ik = 63 w = -0.3158 eV A(k,w) = 0.85526E-06 meV^-1
|
|
ik = 63 w = -0.0526 eV A(k,w) = 0.66927E-06 meV^-1
|
|
ik = 63 w = 0.2105 eV A(k,w) = 0.52392E-06 meV^-1
|
|
ik = 63 w = 0.4737 eV A(k,w) = 0.41279E-06 meV^-1
|
|
ik = 63 w = 0.7368 eV A(k,w) = 0.32650E-06 meV^-1
|
|
ik = 63 w = 1.0000 eV A(k,w) = 0.25934E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
63 -4.0000 0.20958E-04
|
|
63 -3.7368 0.15310E-04
|
|
63 -3.4737 0.11746E-04
|
|
63 -3.2105 0.93178E-05
|
|
63 -2.9474 0.75250E-05
|
|
63 -2.6842 0.60697E-05
|
|
63 -2.4211 0.48364E-05
|
|
63 -2.1579 0.38306E-05
|
|
63 -1.8947 0.30452E-05
|
|
63 -1.6316 0.24397E-05
|
|
63 -1.3684 0.19748E-05
|
|
63 -1.1053 0.16163E-05
|
|
63 -0.8421 0.13271E-05
|
|
63 -0.5789 0.10769E-05
|
|
63 -0.3158 0.85526E-06
|
|
63 -0.0526 0.66927E-06
|
|
63 0.2105 0.52392E-06
|
|
63 0.4737 0.41279E-06
|
|
63 0.7368 0.32650E-06
|
|
63 1.0000 0.25934E-06
|
|
63 1 -13.5072 -4.0000 -39.3119 110.2542
|
|
63 1 -13.5072 -3.7368 -33.2009 108.8355
|
|
63 1 -13.5072 -3.4737 -27.0664 106.8576
|
|
63 1 -13.5072 -3.2105 -20.6492 104.4410
|
|
63 1 -13.5072 -2.9474 -13.5731 101.1207
|
|
63 1 -13.5072 -2.6842 -6.2234 95.8449
|
|
63 1 -13.5072 -2.4211 -0.1430 88.3737
|
|
63 1 -13.5072 -2.1579 3.6552 79.9387
|
|
63 1 -13.5072 -1.8947 5.4461 71.7542
|
|
63 1 -13.5072 -1.6316 5.8620 64.3210
|
|
63 1 -13.5072 -1.3684 5.4320 57.8239
|
|
63 1 -13.5072 -1.1053 4.7349 52.2230
|
|
63 1 -13.5072 -0.8421 4.1677 47.0703
|
|
63 1 -13.5072 -0.5789 3.6009 41.8171
|
|
63 1 -13.5072 -0.3158 2.4923 36.3267
|
|
63 1 -13.5072 -0.0526 0.4930 31.0564
|
|
63 1 -13.5072 0.2105 -2.1603 26.4887
|
|
63 1 -13.5072 0.4737 -5.0536 22.6764
|
|
63 1 -13.5072 0.7368 -7.9995 19.4573
|
|
63 1 -13.5072 1.0000 -10.9597 16.7459
|
|
|
|
63 2 -11.9153 -4.0000 -30.8927 72.0155
|
|
63 2 -11.9153 -3.7368 -27.2708 72.0062
|
|
63 2 -11.9153 -3.4737 -23.3183 71.6891
|
|
63 2 -11.9153 -3.2105 -18.9025 70.9863
|
|
63 2 -11.9153 -2.9474 -13.8707 69.5269
|
|
63 2 -11.9153 -2.6842 -8.5509 66.5973
|
|
63 2 -11.9153 -2.4211 -4.0431 62.0476
|
|
63 2 -11.9153 -2.1579 -1.0572 56.7540
|
|
63 2 -11.9153 -1.8947 0.6159 51.5523
|
|
63 2 -11.9153 -1.6316 1.4020 46.7459
|
|
63 2 -11.9153 -1.3684 1.6084 42.4525
|
|
63 2 -11.9153 -1.1053 1.6073 38.6857
|
|
63 2 -11.9153 -0.8421 1.6961 35.1496
|
|
63 2 -11.9153 -0.5789 1.7833 31.4246
|
|
63 2 -11.9153 -0.3158 1.4214 27.3961
|
|
63 2 -11.9153 -0.0526 0.3040 23.4475
|
|
63 2 -11.9153 0.2105 -1.3854 19.9938
|
|
63 2 -11.9153 0.4737 -3.3105 17.0920
|
|
63 2 -11.9153 0.7368 -5.3236 14.6203
|
|
63 2 -11.9153 1.0000 -7.3971 12.5259
|
|
|
|
63 3 -7.7465 -4.0000 -43.7295 89.0935
|
|
63 3 -7.7465 -3.7368 -38.8710 89.3903
|
|
63 3 -7.7465 -3.4737 -33.6196 89.3007
|
|
63 3 -7.7465 -3.2105 -27.7628 88.7560
|
|
63 3 -7.7465 -2.9474 -21.0516 87.2535
|
|
63 3 -7.7465 -2.6842 -13.9102 83.8211
|
|
63 3 -7.7465 -2.4211 -7.7861 78.2490
|
|
63 3 -7.7465 -2.1579 -3.6117 71.6649
|
|
63 3 -7.7465 -1.8947 -1.1393 65.1470
|
|
63 3 -7.7465 -1.6316 0.1621 59.1101
|
|
63 3 -7.7465 -1.3684 0.7054 53.7325
|
|
63 3 -7.7465 -1.1053 0.9988 49.0199
|
|
63 3 -7.7465 -0.8421 1.4199 44.5600
|
|
63 3 -7.7465 -0.5789 1.8185 39.8037
|
|
63 3 -7.7465 -0.3158 1.5939 34.6263
|
|
63 3 -7.7465 -0.0526 0.3549 29.5506
|
|
63 3 -7.7465 0.2105 -1.6441 25.1230
|
|
63 3 -7.7465 0.4737 -3.9557 21.4141
|
|
63 3 -7.7465 0.7368 -6.3844 18.2596
|
|
63 3 -7.7465 1.0000 -8.8973 15.5863
|
|
|
|
63 4 -5.2565 -4.0000 -53.9393 98.9462
|
|
63 4 -5.2565 -3.7368 -48.4478 99.8520
|
|
63 4 -5.2565 -3.4737 -42.4000 100.3493
|
|
63 4 -5.2565 -3.2105 -35.5365 100.3125
|
|
63 4 -5.2565 -2.9474 -27.5813 99.1177
|
|
63 4 -5.2565 -2.6842 -19.0578 95.6122
|
|
63 4 -5.2565 -2.4211 -11.6780 89.5539
|
|
63 4 -5.2565 -2.1579 -6.5362 82.2640
|
|
63 4 -5.2565 -1.8947 -3.3449 74.9929
|
|
63 4 -5.2565 -1.6316 -1.5016 68.2131
|
|
63 4 -5.2565 -1.3684 -0.5475 62.1393
|
|
63 4 -5.2565 -1.1053 0.1038 56.7929
|
|
63 4 -5.2565 -0.8421 0.8943 51.6967
|
|
63 4 -5.2565 -0.5789 1.6412 46.2054
|
|
63 4 -5.2565 -0.3158 1.6238 40.1804
|
|
63 4 -5.2565 -0.0526 0.3784 34.2568
|
|
63 4 -5.2565 0.2105 -1.7848 29.0901
|
|
63 4 -5.2565 0.4737 -4.3286 24.7623
|
|
63 4 -5.2565 0.7368 -7.0231 21.0749
|
|
63 4 -5.2565 1.0000 -9.8340 17.9439
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 64 coord.: 0.1666667 0.6666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.0052 eV Re[Sigma]= -24.871206 meV Im[Sigma]= 79.955869 meV Z= 1.015947 lam= -0.015696
|
|
E( 2 )= -11.7636 eV Re[Sigma]= -23.492445 meV Im[Sigma]= 75.575062 meV Z= 1.006779 lam= -0.006733
|
|
E( 3 )= -8.4117 eV Re[Sigma]= -8.339492 meV Im[Sigma]= 41.486717 meV Z= 0.992729 lam= 0.007325
|
|
E( 4 )= -7.0563 eV Re[Sigma]= -3.462731 meV Im[Sigma]= 78.068544 meV Z= 1.016948 lam= -0.016666
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 64 coord.: 0.1666667 0.6666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 64 w = -4.0000 eV A(k,w) = 0.47902E-05 meV^-1
|
|
ik = 64 w = -3.7368 eV A(k,w) = 0.42406E-05 meV^-1
|
|
ik = 64 w = -3.4737 eV A(k,w) = 0.37738E-05 meV^-1
|
|
ik = 64 w = -3.2105 eV A(k,w) = 0.33671E-05 meV^-1
|
|
ik = 64 w = -2.9474 eV A(k,w) = 0.29914E-05 meV^-1
|
|
ik = 64 w = -2.6842 eV A(k,w) = 0.26124E-05 meV^-1
|
|
ik = 64 w = -2.4211 eV A(k,w) = 0.22278E-05 meV^-1
|
|
ik = 64 w = -2.1579 eV A(k,w) = 0.18718E-05 meV^-1
|
|
ik = 64 w = -1.8947 eV A(k,w) = 0.15669E-05 meV^-1
|
|
ik = 64 w = -1.6316 eV A(k,w) = 0.13136E-05 meV^-1
|
|
ik = 64 w = -1.3684 eV A(k,w) = 0.11065E-05 meV^-1
|
|
ik = 64 w = -1.1053 eV A(k,w) = 0.93800E-06 meV^-1
|
|
ik = 64 w = -0.8421 eV A(k,w) = 0.79460E-06 meV^-1
|
|
ik = 64 w = -0.5789 eV A(k,w) = 0.66326E-06 meV^-1
|
|
ik = 64 w = -0.3158 eV A(k,w) = 0.54049E-06 meV^-1
|
|
ik = 64 w = -0.0526 eV A(k,w) = 0.43305E-06 meV^-1
|
|
ik = 64 w = 0.2105 eV A(k,w) = 0.34638E-06 meV^-1
|
|
ik = 64 w = 0.4737 eV A(k,w) = 0.27835E-06 meV^-1
|
|
ik = 64 w = 0.7368 eV A(k,w) = 0.22421E-06 meV^-1
|
|
ik = 64 w = 1.0000 eV A(k,w) = 0.18112E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
64 -4.0000 0.47902E-05
|
|
64 -3.7368 0.42406E-05
|
|
64 -3.4737 0.37738E-05
|
|
64 -3.2105 0.33671E-05
|
|
64 -2.9474 0.29914E-05
|
|
64 -2.6842 0.26124E-05
|
|
64 -2.4211 0.22278E-05
|
|
64 -2.1579 0.18718E-05
|
|
64 -1.8947 0.15669E-05
|
|
64 -1.6316 0.13136E-05
|
|
64 -1.3684 0.11065E-05
|
|
64 -1.1053 0.93800E-06
|
|
64 -0.8421 0.79460E-06
|
|
64 -0.5789 0.66326E-06
|
|
64 -0.3158 0.54049E-06
|
|
64 -0.0526 0.43305E-06
|
|
64 0.2105 0.34638E-06
|
|
64 0.4737 0.27835E-06
|
|
64 0.7368 0.22421E-06
|
|
64 1.0000 0.18112E-06
|
|
64 1 -12.0052 -4.0000 -41.1012 98.9789
|
|
64 1 -12.0052 -3.7368 -35.7164 98.4175
|
|
64 1 -12.0052 -3.4737 -30.0934 97.3928
|
|
64 1 -12.0052 -3.2105 -24.0194 95.8983
|
|
64 1 -12.0052 -2.9474 -17.2232 93.4645
|
|
64 1 -12.0052 -2.6842 -10.1098 89.1253
|
|
64 1 -12.0052 -2.4211 -4.1364 82.6759
|
|
64 1 -12.0052 -2.1579 -0.2433 75.2814
|
|
64 1 -12.0052 -1.8947 1.8439 68.0629
|
|
64 1 -12.0052 -1.6316 2.7049 61.4521
|
|
64 1 -12.0052 -1.3684 2.7917 55.6130
|
|
64 1 -12.0052 -1.1053 2.6282 50.5331
|
|
64 1 -12.0052 -0.8421 2.6002 45.7929
|
|
64 1 -12.0052 -0.5789 2.5736 40.8413
|
|
64 1 -12.0052 -0.3158 1.9725 35.5380
|
|
64 1 -12.0052 -0.0526 0.4134 30.3724
|
|
64 1 -12.0052 0.2105 -1.8653 25.8680
|
|
64 1 -12.0052 0.4737 -4.4327 22.0939
|
|
64 1 -12.0052 0.7368 -7.0966 18.8911
|
|
64 1 -12.0052 1.0000 -9.8190 16.1847
|
|
|
|
64 2 -11.7636 -4.0000 -41.8873 101.8430
|
|
64 2 -11.7636 -3.7368 -36.5059 101.1982
|
|
64 2 -11.7636 -3.4737 -30.8986 100.1855
|
|
64 2 -11.7636 -3.2105 -24.7591 98.7965
|
|
64 2 -11.7636 -2.9474 -17.7423 96.4705
|
|
64 2 -11.7636 -2.6842 -10.2870 92.1090
|
|
64 2 -11.7636 -2.4211 -3.9814 85.4596
|
|
64 2 -11.7636 -2.1579 0.1360 77.7550
|
|
64 2 -11.7636 -1.8947 2.3282 70.2017
|
|
64 2 -11.7636 -1.6316 3.2039 63.2834
|
|
64 2 -11.7636 -1.3684 3.2572 57.1851
|
|
64 2 -11.7636 -1.1053 3.0470 51.8809
|
|
64 2 -11.7636 -0.8421 2.9602 46.9269
|
|
64 2 -11.7636 -0.5789 2.8467 41.7720
|
|
64 2 -11.7636 -0.3158 2.1299 36.2924
|
|
64 2 -11.7636 -0.0526 0.4402 30.9858
|
|
64 2 -11.7636 0.2105 -1.9724 26.3737
|
|
64 2 -11.7636 0.4737 -4.6695 22.5214
|
|
64 2 -11.7636 0.7368 -7.4517 19.2648
|
|
64 2 -11.7636 1.0000 -10.2771 16.5207
|
|
|
|
64 3 -8.4117 -4.0000 -35.1625 69.9972
|
|
64 3 -8.4117 -3.7368 -31.5454 70.5033
|
|
64 3 -8.4117 -3.4737 -27.4924 70.7205
|
|
64 3 -8.4117 -3.2105 -22.8740 70.5344
|
|
64 3 -8.4117 -2.9474 -17.5389 69.5467
|
|
64 3 -8.4117 -2.6842 -11.8305 66.9985
|
|
64 3 -8.4117 -2.4211 -6.9061 62.7159
|
|
64 3 -8.4117 -2.1579 -3.5209 57.6052
|
|
64 3 -8.4117 -1.8947 -1.4650 52.5309
|
|
64 3 -8.4117 -1.6316 -0.3128 47.7999
|
|
64 3 -8.4117 -1.3684 0.2361 43.5427
|
|
64 3 -8.4117 -1.1053 0.5671 39.7826
|
|
64 3 -8.4117 -0.8421 0.9865 36.2059
|
|
64 3 -8.4117 -0.5789 1.3782 32.3705
|
|
64 3 -8.4117 -0.3158 1.2500 28.1765
|
|
64 3 -8.4117 -0.0526 0.2821 24.0576
|
|
64 3 -8.4117 0.2105 -1.3135 20.4646
|
|
64 3 -8.4117 0.4737 -3.1670 17.4541
|
|
64 3 -8.4117 0.7368 -5.1194 14.8890
|
|
64 3 -8.4117 1.0000 -7.1470 12.7105
|
|
|
|
64 4 -7.0563 -4.0000 -42.9548 79.8755
|
|
64 4 -7.0563 -3.7368 -38.7652 80.7578
|
|
64 4 -7.0563 -3.4737 -34.0175 81.3069
|
|
64 4 -7.0563 -3.2105 -28.5587 81.3709
|
|
64 4 -7.0563 -2.9474 -22.2246 80.4652
|
|
64 4 -7.0563 -2.6842 -15.4403 77.7038
|
|
64 4 -7.0563 -2.4211 -9.5611 72.9009
|
|
64 4 -7.0563 -2.1579 -5.4559 67.1134
|
|
64 4 -7.0563 -1.8947 -2.8833 61.3350
|
|
64 4 -7.0563 -1.6316 -1.3630 55.9218
|
|
64 4 -7.0563 -1.3684 -0.5526 51.0374
|
|
64 4 -7.0563 -1.1053 0.0037 46.7166
|
|
64 4 -7.0563 -0.8421 0.6706 42.5871
|
|
64 4 -7.0563 -0.5789 1.3070 38.1189
|
|
64 4 -7.0563 -0.3158 1.3169 33.1915
|
|
64 4 -7.0563 -0.0526 0.3092 28.3296
|
|
64 4 -7.0563 0.2105 -1.4634 24.0808
|
|
64 4 -7.0563 0.4737 -3.5566 20.5166
|
|
64 4 -7.0563 0.7368 -5.7806 17.4751
|
|
64 4 -7.0563 1.0000 -8.1073 14.8895
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 65 coord.: 0.1666667 0.6666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.305580 meV Im[Sigma]= 56.076447 meV Z= 1.000191 lam= -0.000191
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.714277 meV Im[Sigma]= 56.833142 meV Z= 1.000355 lam= -0.000355
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -10.546432 meV Im[Sigma]= 82.756459 meV Z= 1.018010 lam= -0.017692
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.241558 meV Im[Sigma]= 80.026289 meV Z= 1.002837 lam= -0.002829
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 65 coord.: 0.1666667 0.6666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 65 w = -4.0000 eV A(k,w) = 0.10767E-04 meV^-1
|
|
ik = 65 w = -3.7368 eV A(k,w) = 0.88349E-05 meV^-1
|
|
ik = 65 w = -3.4737 eV A(k,w) = 0.73904E-05 meV^-1
|
|
ik = 65 w = -3.2105 eV A(k,w) = 0.62647E-05 meV^-1
|
|
ik = 65 w = -2.9474 eV A(k,w) = 0.53311E-05 meV^-1
|
|
ik = 65 w = -2.6842 eV A(k,w) = 0.44870E-05 meV^-1
|
|
ik = 65 w = -2.4211 eV A(k,w) = 0.37048E-05 meV^-1
|
|
ik = 65 w = -2.1579 eV A(k,w) = 0.30245E-05 meV^-1
|
|
ik = 65 w = -1.8947 eV A(k,w) = 0.24676E-05 meV^-1
|
|
ik = 65 w = -1.6316 eV A(k,w) = 0.20216E-05 meV^-1
|
|
ik = 65 w = -1.3684 eV A(k,w) = 0.16684E-05 meV^-1
|
|
ik = 65 w = -1.1053 eV A(k,w) = 0.13889E-05 meV^-1
|
|
ik = 65 w = -0.8421 eV A(k,w) = 0.11573E-05 meV^-1
|
|
ik = 65 w = -0.5789 eV A(k,w) = 0.95104E-06 meV^-1
|
|
ik = 65 w = -0.3158 eV A(k,w) = 0.76339E-06 meV^-1
|
|
ik = 65 w = -0.0526 eV A(k,w) = 0.60287E-06 meV^-1
|
|
ik = 65 w = 0.2105 eV A(k,w) = 0.47576E-06 meV^-1
|
|
ik = 65 w = 0.4737 eV A(k,w) = 0.37754E-06 meV^-1
|
|
ik = 65 w = 0.7368 eV A(k,w) = 0.30046E-06 meV^-1
|
|
ik = 65 w = 1.0000 eV A(k,w) = 0.23988E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
65 -4.0000 0.10767E-04
|
|
65 -3.7368 0.88349E-05
|
|
65 -3.4737 0.73904E-05
|
|
65 -3.2105 0.62647E-05
|
|
65 -2.9474 0.53311E-05
|
|
65 -2.6842 0.44870E-05
|
|
65 -2.4211 0.37048E-05
|
|
65 -2.1579 0.30245E-05
|
|
65 -1.8947 0.24676E-05
|
|
65 -1.6316 0.20216E-05
|
|
65 -1.3684 0.16684E-05
|
|
65 -1.1053 0.13889E-05
|
|
65 -0.8421 0.11573E-05
|
|
65 -0.5789 0.95104E-06
|
|
65 -0.3158 0.76339E-06
|
|
65 -0.0526 0.60287E-06
|
|
65 0.2105 0.47576E-06
|
|
65 0.4737 0.37754E-06
|
|
65 0.7368 0.30046E-06
|
|
65 1.0000 0.23988E-06
|
|
65 1 -14.5793 -4.0000 -33.5463 97.8211
|
|
65 1 -14.5793 -3.7368 -28.5406 96.5697
|
|
65 1 -14.5793 -3.4737 -23.4052 94.9063
|
|
65 1 -14.5793 -3.2105 -17.9269 92.8500
|
|
65 1 -14.5793 -2.9474 -11.8330 89.9716
|
|
65 1 -14.5793 -2.6842 -5.4856 85.3664
|
|
65 1 -14.5793 -2.4211 -0.2434 78.8354
|
|
65 1 -14.5793 -2.1579 3.0077 71.4732
|
|
65 1 -14.5793 -1.8947 4.5303 64.3484
|
|
65 1 -14.5793 -1.6316 4.8930 57.8757
|
|
65 1 -14.5793 -1.3684 4.5433 52.1941
|
|
65 1 -14.5793 -1.1053 3.9699 47.2728
|
|
65 1 -14.5793 -0.8421 3.5235 42.7239
|
|
65 1 -14.5793 -0.5789 3.0910 38.0521
|
|
65 1 -14.5793 -0.3158 2.1733 33.1242
|
|
65 1 -14.5793 -0.0526 0.4349 28.3569
|
|
65 1 -14.5793 0.2105 -1.9198 24.2035
|
|
65 1 -14.5793 0.4737 -4.5141 20.7247
|
|
65 1 -14.5793 0.7368 -7.1747 17.7812
|
|
65 1 -14.5793 1.0000 -9.8621 15.3013
|
|
|
|
65 2 -10.2664 -4.0000 -44.2277 92.6922
|
|
65 2 -10.2664 -3.7368 -39.1222 92.8467
|
|
65 2 -10.2664 -3.4737 -33.6605 92.5947
|
|
65 2 -10.2664 -3.2105 -27.6022 91.8882
|
|
65 2 -10.2664 -2.9474 -20.6732 90.2024
|
|
65 2 -10.2664 -2.6842 -13.3072 86.5243
|
|
65 2 -10.2664 -2.4211 -7.0060 80.6254
|
|
65 2 -10.2664 -2.1579 -2.7531 73.6741
|
|
65 2 -10.2664 -1.8947 -0.3002 66.8077
|
|
65 2 -10.2664 -1.6316 0.9167 60.4762
|
|
65 2 -10.2664 -1.3684 1.3481 54.8623
|
|
65 2 -10.2664 -1.1053 1.5261 49.9564
|
|
65 2 -10.2664 -0.8421 1.8300 45.3280
|
|
65 2 -10.2664 -0.5789 2.1021 40.4261
|
|
65 2 -10.2664 -0.3158 1.7459 35.1326
|
|
65 2 -10.2664 -0.0526 0.3796 29.9671
|
|
65 2 -10.2664 0.2105 -1.7406 25.4699
|
|
65 2 -10.2664 0.4737 -4.1668 21.7105
|
|
65 2 -10.2664 0.7368 -6.6993 18.5233
|
|
65 2 -10.2664 1.0000 -9.3012 15.8294
|
|
|
|
65 3 -7.2955 -4.0000 -43.8420 85.0768
|
|
65 3 -7.2955 -3.7368 -39.2167 85.7002
|
|
65 3 -7.2955 -3.4737 -34.1148 85.9390
|
|
65 3 -7.2955 -3.2105 -28.3568 85.6852
|
|
65 3 -7.2955 -2.9474 -21.7433 84.4442
|
|
65 3 -7.2955 -2.6842 -14.7079 81.2942
|
|
65 3 -7.2955 -2.4211 -8.6505 76.0477
|
|
65 3 -7.2955 -2.1579 -4.4669 69.7965
|
|
65 3 -7.2955 -1.8947 -1.9190 63.5748
|
|
65 3 -7.2955 -1.6316 -0.5076 57.7800
|
|
65 3 -7.2955 -1.3684 0.1539 52.5955
|
|
65 3 -7.2955 -1.1053 0.5606 48.0416
|
|
65 3 -7.2955 -0.8421 1.0896 43.7189
|
|
65 3 -7.2955 -0.5789 1.5940 39.0821
|
|
65 3 -7.2955 -0.3158 1.4731 34.0077
|
|
65 3 -7.2955 -0.0526 0.3351 29.0200
|
|
65 3 -7.2955 0.2105 -1.5661 24.6669
|
|
65 3 -7.2955 0.4737 -3.7833 21.0196
|
|
65 3 -7.2955 0.7368 -6.1229 17.9140
|
|
65 3 -7.2955 1.0000 -8.5538 15.2789
|
|
|
|
65 4 -5.9070 -4.0000 -49.9871 88.2793
|
|
65 4 -5.9070 -3.7368 -45.0581 89.3081
|
|
65 4 -5.9070 -3.4737 -39.6014 89.9361
|
|
65 4 -5.9070 -3.2105 -33.4107 90.0593
|
|
65 4 -5.9070 -2.9474 -26.2457 89.1435
|
|
65 4 -5.9070 -2.6842 -18.5531 86.1718
|
|
65 4 -5.9070 -2.4211 -11.8456 80.9085
|
|
65 4 -5.9070 -2.1579 -7.1121 74.5162
|
|
65 4 -5.9070 -1.8947 -4.1076 68.1108
|
|
65 4 -5.9070 -1.6316 -2.3017 62.1151
|
|
65 4 -5.9070 -1.3684 -1.2915 56.7282
|
|
65 4 -5.9070 -1.1053 -0.5433 51.9777
|
|
65 4 -5.9070 -0.8421 0.3520 47.4205
|
|
65 4 -5.9070 -0.5789 1.2143 42.4483
|
|
65 4 -5.9070 -0.3158 1.3525 36.9372
|
|
65 4 -5.9070 -0.0526 0.3273 31.4971
|
|
65 4 -5.9070 0.2105 -1.5653 26.7505
|
|
65 4 -5.9070 0.4737 -3.8168 22.7736
|
|
65 4 -5.9070 0.7368 -6.2142 19.3759
|
|
65 4 -5.9070 1.0000 -8.7329 16.4803
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 66 coord.: 0.1666667 0.6666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.721512 meV Im[Sigma]= 72.551028 meV Z= 1.014355 lam= -0.014152
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.814427 meV Im[Sigma]= 49.833845 meV Z= 0.996140 lam= 0.003874
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.489777 meV Im[Sigma]= 87.638639 meV Z= 1.015650 lam= -0.015409
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.725157 meV Im[Sigma]= 142.114434 meV Z= 1.024786 lam= -0.024187
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 66 coord.: 0.1666667 0.6666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 66 w = -4.0000 eV A(k,w) = 0.26892E-02 meV^-1
|
|
ik = 66 w = -3.7368 eV A(k,w) = 0.41860E-03 meV^-1
|
|
ik = 66 w = -3.4737 eV A(k,w) = 0.12920E-03 meV^-1
|
|
ik = 66 w = -3.2105 eV A(k,w) = 0.61869E-04 meV^-1
|
|
ik = 66 w = -2.9474 eV A(k,w) = 0.36178E-04 meV^-1
|
|
ik = 66 w = -2.6842 eV A(k,w) = 0.23287E-04 meV^-1
|
|
ik = 66 w = -2.4211 eV A(k,w) = 0.15686E-04 meV^-1
|
|
ik = 66 w = -2.1579 eV A(k,w) = 0.10903E-04 meV^-1
|
|
ik = 66 w = -1.8947 eV A(k,w) = 0.78092E-05 meV^-1
|
|
ik = 66 w = -1.6316 eV A(k,w) = 0.57480E-05 meV^-1
|
|
ik = 66 w = -1.3684 eV A(k,w) = 0.43388E-05 meV^-1
|
|
ik = 66 w = -1.1053 eV A(k,w) = 0.33498E-05 meV^-1
|
|
ik = 66 w = -0.8421 eV A(k,w) = 0.26171E-05 meV^-1
|
|
ik = 66 w = -0.5789 eV A(k,w) = 0.20345E-05 meV^-1
|
|
ik = 66 w = -0.3158 eV A(k,w) = 0.15560E-05 meV^-1
|
|
ik = 66 w = -0.0526 eV A(k,w) = 0.11778E-05 meV^-1
|
|
ik = 66 w = 0.2105 eV A(k,w) = 0.89507E-06 meV^-1
|
|
ik = 66 w = 0.4737 eV A(k,w) = 0.68685E-06 meV^-1
|
|
ik = 66 w = 0.7368 eV A(k,w) = 0.53057E-06 meV^-1
|
|
ik = 66 w = 1.0000 eV A(k,w) = 0.41254E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
66 -4.0000 0.26892E-02
|
|
66 -3.7368 0.41860E-03
|
|
66 -3.4737 0.12920E-03
|
|
66 -3.2105 0.61869E-04
|
|
66 -2.9474 0.36178E-04
|
|
66 -2.6842 0.23287E-04
|
|
66 -2.4211 0.15686E-04
|
|
66 -2.1579 0.10903E-04
|
|
66 -1.8947 0.78092E-05
|
|
66 -1.6316 0.57480E-05
|
|
66 -1.3684 0.43388E-05
|
|
66 -1.1053 0.33498E-05
|
|
66 -0.8421 0.26171E-05
|
|
66 -0.5789 0.20345E-05
|
|
66 -0.3158 0.15560E-05
|
|
66 -0.0526 0.11778E-05
|
|
66 0.2105 0.89507E-06
|
|
66 0.4737 0.68685E-06
|
|
66 0.7368 0.53057E-06
|
|
66 1.0000 0.41254E-06
|
|
66 1 -16.2688 -4.0000 -31.8895 105.0141
|
|
66 1 -16.2688 -3.7368 -26.4837 103.2984
|
|
66 1 -16.2688 -3.4737 -20.9651 101.0996
|
|
66 1 -16.2688 -3.2105 -15.1528 98.4167
|
|
66 1 -16.2688 -2.9474 -8.8285 94.8290
|
|
66 1 -16.2688 -2.6842 -2.3892 89.4771
|
|
66 1 -16.2688 -2.4211 2.8033 82.2133
|
|
66 1 -16.2688 -2.1579 5.8824 74.1735
|
|
66 1 -16.2688 -1.8947 7.1399 66.4514
|
|
66 1 -16.2688 -1.6316 7.1773 59.4710
|
|
66 1 -16.2688 -1.3684 6.4661 53.3649
|
|
66 1 -16.2688 -1.1053 5.5028 48.0966
|
|
66 1 -16.2688 -0.8421 4.6454 43.2874
|
|
66 1 -16.2688 -0.5789 3.8064 38.4535
|
|
66 1 -16.2688 -0.3158 2.5251 33.4511
|
|
66 1 -16.2688 -0.0526 0.4875 28.6600
|
|
66 1 -16.2688 0.2105 -2.1122 24.4993
|
|
66 1 -16.2688 0.4737 -4.9165 21.0202
|
|
66 1 -16.2688 0.7368 -7.7581 18.0848
|
|
66 1 -16.2688 1.0000 -10.5977 15.6169
|
|
|
|
66 2 -8.9488 -4.0000 -45.4561 94.4918
|
|
66 2 -8.9488 -3.7368 -40.2615 94.5734
|
|
66 2 -8.9488 -3.4737 -34.7374 94.2941
|
|
66 2 -8.9488 -3.2105 -28.5956 93.6121
|
|
66 2 -8.9488 -2.9474 -21.5190 91.9615
|
|
66 2 -8.9488 -2.6842 -13.9546 88.2628
|
|
66 2 -8.9488 -2.4211 -7.4677 82.2682
|
|
66 2 -8.9488 -2.1579 -3.0817 75.1835
|
|
66 2 -8.9488 -1.8947 -0.5430 68.1845
|
|
66 2 -8.9488 -1.6316 0.7322 61.7358
|
|
66 2 -8.9488 -1.3684 1.2113 56.0216
|
|
66 2 -8.9488 -1.1053 1.4397 51.0228
|
|
66 2 -8.9488 -0.8421 1.7965 46.2931
|
|
66 2 -8.9488 -0.5789 2.1101 41.2729
|
|
66 2 -8.9488 -0.3158 1.7675 35.8522
|
|
66 2 -8.9488 -0.0526 0.3852 30.5702
|
|
66 2 -8.9488 0.2105 -1.7668 25.9781
|
|
66 2 -8.9488 0.4737 -4.2278 22.1419
|
|
66 2 -8.9488 0.7368 -6.7950 18.8884
|
|
66 2 -8.9488 1.0000 -9.4338 16.1359
|
|
|
|
66 3 -6.9060 -4.0000 -45.2221 89.2238
|
|
66 3 -6.9060 -3.7368 -40.3581 89.7470
|
|
66 3 -6.9060 -3.4737 -35.0327 89.8990
|
|
66 3 -6.9060 -3.2105 -29.0229 89.5709
|
|
66 3 -6.9060 -2.9474 -22.0985 88.2229
|
|
66 3 -6.9060 -2.6842 -14.7161 84.8620
|
|
66 3 -6.9060 -2.4211 -8.3668 79.2759
|
|
66 3 -6.9060 -2.1579 -4.0185 72.6216
|
|
66 3 -6.9060 -1.8947 -1.4265 66.0151
|
|
66 3 -6.9060 -1.6316 -0.0462 59.8933
|
|
66 3 -6.9060 -1.3684 0.5524 54.4446
|
|
66 3 -6.9060 -1.1053 0.8957 49.6722
|
|
66 3 -6.9060 -0.8421 1.3678 45.1490
|
|
66 3 -6.9060 -0.5789 1.8077 40.3158
|
|
66 3 -6.9060 -0.3158 1.6015 35.0546
|
|
66 3 -6.9060 -0.0526 0.3578 29.9029
|
|
66 3 -6.9060 0.2105 -1.6591 25.4149
|
|
66 3 -6.9060 0.4737 -3.9917 21.6597
|
|
66 3 -6.9060 0.7368 -6.4411 18.4672
|
|
66 3 -6.9060 1.0000 -8.9750 15.7611
|
|
|
|
66 4 -3.9563 -4.0000 -62.4551 115.5183
|
|
66 4 -3.9563 -3.7368 -55.9060 116.4156
|
|
66 4 -3.9563 -3.4737 -48.7393 116.8415
|
|
66 4 -3.9563 -3.2105 -40.6313 116.6336
|
|
66 4 -3.9563 -2.9474 -31.2877 115.0375
|
|
66 4 -3.9563 -2.6842 -21.3615 110.7415
|
|
66 4 -3.9563 -2.4211 -12.8293 103.5162
|
|
66 4 -3.9563 -2.1579 -6.9260 94.9021
|
|
66 4 -3.9563 -1.8947 -3.3126 86.3431
|
|
66 4 -3.9563 -1.6316 -1.2830 78.4006
|
|
66 4 -3.9563 -1.3684 -0.2775 71.3231
|
|
66 4 -3.9563 -1.1053 0.3950 65.1115
|
|
66 4 -3.9563 -0.8421 1.2321 59.2003
|
|
66 4 -3.9563 -0.5789 2.0140 52.8550
|
|
66 4 -3.9563 -0.3158 1.9239 45.9252
|
|
66 4 -3.9563 -0.0526 0.4425 39.1301
|
|
66 4 -3.9563 0.2105 -2.0768 33.2091
|
|
66 4 -3.9563 0.4737 -5.0248 28.2543
|
|
66 4 -3.9563 0.7368 -8.1379 24.0407
|
|
66 4 -3.9563 1.0000 -11.3732 20.4693
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 67 coord.: 0.1666667 0.8333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -19.4313 eV Re[Sigma]= -66.084687 meV Im[Sigma]= 34.877077 meV Z= 1.000936 lam= -0.000935
|
|
E( 2 )= -5.3692 eV Re[Sigma]= -2.541509 meV Im[Sigma]= 135.933697 meV Z= 1.027848 lam= -0.027094
|
|
E( 3 )= -3.4193 eV Re[Sigma]= 47.612120 meV Im[Sigma]= 170.382938 meV Z= 1.033357 lam= -0.032281
|
|
E( 4 )= -0.9512 eV Re[Sigma]= 114.503233 meV Im[Sigma]= 85.835124 meV Z= 1.005285 lam= -0.005257
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 67 coord.: 0.1666667 0.8333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 67 w = -4.0000 eV A(k,w) = 0.17494E-03 meV^-1
|
|
ik = 67 w = -3.7368 eV A(k,w) = 0.52800E-03 meV^-1
|
|
ik = 67 w = -3.4737 eV A(k,w) = 0.24261E-02 meV^-1
|
|
ik = 67 w = -3.2105 eV A(k,w) = 0.53148E-03 meV^-1
|
|
ik = 67 w = -2.9474 eV A(k,w) = 0.17039E-03 meV^-1
|
|
ik = 67 w = -2.6842 eV A(k,w) = 0.88616E-04 meV^-1
|
|
ik = 67 w = -2.4211 eV A(k,w) = 0.60635E-04 meV^-1
|
|
ik = 67 w = -2.1579 eV A(k,w) = 0.52171E-04 meV^-1
|
|
ik = 67 w = -1.8947 eV A(k,w) = 0.57019E-04 meV^-1
|
|
ik = 67 w = -1.6316 eV A(k,w) = 0.82170E-04 meV^-1
|
|
ik = 67 w = -1.3684 eV A(k,w) = 0.17596E-03 meV^-1
|
|
ik = 67 w = -1.1053 eV A(k,w) = 0.90235E-03 meV^-1
|
|
ik = 67 w = -0.8421 eV A(k,w) = 0.14067E-02 meV^-1
|
|
ik = 67 w = -0.5789 eV A(k,w) = 0.16406E-03 meV^-1
|
|
ik = 67 w = -0.3158 eV A(k,w) = 0.51592E-04 meV^-1
|
|
ik = 67 w = -0.0526 eV A(k,w) = 0.22722E-04 meV^-1
|
|
ik = 67 w = 0.2105 eV A(k,w) = 0.11880E-04 meV^-1
|
|
ik = 67 w = 0.4737 eV A(k,w) = 0.69136E-05 meV^-1
|
|
ik = 67 w = 0.7368 eV A(k,w) = 0.43117E-05 meV^-1
|
|
ik = 67 w = 1.0000 eV A(k,w) = 0.28258E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
67 -4.0000 0.17494E-03
|
|
67 -3.7368 0.52800E-03
|
|
67 -3.4737 0.24261E-02
|
|
67 -3.2105 0.53148E-03
|
|
67 -2.9474 0.17039E-03
|
|
67 -2.6842 0.88616E-04
|
|
67 -2.4211 0.60635E-04
|
|
67 -2.1579 0.52171E-04
|
|
67 -1.8947 0.57019E-04
|
|
67 -1.6316 0.82170E-04
|
|
67 -1.3684 0.17596E-03
|
|
67 -1.1053 0.90235E-03
|
|
67 -0.8421 0.14067E-02
|
|
67 -0.5789 0.16406E-03
|
|
67 -0.3158 0.51592E-04
|
|
67 -0.0526 0.22722E-04
|
|
67 0.2105 0.11880E-04
|
|
67 0.4737 0.69136E-05
|
|
67 0.7368 0.43117E-05
|
|
67 1.0000 0.28258E-05
|
|
67 1 -19.4313 -4.0000 -31.4234 122.4663
|
|
67 1 -19.4313 -3.7368 -25.1046 119.8410
|
|
67 1 -19.4313 -3.4737 -18.7304 116.5891
|
|
67 1 -19.4313 -3.2105 -12.1653 112.7102
|
|
67 1 -19.4313 -2.9474 -5.2451 107.7996
|
|
67 1 -19.4313 -2.6842 1.5877 101.0272
|
|
67 1 -19.4313 -2.4211 6.9159 92.3054
|
|
67 1 -19.4313 -2.1579 9.8676 82.8780
|
|
67 1 -19.4313 -1.8947 10.8023 73.9207
|
|
67 1 -19.4313 -1.6316 10.4082 65.8727
|
|
67 1 -19.4313 -1.3684 9.2022 58.8370
|
|
67 1 -19.4313 -1.1053 7.6879 52.7699
|
|
67 1 -19.4313 -0.8421 6.2528 47.3089
|
|
67 1 -19.4313 -0.5789 4.8635 41.9560
|
|
67 1 -19.4313 -0.3158 3.0853 36.5138
|
|
67 1 -19.4313 -0.0526 0.5805 31.3201
|
|
67 1 -19.4313 0.2105 -2.4864 26.7969
|
|
67 1 -19.4313 0.4737 -5.7593 23.0142
|
|
67 1 -19.4313 0.7368 -9.0531 19.8411
|
|
67 1 -19.4313 1.0000 -12.3105 17.1903
|
|
|
|
67 2 -5.3692 -4.0000 -61.8673 122.0324
|
|
67 2 -5.3692 -3.7368 -54.8578 122.3027
|
|
67 2 -5.3692 -3.4737 -47.4794 122.1306
|
|
67 2 -5.3692 -3.2105 -39.2659 121.5017
|
|
67 2 -5.3692 -2.9474 -29.7190 119.6115
|
|
67 2 -5.3692 -2.6842 -19.4368 114.9400
|
|
67 2 -5.3692 -2.4211 -10.5593 107.1098
|
|
67 2 -5.3692 -2.1579 -4.5226 97.7280
|
|
67 2 -5.3692 -1.8947 -1.0422 88.4192
|
|
67 2 -5.3692 -1.6316 0.6736 79.8773
|
|
67 2 -5.3692 -1.3684 1.3032 72.3727
|
|
67 2 -5.3692 -1.1053 1.6040 65.8630
|
|
67 2 -5.3692 -0.8421 2.0881 59.7462
|
|
67 2 -5.3692 -0.5789 2.5450 53.2765
|
|
67 2 -5.3692 -0.3158 2.1804 46.2859
|
|
67 2 -5.3692 -0.0526 0.4809 39.4577
|
|
67 2 -5.3692 0.2105 -2.2194 33.5076
|
|
67 2 -5.3692 0.4737 -5.3302 28.5286
|
|
67 2 -5.3692 0.7368 -8.5896 24.3029
|
|
67 2 -5.3692 1.0000 -11.9498 20.7294
|
|
|
|
67 3 -3.4193 -4.0000 -69.1977 131.7484
|
|
67 3 -3.4193 -3.7368 -61.6914 132.2275
|
|
67 3 -3.4193 -3.4737 -53.7486 132.2163
|
|
67 3 -3.4193 -3.2105 -44.8923 131.6914
|
|
67 3 -3.4193 -2.9474 -34.6030 129.7988
|
|
67 3 -3.4193 -2.6842 -23.5354 124.9192
|
|
67 3 -3.4193 -2.4211 -13.9871 116.6840
|
|
67 3 -3.4193 -2.1579 -7.4519 106.8425
|
|
67 3 -3.4193 -1.8947 -3.5751 97.1056
|
|
67 3 -3.4193 -1.6316 -1.5064 88.1668
|
|
67 3 -3.4193 -1.3684 -0.5401 80.2979
|
|
67 3 -3.4193 -1.1053 0.1409 73.4467
|
|
67 3 -3.4193 -0.8421 1.0922 66.9245
|
|
67 3 -3.4193 -0.5789 2.0458 59.8730
|
|
67 3 -3.4193 -0.3158 2.0557 52.0951
|
|
67 3 -3.4193 -0.0526 0.4850 44.3908
|
|
67 3 -3.4193 0.2105 -2.3111 37.6286
|
|
67 3 -3.4193 0.4737 -5.6472 31.9604
|
|
67 3 -3.4193 0.7368 -9.1990 27.1593
|
|
67 3 -3.4193 1.0000 -12.8898 23.1123
|
|
|
|
67 4 -0.9512 -4.0000 -86.6640 155.5945
|
|
67 4 -0.9512 -3.7368 -77.5309 156.6529
|
|
67 4 -0.9512 -3.4737 -67.7448 157.0982
|
|
67 4 -0.9512 -3.2105 -56.7697 156.8038
|
|
67 4 -0.9512 -2.9474 -44.0961 154.7286
|
|
67 4 -0.9512 -2.6842 -30.5758 149.0158
|
|
67 4 -0.9512 -2.4211 -18.9256 139.3060
|
|
67 4 -0.9512 -2.1579 -10.8661 127.6940
|
|
67 4 -0.9512 -1.8947 -5.9564 116.1813
|
|
67 4 -0.9512 -1.6316 -3.2080 105.5717
|
|
67 4 -0.9512 -1.3684 -1.8105 96.2041
|
|
67 4 -0.9512 -1.1053 -0.7908 88.0521
|
|
67 4 -0.9512 -0.8421 0.5467 80.3139
|
|
67 4 -0.9512 -0.5789 1.9181 71.9415
|
|
67 4 -0.9512 -0.3158 2.1832 62.6541
|
|
67 4 -0.9512 -0.0526 0.5380 53.4013
|
|
67 4 -0.9512 0.2105 -2.6111 45.2468
|
|
67 4 -0.9512 0.4737 -6.4420 38.3876
|
|
67 4 -0.9512 0.7368 -10.5669 32.5616
|
|
67 4 -0.9512 1.0000 -14.8905 27.6465
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 68 coord.: 0.1666667 0.8333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.104103 meV Im[Sigma]= 43.283602 meV Z= 1.007631 lam= -0.007574
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -11.692814 meV Im[Sigma]= 102.513248 meV Z= 1.017928 lam= -0.017613
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 46.488476 meV Im[Sigma]= 163.653190 meV Z= 1.034583 lam= -0.033427
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.229596 meV Im[Sigma]= 166.720721 meV Z= 1.042259 lam= -0.040545
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 68 coord.: 0.1666667 0.8333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 68 w = -4.0000 eV A(k,w) = 0.12174E-03 meV^-1
|
|
ik = 68 w = -3.7368 eV A(k,w) = 0.28501E-03 meV^-1
|
|
ik = 68 w = -3.4737 eV A(k,w) = 0.13006E-02 meV^-1
|
|
ik = 68 w = -3.2105 eV A(k,w) = 0.14031E-02 meV^-1
|
|
ik = 68 w = -2.9474 eV A(k,w) = 0.63469E-03 meV^-1
|
|
ik = 68 w = -2.6842 eV A(k,w) = 0.21472E-02 meV^-1
|
|
ik = 68 w = -2.4211 eV A(k,w) = 0.77032E-03 meV^-1
|
|
ik = 68 w = -2.1579 eV A(k,w) = 0.19027E-03 meV^-1
|
|
ik = 68 w = -1.8947 eV A(k,w) = 0.79097E-04 meV^-1
|
|
ik = 68 w = -1.6316 eV A(k,w) = 0.41622E-04 meV^-1
|
|
ik = 68 w = -1.3684 eV A(k,w) = 0.24937E-04 meV^-1
|
|
ik = 68 w = -1.1053 eV A(k,w) = 0.16232E-04 meV^-1
|
|
ik = 68 w = -0.8421 eV A(k,w) = 0.11111E-04 meV^-1
|
|
ik = 68 w = -0.5789 eV A(k,w) = 0.77655E-05 meV^-1
|
|
ik = 68 w = -0.3158 eV A(k,w) = 0.54364E-05 meV^-1
|
|
ik = 68 w = -0.0526 eV A(k,w) = 0.38154E-05 meV^-1
|
|
ik = 68 w = 0.2105 eV A(k,w) = 0.27156E-05 meV^-1
|
|
ik = 68 w = 0.4737 eV A(k,w) = 0.19676E-05 meV^-1
|
|
ik = 68 w = 0.7368 eV A(k,w) = 0.14448E-05 meV^-1
|
|
ik = 68 w = 1.0000 eV A(k,w) = 0.10737E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
68 -4.0000 0.12174E-03
|
|
68 -3.7368 0.28501E-03
|
|
68 -3.4737 0.13006E-02
|
|
68 -3.2105 0.14031E-02
|
|
68 -2.9474 0.63469E-03
|
|
68 -2.6842 0.21472E-02
|
|
68 -2.4211 0.77032E-03
|
|
68 -2.1579 0.19027E-03
|
|
68 -1.8947 0.79097E-04
|
|
68 -1.6316 0.41622E-04
|
|
68 -1.3684 0.24937E-04
|
|
68 -1.1053 0.16232E-04
|
|
68 -0.8421 0.11111E-04
|
|
68 -0.5789 0.77655E-05
|
|
68 -0.3158 0.54364E-05
|
|
68 -0.0526 0.38154E-05
|
|
68 0.2105 0.27156E-05
|
|
68 0.4737 0.19676E-05
|
|
68 0.7368 0.14448E-05
|
|
68 1.0000 0.10737E-05
|
|
68 1 -18.6527 -4.0000 -30.0422 116.3847
|
|
68 1 -18.6527 -3.7368 -23.8957 113.8848
|
|
68 1 -18.6527 -3.4737 -17.7699 110.7157
|
|
68 1 -18.6527 -3.2105 -11.5492 106.9564
|
|
68 1 -18.6527 -2.9474 -5.0291 102.2644
|
|
68 1 -18.6527 -2.6842 1.4083 95.8404
|
|
68 1 -18.6527 -2.4211 6.4237 87.5862
|
|
68 1 -18.6527 -2.1579 9.1929 78.6821
|
|
68 1 -18.6527 -1.8947 10.0694 70.2397
|
|
68 1 -18.6527 -1.6316 9.7130 62.6608
|
|
68 1 -18.6527 -1.3684 8.6105 56.0295
|
|
68 1 -18.6527 -1.1053 7.2336 50.2924
|
|
68 1 -18.6527 -0.8421 5.9322 45.0936
|
|
68 1 -18.6527 -0.5789 4.6465 39.9684
|
|
68 1 -18.6527 -0.3158 2.9538 34.7610
|
|
68 1 -18.6527 -0.0526 0.5547 29.8162
|
|
68 1 -18.6527 0.2105 -2.3681 25.5287
|
|
68 1 -18.6527 0.4737 -5.4698 21.9454
|
|
68 1 -18.6527 0.7368 -8.5844 18.9304
|
|
68 1 -18.6527 1.0000 -11.6685 16.4024
|
|
|
|
68 2 -6.9063 -4.0000 -51.7977 106.6774
|
|
68 2 -6.9063 -3.7368 -45.6535 106.6129
|
|
68 2 -6.9063 -3.4737 -39.2744 106.0959
|
|
68 2 -6.9063 -3.2105 -32.3107 105.1446
|
|
68 2 -6.9063 -2.9474 -24.3738 103.1460
|
|
68 2 -6.9063 -2.6842 -15.9478 98.9127
|
|
68 2 -6.9063 -2.4211 -8.7403 92.1920
|
|
68 2 -6.9063 -2.1579 -3.8403 84.3078
|
|
68 2 -6.9063 -1.8947 -0.9549 76.5248
|
|
68 2 -6.9063 -1.6316 0.5492 69.3334
|
|
68 2 -6.9063 -1.3684 1.1684 62.9283
|
|
68 2 -6.9063 -1.1053 1.4862 57.2991
|
|
68 2 -6.9063 -0.8421 1.9234 51.9711
|
|
68 2 -6.9063 -0.5789 2.3025 46.3285
|
|
68 2 -6.9063 -0.3158 1.9466 40.2430
|
|
68 2 -6.9063 -0.0526 0.4261 34.3132
|
|
68 2 -6.9063 0.2105 -1.9583 29.1556
|
|
68 2 -6.9063 0.4737 -4.6909 24.8437
|
|
68 2 -6.9063 0.7368 -7.5463 21.1833
|
|
68 2 -6.9063 1.0000 -10.4864 18.0850
|
|
|
|
68 3 -3.2910 -4.0000 -68.3630 124.2765
|
|
68 3 -3.2910 -3.7368 -61.2655 125.1306
|
|
68 3 -3.2910 -3.4737 -53.6443 125.5175
|
|
68 3 -3.2910 -3.2105 -45.0743 125.3682
|
|
68 3 -3.2910 -2.9474 -35.0979 123.8667
|
|
68 3 -3.2910 -2.6842 -24.3496 119.4867
|
|
68 3 -3.2910 -2.4211 -15.0036 111.8811
|
|
68 3 -3.2910 -2.1579 -8.4704 102.6874
|
|
68 3 -3.2910 -1.8947 -4.4408 93.4947
|
|
68 3 -3.2910 -1.6316 -2.1626 84.9624
|
|
68 3 -3.2910 -1.3684 -0.9971 77.3923
|
|
68 3 -3.2910 -1.1053 -0.1549 70.7705
|
|
68 3 -3.2910 -0.8421 0.9083 64.4424
|
|
68 3 -3.2910 -0.5789 1.9226 57.5865
|
|
68 3 -3.2910 -0.3158 1.9664 50.0486
|
|
68 3 -3.2910 -0.0526 0.4632 42.6370
|
|
68 3 -3.2910 0.2105 -2.1940 36.1746
|
|
68 3 -3.2910 0.4737 -5.3310 30.7646
|
|
68 3 -3.2910 0.7368 -8.6577 26.1589
|
|
68 3 -3.2910 1.0000 -12.1293 22.2510
|
|
|
|
68 4 -2.6027 -4.0000 -74.6252 137.8072
|
|
68 4 -2.6027 -3.7368 -66.6063 138.6072
|
|
68 4 -2.6027 -3.4737 -58.0156 138.8435
|
|
68 4 -2.6027 -3.2105 -48.4107 138.4065
|
|
68 4 -2.6027 -2.9474 -37.3682 136.4069
|
|
68 4 -2.6027 -2.6842 -25.6314 131.2608
|
|
68 4 -2.6027 -2.4211 -15.5362 122.6823
|
|
68 4 -2.6027 -2.1579 -8.5344 112.4878
|
|
68 4 -2.6027 -1.8947 -4.2148 102.3749
|
|
68 4 -2.6027 -1.6316 -1.7300 92.9863
|
|
68 4 -2.6027 -1.3684 -0.4334 84.5776
|
|
68 4 -2.6027 -1.1053 0.4434 77.1450
|
|
68 4 -2.6027 -0.8421 1.4627 70.0587
|
|
68 4 -2.6027 -0.5789 2.3824 62.4876
|
|
68 4 -2.6027 -0.3158 2.2707 54.2553
|
|
68 4 -2.6027 -0.0526 0.5226 46.1892
|
|
68 4 -2.6027 0.2105 -2.4569 39.1553
|
|
68 4 -2.6027 0.4737 -5.9548 33.2720
|
|
68 4 -2.6027 0.7368 -9.6517 28.2826
|
|
68 4 -2.6027 1.0000 -13.4853 24.0675
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 69 coord.: 0.1666667 0.8333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.721665 meV Im[Sigma]= 72.550793 meV Z= 1.014355 lam= -0.014152
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.814454 meV Im[Sigma]= 49.833819 meV Z= 0.996140 lam= 0.003874
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.489436 meV Im[Sigma]= 87.638712 meV Z= 1.015650 lam= -0.015409
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.725317 meV Im[Sigma]= 142.114517 meV Z= 1.024786 lam= -0.024187
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 69 coord.: 0.1666667 0.8333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 69 w = -4.0000 eV A(k,w) = 0.26892E-02 meV^-1
|
|
ik = 69 w = -3.7368 eV A(k,w) = 0.41860E-03 meV^-1
|
|
ik = 69 w = -3.4737 eV A(k,w) = 0.12920E-03 meV^-1
|
|
ik = 69 w = -3.2105 eV A(k,w) = 0.61869E-04 meV^-1
|
|
ik = 69 w = -2.9474 eV A(k,w) = 0.36178E-04 meV^-1
|
|
ik = 69 w = -2.6842 eV A(k,w) = 0.23287E-04 meV^-1
|
|
ik = 69 w = -2.4211 eV A(k,w) = 0.15686E-04 meV^-1
|
|
ik = 69 w = -2.1579 eV A(k,w) = 0.10903E-04 meV^-1
|
|
ik = 69 w = -1.8947 eV A(k,w) = 0.78092E-05 meV^-1
|
|
ik = 69 w = -1.6316 eV A(k,w) = 0.57480E-05 meV^-1
|
|
ik = 69 w = -1.3684 eV A(k,w) = 0.43388E-05 meV^-1
|
|
ik = 69 w = -1.1053 eV A(k,w) = 0.33498E-05 meV^-1
|
|
ik = 69 w = -0.8421 eV A(k,w) = 0.26171E-05 meV^-1
|
|
ik = 69 w = -0.5789 eV A(k,w) = 0.20344E-05 meV^-1
|
|
ik = 69 w = -0.3158 eV A(k,w) = 0.15560E-05 meV^-1
|
|
ik = 69 w = -0.0526 eV A(k,w) = 0.11778E-05 meV^-1
|
|
ik = 69 w = 0.2105 eV A(k,w) = 0.89507E-06 meV^-1
|
|
ik = 69 w = 0.4737 eV A(k,w) = 0.68684E-06 meV^-1
|
|
ik = 69 w = 0.7368 eV A(k,w) = 0.53057E-06 meV^-1
|
|
ik = 69 w = 1.0000 eV A(k,w) = 0.41254E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
69 -4.0000 0.26892E-02
|
|
69 -3.7368 0.41860E-03
|
|
69 -3.4737 0.12920E-03
|
|
69 -3.2105 0.61869E-04
|
|
69 -2.9474 0.36178E-04
|
|
69 -2.6842 0.23287E-04
|
|
69 -2.4211 0.15686E-04
|
|
69 -2.1579 0.10903E-04
|
|
69 -1.8947 0.78092E-05
|
|
69 -1.6316 0.57480E-05
|
|
69 -1.3684 0.43388E-05
|
|
69 -1.1053 0.33498E-05
|
|
69 -0.8421 0.26171E-05
|
|
69 -0.5789 0.20344E-05
|
|
69 -0.3158 0.15560E-05
|
|
69 -0.0526 0.11778E-05
|
|
69 0.2105 0.89507E-06
|
|
69 0.4737 0.68684E-06
|
|
69 0.7368 0.53057E-06
|
|
69 1.0000 0.41254E-06
|
|
69 1 -16.2688 -4.0000 -31.8898 105.0143
|
|
69 1 -16.2688 -3.7368 -26.4839 103.2986
|
|
69 1 -16.2688 -3.4737 -20.9653 101.0998
|
|
69 1 -16.2688 -3.2105 -15.1530 98.4169
|
|
69 1 -16.2688 -2.9474 -8.8287 94.8293
|
|
69 1 -16.2688 -2.6842 -2.3894 89.4773
|
|
69 1 -16.2688 -2.4211 2.8032 82.2135
|
|
69 1 -16.2688 -2.1579 5.8823 74.1737
|
|
69 1 -16.2688 -1.8947 7.1398 66.4516
|
|
69 1 -16.2688 -1.6316 7.1772 59.4712
|
|
69 1 -16.2688 -1.3684 6.4660 53.3651
|
|
69 1 -16.2688 -1.1053 5.5027 48.0968
|
|
69 1 -16.2688 -0.8421 4.6453 43.2876
|
|
69 1 -16.2688 -0.5789 3.8063 38.4536
|
|
69 1 -16.2688 -0.3158 2.5251 33.4513
|
|
69 1 -16.2688 -0.0526 0.4875 28.6601
|
|
69 1 -16.2688 0.2105 -2.1122 24.4994
|
|
69 1 -16.2688 0.4737 -4.9165 21.0203
|
|
69 1 -16.2688 0.7368 -7.7581 18.0849
|
|
69 1 -16.2688 1.0000 -10.5977 15.6169
|
|
|
|
69 2 -8.9488 -4.0000 -45.4563 94.4921
|
|
69 2 -8.9488 -3.7368 -40.2617 94.5737
|
|
69 2 -8.9488 -3.4737 -34.7375 94.2944
|
|
69 2 -8.9488 -3.2105 -28.5958 93.6124
|
|
69 2 -8.9488 -2.9474 -21.5190 91.9618
|
|
69 2 -8.9488 -2.6842 -13.9546 88.2631
|
|
69 2 -8.9488 -2.4211 -7.4676 82.2684
|
|
69 2 -8.9488 -2.1579 -3.0816 75.1837
|
|
69 2 -8.9488 -1.8947 -0.5429 68.1847
|
|
69 2 -8.9488 -1.6316 0.7323 61.7359
|
|
69 2 -8.9488 -1.3684 1.2114 56.0217
|
|
69 2 -8.9488 -1.1053 1.4398 51.0229
|
|
69 2 -8.9488 -0.8421 1.7965 46.2931
|
|
69 2 -8.9488 -0.5789 2.1101 41.2729
|
|
69 2 -8.9488 -0.3158 1.7675 35.8522
|
|
69 2 -8.9488 -0.0526 0.3852 30.5702
|
|
69 2 -8.9488 0.2105 -1.7668 25.9781
|
|
69 2 -8.9488 0.4737 -4.2278 22.1419
|
|
69 2 -8.9488 0.7368 -6.7951 18.8884
|
|
69 2 -8.9488 1.0000 -9.4338 16.1359
|
|
|
|
69 3 -6.9060 -4.0000 -45.2214 89.2230
|
|
69 3 -6.9060 -3.7368 -40.3575 89.7463
|
|
69 3 -6.9060 -3.4737 -35.0321 89.8982
|
|
69 3 -6.9060 -3.2105 -29.0224 89.5701
|
|
69 3 -6.9060 -2.9474 -22.0981 88.2221
|
|
69 3 -6.9060 -2.6842 -14.7158 84.8612
|
|
69 3 -6.9060 -2.4211 -8.3666 79.2751
|
|
69 3 -6.9060 -2.1579 -4.0184 72.6209
|
|
69 3 -6.9060 -1.8947 -1.4264 66.0144
|
|
69 3 -6.9060 -1.6316 -0.0461 59.8927
|
|
69 3 -6.9060 -1.3684 0.5525 54.4440
|
|
69 3 -6.9060 -1.1053 0.8958 49.6717
|
|
69 3 -6.9060 -0.8421 1.3678 45.1485
|
|
69 3 -6.9060 -0.5789 1.8077 40.3154
|
|
69 3 -6.9060 -0.3158 1.6015 35.0543
|
|
69 3 -6.9060 -0.0526 0.3578 29.9026
|
|
69 3 -6.9060 0.2105 -1.6591 25.4146
|
|
69 3 -6.9060 0.4737 -3.9917 21.6595
|
|
69 3 -6.9060 0.7368 -6.4410 18.4670
|
|
69 3 -6.9060 1.0000 -8.9749 15.7610
|
|
|
|
69 4 -3.9563 -4.0000 -62.4550 115.5183
|
|
69 4 -3.9563 -3.7368 -55.9058 116.4156
|
|
69 4 -3.9563 -3.4737 -48.7391 116.8416
|
|
69 4 -3.9563 -3.2105 -40.6311 116.6336
|
|
69 4 -3.9563 -2.9474 -31.2876 115.0375
|
|
69 4 -3.9563 -2.6842 -21.3613 110.7415
|
|
69 4 -3.9563 -2.4211 -12.8292 103.5162
|
|
69 4 -3.9563 -2.1579 -6.9259 94.9021
|
|
69 4 -3.9563 -1.8947 -3.3125 86.3430
|
|
69 4 -3.9563 -1.6316 -1.2829 78.4005
|
|
69 4 -3.9563 -1.3684 -0.2774 71.3231
|
|
69 4 -3.9563 -1.1053 0.3951 65.1114
|
|
69 4 -3.9563 -0.8421 1.2321 59.2002
|
|
69 4 -3.9563 -0.5789 2.0140 52.8549
|
|
69 4 -3.9563 -0.3158 1.9239 45.9251
|
|
69 4 -3.9563 -0.0526 0.4425 39.1301
|
|
69 4 -3.9563 0.2105 -2.0768 33.2090
|
|
69 4 -3.9563 0.4737 -5.0248 28.2543
|
|
69 4 -3.9563 0.7368 -8.1379 24.0407
|
|
69 4 -3.9563 1.0000 -11.3732 20.4692
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 70 coord.: 0.1666667 0.8333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.865622 meV Im[Sigma]= 61.529626 meV Z= 1.001109 lam= -0.001108
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.501995 meV Im[Sigma]= 67.453266 meV Z= 1.010418 lam= -0.010311
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -19.378372 meV Im[Sigma]= 76.057704 meV Z= 1.006225 lam= -0.006186
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 2.810887 meV Im[Sigma]= 109.183888 meV Z= 1.020288 lam= -0.019885
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 70 coord.: 0.1666667 0.8333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 70 w = -4.0000 eV A(k,w) = 0.21212E-04 meV^-1
|
|
ik = 70 w = -3.7368 eV A(k,w) = 0.15493E-04 meV^-1
|
|
ik = 70 w = -3.4737 eV A(k,w) = 0.11871E-04 meV^-1
|
|
ik = 70 w = -3.2105 eV A(k,w) = 0.94004E-05 meV^-1
|
|
ik = 70 w = -2.9474 eV A(k,w) = 0.75794E-05 meV^-1
|
|
ik = 70 w = -2.6842 eV A(k,w) = 0.61059E-05 meV^-1
|
|
ik = 70 w = -2.4211 eV A(k,w) = 0.48607E-05 meV^-1
|
|
ik = 70 w = -2.1579 eV A(k,w) = 0.38470E-05 meV^-1
|
|
ik = 70 w = -1.8947 eV A(k,w) = 0.30565E-05 meV^-1
|
|
ik = 70 w = -1.6316 eV A(k,w) = 0.24477E-05 meV^-1
|
|
ik = 70 w = -1.3684 eV A(k,w) = 0.19806E-05 meV^-1
|
|
ik = 70 w = -1.1053 eV A(k,w) = 0.16206E-05 meV^-1
|
|
ik = 70 w = -0.8421 eV A(k,w) = 0.13302E-05 meV^-1
|
|
ik = 70 w = -0.5789 eV A(k,w) = 0.10791E-05 meV^-1
|
|
ik = 70 w = -0.3158 eV A(k,w) = 0.85685E-06 meV^-1
|
|
ik = 70 w = -0.0526 eV A(k,w) = 0.67047E-06 meV^-1
|
|
ik = 70 w = 0.2105 eV A(k,w) = 0.52487E-06 meV^-1
|
|
ik = 70 w = 0.4737 eV A(k,w) = 0.41359E-06 meV^-1
|
|
ik = 70 w = 0.7368 eV A(k,w) = 0.32719E-06 meV^-1
|
|
ik = 70 w = 1.0000 eV A(k,w) = 0.25995E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
70 -4.0000 0.21212E-04
|
|
70 -3.7368 0.15493E-04
|
|
70 -3.4737 0.11871E-04
|
|
70 -3.2105 0.94004E-05
|
|
70 -2.9474 0.75794E-05
|
|
70 -2.6842 0.61059E-05
|
|
70 -2.4211 0.48607E-05
|
|
70 -2.1579 0.38470E-05
|
|
70 -1.8947 0.30565E-05
|
|
70 -1.6316 0.24477E-05
|
|
70 -1.3684 0.19806E-05
|
|
70 -1.1053 0.16206E-05
|
|
70 -0.8421 0.13302E-05
|
|
70 -0.5789 0.10791E-05
|
|
70 -0.3158 0.85685E-06
|
|
70 -0.0526 0.67047E-06
|
|
70 0.2105 0.52487E-06
|
|
70 0.4737 0.41359E-06
|
|
70 0.7368 0.32719E-06
|
|
70 1.0000 0.25995E-06
|
|
70 1 -13.5072 -4.0000 -39.9480 110.5929
|
|
70 1 -13.5072 -3.7368 -33.8352 109.2204
|
|
70 1 -13.5072 -3.4737 -27.6827 107.3053
|
|
70 1 -13.5072 -3.2105 -21.2210 104.9563
|
|
70 1 -13.5072 -2.9474 -14.0701 101.6921
|
|
70 1 -13.5072 -2.6842 -6.6252 96.4406
|
|
70 1 -13.5072 -2.4211 -0.4557 88.9569
|
|
70 1 -13.5072 -2.1579 3.4097 80.4913
|
|
70 1 -13.5072 -1.8947 5.2508 72.2743
|
|
70 1 -13.5072 -1.6316 5.7085 64.8097
|
|
70 1 -13.5072 -1.3684 5.3155 58.2815
|
|
70 1 -13.5072 -1.1053 4.6533 52.6488
|
|
70 1 -13.5072 -0.8421 4.1202 47.4595
|
|
70 1 -13.5072 -0.5789 3.5823 42.1612
|
|
70 1 -13.5072 -0.3158 2.4906 36.6195
|
|
70 1 -13.5072 -0.0526 0.4939 31.2994
|
|
70 1 -13.5072 0.2105 -2.1667 26.6893
|
|
70 1 -13.5072 0.4737 -5.0716 22.8428
|
|
70 1 -13.5072 0.7368 -8.0306 19.5953
|
|
70 1 -13.5072 1.0000 -11.0051 16.8601
|
|
|
|
70 2 -11.9153 -4.0000 -30.5135 71.4988
|
|
70 2 -11.9153 -3.7368 -26.9483 71.4509
|
|
70 2 -11.9153 -3.4737 -23.0667 71.1147
|
|
70 2 -11.9153 -3.2105 -18.7279 70.4148
|
|
70 2 -11.9153 -2.9474 -13.7711 68.9821
|
|
70 2 -11.9153 -2.6842 -8.5129 66.1025
|
|
70 2 -11.9153 -2.4211 -4.0409 61.6149
|
|
70 2 -11.9153 -2.1579 -1.0670 56.3778
|
|
70 2 -11.9153 -1.8947 0.6063 51.2187
|
|
70 2 -11.9153 -1.6316 1.3935 46.4427
|
|
70 2 -11.9153 -1.3684 1.5966 42.1740
|
|
70 2 -11.9153 -1.1053 1.5881 38.4328
|
|
70 2 -11.9153 -0.8421 1.6695 34.9278
|
|
70 2 -11.9153 -0.5789 1.7556 31.2384
|
|
70 2 -11.9153 -0.3158 1.4022 27.2450
|
|
70 2 -11.9153 -0.0526 0.3005 23.3250
|
|
70 2 -11.9153 0.2105 -1.3712 19.8921
|
|
70 2 -11.9153 0.4737 -3.2798 17.0052
|
|
70 2 -11.9153 0.7368 -5.2784 14.5452
|
|
70 2 -11.9153 1.0000 -7.3390 12.4606
|
|
|
|
70 3 -7.7465 -4.0000 -44.2041 90.2458
|
|
70 3 -7.7465 -3.7368 -39.1733 90.5310
|
|
70 3 -7.7465 -3.4737 -33.7690 90.3841
|
|
70 3 -7.7465 -3.2105 -27.7893 89.7551
|
|
70 3 -7.7465 -2.9474 -20.9823 88.1546
|
|
70 3 -7.7465 -2.6842 -13.7691 84.6135
|
|
70 3 -7.7465 -2.4211 -7.6022 78.9252
|
|
70 3 -7.7465 -2.1579 -3.4165 72.2299
|
|
70 3 -7.7465 -1.8947 -0.9561 65.6174
|
|
70 3 -7.7465 -1.6316 0.3220 59.5055
|
|
70 3 -7.7465 -1.3684 0.8390 54.0690
|
|
70 3 -7.7465 -1.1053 1.1076 49.3085
|
|
70 3 -7.7465 -0.8421 1.5054 44.8065
|
|
70 3 -7.7465 -0.5789 1.8797 40.0115
|
|
70 3 -7.7465 -0.3158 1.6277 34.8008
|
|
70 3 -7.7465 -0.0526 0.3604 29.6992
|
|
70 3 -7.7465 0.2105 -1.6651 25.2524
|
|
70 3 -7.7465 0.4737 -3.9997 21.5287
|
|
70 3 -7.7465 0.7368 -6.4486 18.3614
|
|
70 3 -7.7465 1.0000 -8.9798 15.6766
|
|
|
|
70 4 -5.2565 -4.0000 -54.2197 100.2521
|
|
70 4 -5.2565 -3.7368 -48.4285 101.1223
|
|
70 4 -5.2565 -3.4737 -42.1422 101.4579
|
|
70 4 -5.2565 -3.2105 -35.1468 101.2099
|
|
70 4 -5.2565 -2.9474 -27.1468 99.8151
|
|
70 4 -5.2565 -2.6842 -18.6316 96.1436
|
|
70 4 -5.2565 -2.4211 -11.2880 89.9550
|
|
70 4 -5.2565 -2.1579 -6.1951 82.5655
|
|
70 4 -5.2565 -1.8947 -3.0572 75.2201
|
|
70 4 -5.2565 -1.6316 -1.2660 68.3869
|
|
70 4 -5.2565 -1.3684 -0.3576 62.2751
|
|
70 4 -5.2565 -1.1053 0.2564 56.8982
|
|
70 4 -5.2565 -0.8421 1.0131 51.7727
|
|
70 4 -5.2565 -0.5789 1.7236 46.2545
|
|
70 4 -5.2565 -0.3158 1.6671 40.2107
|
|
70 4 -5.2565 -0.0526 0.3851 34.2775
|
|
70 4 -5.2565 0.2105 -1.8095 29.1074
|
|
70 4 -5.2565 0.4737 -4.3796 24.7798
|
|
70 4 -5.2565 0.7368 -7.0954 21.0950
|
|
70 4 -5.2565 1.0000 -9.9228 17.9672
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 71 coord.: 0.1666667 0.8333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.836345 meV Im[Sigma]= 72.505966 meV Z= 1.014393 lam= -0.014189
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.613483 meV Im[Sigma]= 50.530176 meV Z= 0.996385 lam= 0.003628
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.879811 meV Im[Sigma]= 87.563449 meV Z= 1.015486 lam= -0.015250
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.626299 meV Im[Sigma]= 143.148317 meV Z= 1.024969 lam= -0.024361
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 71 coord.: 0.1666667 0.8333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 71 w = -4.0000 eV A(k,w) = 0.26631E-02 meV^-1
|
|
ik = 71 w = -3.7368 eV A(k,w) = 0.41893E-03 meV^-1
|
|
ik = 71 w = -3.4737 eV A(k,w) = 0.12973E-03 meV^-1
|
|
ik = 71 w = -3.2105 eV A(k,w) = 0.62225E-04 meV^-1
|
|
ik = 71 w = -2.9474 eV A(k,w) = 0.36451E-04 meV^-1
|
|
ik = 71 w = -2.6842 eV A(k,w) = 0.23499E-04 meV^-1
|
|
ik = 71 w = -2.4211 eV A(k,w) = 0.15839E-04 meV^-1
|
|
ik = 71 w = -2.1579 eV A(k,w) = 0.11006E-04 meV^-1
|
|
ik = 71 w = -1.8947 eV A(k,w) = 0.78769E-05 meV^-1
|
|
ik = 71 w = -1.6316 eV A(k,w) = 0.57932E-05 meV^-1
|
|
ik = 71 w = -1.3684 eV A(k,w) = 0.43701E-05 meV^-1
|
|
ik = 71 w = -1.1053 eV A(k,w) = 0.33724E-05 meV^-1
|
|
ik = 71 w = -0.8421 eV A(k,w) = 0.26336E-05 meV^-1
|
|
ik = 71 w = -0.5789 eV A(k,w) = 0.20466E-05 meV^-1
|
|
ik = 71 w = -0.3158 eV A(k,w) = 0.15648E-05 meV^-1
|
|
ik = 71 w = -0.0526 eV A(k,w) = 0.11841E-05 meV^-1
|
|
ik = 71 w = 0.2105 eV A(k,w) = 0.89963E-06 meV^-1
|
|
ik = 71 w = 0.4737 eV A(k,w) = 0.69023E-06 meV^-1
|
|
ik = 71 w = 0.7368 eV A(k,w) = 0.53313E-06 meV^-1
|
|
ik = 71 w = 1.0000 eV A(k,w) = 0.41450E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
71 -4.0000 0.26631E-02
|
|
71 -3.7368 0.41893E-03
|
|
71 -3.4737 0.12973E-03
|
|
71 -3.2105 0.62225E-04
|
|
71 -2.9474 0.36451E-04
|
|
71 -2.6842 0.23499E-04
|
|
71 -2.4211 0.15839E-04
|
|
71 -2.1579 0.11006E-04
|
|
71 -1.8947 0.78769E-05
|
|
71 -1.6316 0.57932E-05
|
|
71 -1.3684 0.43701E-05
|
|
71 -1.1053 0.33724E-05
|
|
71 -0.8421 0.26336E-05
|
|
71 -0.5789 0.20466E-05
|
|
71 -0.3158 0.15648E-05
|
|
71 -0.0526 0.11841E-05
|
|
71 0.2105 0.89963E-06
|
|
71 0.4737 0.69023E-06
|
|
71 0.7368 0.53313E-06
|
|
71 1.0000 0.41450E-06
|
|
71 1 -16.2688 -4.0000 -31.9772 105.3330
|
|
71 1 -16.2688 -3.7368 -26.5232 103.5717
|
|
71 1 -16.2688 -3.4737 -20.9894 101.3174
|
|
71 1 -16.2688 -3.2105 -15.1902 98.5958
|
|
71 1 -16.2688 -2.9474 -8.8825 94.9952
|
|
71 1 -16.2688 -2.6842 -2.4486 89.6420
|
|
71 1 -16.2688 -2.4211 2.7463 82.3773
|
|
71 1 -16.2688 -2.1579 5.8314 74.3355
|
|
71 1 -16.2688 -1.8947 7.0974 66.6094
|
|
71 1 -16.2688 -1.6316 7.1436 59.6223
|
|
71 1 -16.2688 -1.3684 6.4400 53.5078
|
|
71 1 -16.2688 -1.1053 5.4835 48.2308
|
|
71 1 -16.2688 -0.8421 4.6327 43.4124
|
|
71 1 -16.2688 -0.5789 3.8001 38.5676
|
|
71 1 -16.2688 -0.3158 2.5234 33.5525
|
|
71 1 -16.2688 -0.0526 0.4875 28.7481
|
|
71 1 -16.2688 0.2105 -2.1129 24.5751
|
|
71 1 -16.2688 0.4737 -4.9191 21.0847
|
|
71 1 -16.2688 0.7368 -7.7640 18.1388
|
|
71 1 -16.2688 1.0000 -10.6081 15.6617
|
|
|
|
71 2 -8.9488 -4.0000 -44.8683 93.7834
|
|
71 2 -8.9488 -3.7368 -39.7903 93.8310
|
|
71 2 -8.9488 -3.4737 -34.3926 93.5555
|
|
71 2 -8.9488 -3.2105 -28.3676 92.9192
|
|
71 2 -8.9488 -2.9474 -21.3745 91.3469
|
|
71 2 -8.9488 -2.6842 -13.8493 87.7321
|
|
71 2 -8.9488 -2.4211 -7.3701 81.8017
|
|
71 2 -8.9488 -2.1579 -2.9834 74.7561
|
|
71 2 -8.9488 -1.8947 -0.4497 67.7808
|
|
71 2 -8.9488 -1.6316 0.8123 61.3515
|
|
71 2 -8.9488 -1.3684 1.2740 55.6587
|
|
71 2 -8.9488 -1.1053 1.4840 50.6841
|
|
71 2 -8.9488 -0.8421 1.8227 45.9819
|
|
71 2 -8.9488 -0.5789 2.1201 40.9941
|
|
71 2 -8.9488 -0.3158 1.7676 35.6107
|
|
71 2 -8.9488 -0.0526 0.3844 30.3662
|
|
71 2 -8.9488 0.2105 -1.7615 25.8072
|
|
71 2 -8.9488 0.4737 -4.2129 21.9992
|
|
71 2 -8.9488 0.7368 -6.7685 18.7698
|
|
71 2 -8.9488 1.0000 -9.3940 16.0375
|
|
|
|
71 3 -6.9060 -4.0000 -44.9085 89.3946
|
|
71 3 -6.9060 -3.7368 -40.0543 89.8066
|
|
71 3 -6.9060 -3.4737 -34.7905 89.8566
|
|
71 3 -6.9060 -3.2105 -28.8802 89.4749
|
|
71 3 -6.9060 -2.9474 -22.0483 88.1314
|
|
71 3 -6.9060 -2.6842 -14.7235 84.8034
|
|
71 3 -6.9060 -2.4211 -8.4040 79.2512
|
|
71 3 -6.9060 -2.1579 -4.0710 72.6263
|
|
71 3 -6.9060 -1.8947 -1.4846 66.0450
|
|
71 3 -6.9060 -1.6316 -0.1030 59.9434
|
|
71 3 -6.9060 -1.3684 0.5012 54.5104
|
|
71 3 -6.9060 -1.1053 0.8542 49.7499
|
|
71 3 -6.9060 -0.8421 1.3396 45.2329
|
|
71 3 -6.9060 -0.5789 1.7933 40.3981
|
|
71 3 -6.9060 -0.3158 1.5969 35.1292
|
|
71 3 -6.9060 -0.0526 0.3575 29.9681
|
|
71 3 -6.9060 0.2105 -1.6588 25.4720
|
|
71 3 -6.9060 0.4737 -3.9918 21.7104
|
|
71 3 -6.9060 0.7368 -6.4416 18.5117
|
|
71 3 -6.9060 1.0000 -8.9771 15.7992
|
|
|
|
71 4 -3.9563 -4.0000 -63.2245 116.4546
|
|
71 4 -3.9563 -3.7368 -56.6472 117.3194
|
|
71 4 -3.9563 -3.4737 -49.5025 117.7480
|
|
71 4 -3.9563 -3.2105 -41.4150 117.6294
|
|
71 4 -3.9563 -2.9474 -31.9962 116.1857
|
|
71 4 -3.9563 -2.6842 -21.8686 111.9947
|
|
71 4 -3.9563 -2.4211 -13.0931 104.7441
|
|
71 4 -3.9563 -2.1579 -7.0049 96.0002
|
|
71 4 -3.9563 -1.8947 -3.2936 87.2799
|
|
71 4 -3.9563 -1.6316 -1.2304 79.1932
|
|
71 4 -3.9563 -1.3684 -0.2228 72.0040
|
|
71 4 -3.9563 -1.1053 0.4450 65.7070
|
|
71 4 -3.9563 -0.8421 1.2794 59.7218
|
|
71 4 -3.9563 -0.5789 2.0569 53.3043
|
|
71 4 -3.9563 -0.3158 1.9538 46.3033
|
|
71 4 -3.9563 -0.0526 0.4484 39.4436
|
|
71 4 -3.9563 0.2105 -2.1024 33.4691
|
|
71 4 -3.9563 0.4737 -5.0839 28.4728
|
|
71 4 -3.9563 0.7368 -8.2288 24.2264
|
|
71 4 -3.9563 1.0000 -11.4938 20.6281
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 72 coord.: 0.1666667 0.8333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.014516 meV Im[Sigma]= 43.224165 meV Z= 1.007620 lam= -0.007563
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.958403 meV Im[Sigma]= 102.189119 meV Z= 1.018021 lam= -0.017702
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 47.272322 meV Im[Sigma]= 167.532529 meV Z= 1.035892 lam= -0.034648
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.473991 meV Im[Sigma]= 167.236340 meV Z= 1.042446 lam= -0.040718
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 72 coord.: 0.1666667 0.8333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 72 w = -4.0000 eV A(k,w) = 0.12428E-03 meV^-1
|
|
ik = 72 w = -3.7368 eV A(k,w) = 0.29113E-03 meV^-1
|
|
ik = 72 w = -3.4737 eV A(k,w) = 0.13088E-02 meV^-1
|
|
ik = 72 w = -3.2105 eV A(k,w) = 0.13994E-02 meV^-1
|
|
ik = 72 w = -2.9474 eV A(k,w) = 0.63973E-03 meV^-1
|
|
ik = 72 w = -2.6842 eV A(k,w) = 0.21453E-02 meV^-1
|
|
ik = 72 w = -2.4211 eV A(k,w) = 0.77114E-03 meV^-1
|
|
ik = 72 w = -2.1579 eV A(k,w) = 0.19091E-03 meV^-1
|
|
ik = 72 w = -1.8947 eV A(k,w) = 0.79409E-04 meV^-1
|
|
ik = 72 w = -1.6316 eV A(k,w) = 0.41824E-04 meV^-1
|
|
ik = 72 w = -1.3684 eV A(k,w) = 0.25101E-04 meV^-1
|
|
ik = 72 w = -1.1053 eV A(k,w) = 0.16375E-04 meV^-1
|
|
ik = 72 w = -0.8421 eV A(k,w) = 0.11228E-04 meV^-1
|
|
ik = 72 w = -0.5789 eV A(k,w) = 0.78533E-05 meV^-1
|
|
ik = 72 w = -0.3158 eV A(k,w) = 0.54980E-05 meV^-1
|
|
ik = 72 w = -0.0526 eV A(k,w) = 0.38572E-05 meV^-1
|
|
ik = 72 w = 0.2105 eV A(k,w) = 0.27439E-05 meV^-1
|
|
ik = 72 w = 0.4737 eV A(k,w) = 0.19871E-05 meV^-1
|
|
ik = 72 w = 0.7368 eV A(k,w) = 0.14584E-05 meV^-1
|
|
ik = 72 w = 1.0000 eV A(k,w) = 0.10834E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
72 -4.0000 0.12428E-03
|
|
72 -3.7368 0.29113E-03
|
|
72 -3.4737 0.13088E-02
|
|
72 -3.2105 0.13994E-02
|
|
72 -2.9474 0.63973E-03
|
|
72 -2.6842 0.21453E-02
|
|
72 -2.4211 0.77114E-03
|
|
72 -2.1579 0.19091E-03
|
|
72 -1.8947 0.79409E-04
|
|
72 -1.6316 0.41824E-04
|
|
72 -1.3684 0.25101E-04
|
|
72 -1.1053 0.16375E-04
|
|
72 -0.8421 0.11228E-04
|
|
72 -0.5789 0.78533E-05
|
|
72 -0.3158 0.54980E-05
|
|
72 -0.0526 0.38572E-05
|
|
72 0.2105 0.27439E-05
|
|
72 0.4737 0.19871E-05
|
|
72 0.7368 0.14584E-05
|
|
72 1.0000 0.10834E-05
|
|
72 1 -18.6527 -4.0000 -29.8201 116.4529
|
|
72 1 -18.6527 -3.7368 -23.7590 113.9641
|
|
72 1 -18.6527 -3.4737 -17.6596 110.8461
|
|
72 1 -18.6527 -3.2105 -11.4084 107.1200
|
|
72 1 -18.6527 -2.9474 -4.8391 102.4197
|
|
72 1 -18.6527 -2.6842 1.6382 95.9535
|
|
72 1 -18.6527 -2.4211 6.6715 87.6363
|
|
72 1 -18.6527 -2.1579 9.4296 78.6608
|
|
72 1 -18.6527 -1.8947 10.2623 70.1542
|
|
72 1 -18.6527 -1.6316 9.8354 62.5388
|
|
72 1 -18.6527 -1.3684 8.6595 55.9122
|
|
72 1 -18.6527 -1.1053 7.2333 50.2101
|
|
72 1 -18.6527 -0.8421 5.9137 45.0515
|
|
72 1 -18.6527 -0.5789 4.6296 39.9555
|
|
72 1 -18.6527 -0.3158 2.9451 34.7636
|
|
72 1 -18.6527 -0.0526 0.5535 29.8252
|
|
72 1 -18.6527 0.2105 -2.3645 25.5394
|
|
72 1 -18.6527 0.4737 -5.4637 21.9558
|
|
72 1 -18.6527 0.7368 -8.5777 18.9398
|
|
72 1 -18.6527 1.0000 -11.6622 16.4108
|
|
|
|
72 2 -6.9063 -4.0000 -51.7924 105.5266
|
|
72 2 -6.9063 -3.7368 -45.7295 105.6342
|
|
72 2 -6.9063 -3.4737 -39.3750 105.2631
|
|
72 2 -6.9063 -3.2105 -32.4069 104.4269
|
|
72 2 -6.9063 -2.9474 -24.4485 102.5181
|
|
72 2 -6.9063 -2.6842 -15.9883 98.3467
|
|
72 2 -6.9063 -2.4211 -8.7466 91.6537
|
|
72 2 -6.9063 -2.1579 -3.8342 83.7666
|
|
72 2 -6.9063 -1.8947 -0.9783 75.9716
|
|
72 2 -6.9063 -1.6316 0.4557 68.7991
|
|
72 2 -6.9063 -1.3684 1.0061 62.4718
|
|
72 2 -6.9063 -1.1053 1.3052 56.9555
|
|
72 2 -6.9063 -0.8421 1.7774 51.7253
|
|
72 2 -6.9063 -0.5789 2.2122 46.1416
|
|
72 2 -6.9063 -0.3158 1.9054 40.0851
|
|
72 2 -6.9063 -0.0526 0.4204 34.1714
|
|
72 2 -6.9063 0.2105 -1.9387 29.0267
|
|
72 2 -6.9063 0.4737 -4.6511 24.7285
|
|
72 2 -6.9063 0.7368 -7.4875 21.0821
|
|
72 2 -6.9063 1.0000 -10.4089 17.9963
|
|
|
|
72 3 -3.2910 -4.0000 -69.9914 127.1494
|
|
72 3 -3.2910 -3.7368 -62.4575 128.0420
|
|
72 3 -3.2910 -3.4737 -54.4107 128.3127
|
|
72 3 -3.2910 -3.2105 -45.4987 127.9246
|
|
72 3 -3.2910 -2.9474 -35.3018 126.1242
|
|
72 3 -3.2910 -2.6842 -24.4489 121.4481
|
|
72 3 -3.2910 -2.4211 -15.0856 113.5891
|
|
72 3 -3.2910 -2.1579 -8.5866 104.2068
|
|
72 3 -3.2910 -1.8947 -4.6012 94.8937
|
|
72 3 -3.2910 -1.6316 -2.3449 86.2867
|
|
72 3 -3.2910 -1.3684 -1.1723 78.6585
|
|
72 3 -3.2910 -1.1053 -0.2997 71.9786
|
|
72 3 -3.2910 -0.8421 0.8117 65.5795
|
|
72 3 -3.2910 -0.5789 1.8794 58.6277
|
|
72 3 -3.2910 -0.3158 1.9614 50.9679
|
|
72 3 -3.2910 -0.0526 0.4656 43.4231
|
|
72 3 -3.2910 0.2105 -2.2137 36.8352
|
|
72 3 -3.2910 0.4737 -5.3913 31.3162
|
|
72 3 -3.2910 0.7368 -8.7695 26.6183
|
|
72 3 -3.2910 1.0000 -12.2984 22.6347
|
|
|
|
72 4 -2.6027 -4.0000 -75.1976 138.4726
|
|
72 4 -2.6027 -3.7368 -67.0898 139.2719
|
|
72 4 -2.6027 -3.4737 -58.4218 139.4869
|
|
72 4 -2.6027 -3.2105 -48.7514 139.0209
|
|
72 4 -2.6027 -2.9474 -37.6442 136.9852
|
|
72 4 -2.6027 -2.6842 -25.8443 131.7792
|
|
72 4 -2.6027 -2.4211 -15.7124 123.1093
|
|
72 4 -2.6027 -2.1579 -8.7280 112.8114
|
|
72 4 -2.6027 -1.8947 -4.4898 102.6238
|
|
72 4 -2.6027 -1.6316 -2.1260 93.2413
|
|
72 4 -2.6027 -1.3684 -0.9123 84.9440
|
|
72 4 -2.6027 -1.1053 0.0007 77.6650
|
|
72 4 -2.6027 -0.8421 1.1631 70.6642
|
|
72 4 -2.6027 -0.5789 2.2386 63.0681
|
|
72 4 -2.6027 -0.3158 2.2275 54.7444
|
|
72 4 -2.6027 -0.0526 0.5199 46.5758
|
|
72 4 -2.6027 0.2105 -2.4577 39.4547
|
|
72 4 -2.6027 0.4737 -5.9727 33.5049
|
|
72 4 -2.6027 0.7368 -9.6938 28.4669
|
|
72 4 -2.6027 1.0000 -13.5526 24.2165
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 73 coord.: 0.3333333 0.0000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.3978 eV Re[Sigma]= -56.338196 meV Im[Sigma]= 40.534012 meV Z= 1.002330 lam= -0.002325
|
|
E( 2 )= -9.2191 eV Re[Sigma]= -13.643266 meV Im[Sigma]= 49.627667 meV Z= 0.997292 lam= 0.002716
|
|
E( 3 )= -2.0907 eV Re[Sigma]= 96.624110 meV Im[Sigma]= 145.977168 meV Z= 1.021935 lam= -0.021464
|
|
E( 4 )= -2.0907 eV Re[Sigma]= 96.624110 meV Im[Sigma]= 145.977168 meV Z= 1.021935 lam= -0.021464
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 73 coord.: 0.3333333 0.0000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 73 w = -4.0000 eV A(k,w) = 0.28701E-04 meV^-1
|
|
ik = 73 w = -3.7368 eV A(k,w) = 0.38558E-04 meV^-1
|
|
ik = 73 w = -3.4737 eV A(k,w) = 0.54480E-04 meV^-1
|
|
ik = 73 w = -3.2105 eV A(k,w) = 0.82469E-04 meV^-1
|
|
ik = 73 w = -2.9474 eV A(k,w) = 0.13748E-03 meV^-1
|
|
ik = 73 w = -2.6842 eV A(k,w) = 0.26837E-03 meV^-1
|
|
ik = 73 w = -2.4211 eV A(k,w) = 0.74049E-03 meV^-1
|
|
ik = 73 w = -2.1579 eV A(k,w) = 0.43451E-02 meV^-1
|
|
ik = 73 w = -1.8947 eV A(k,w) = 0.13187E-02 meV^-1
|
|
ik = 73 w = -1.6316 eV A(k,w) = 0.28516E-03 meV^-1
|
|
ik = 73 w = -1.3684 eV A(k,w) = 0.10958E-03 meV^-1
|
|
ik = 73 w = -1.1053 eV A(k,w) = 0.54701E-04 meV^-1
|
|
ik = 73 w = -0.8421 eV A(k,w) = 0.31341E-04 meV^-1
|
|
ik = 73 w = -0.5789 eV A(k,w) = 0.19251E-04 meV^-1
|
|
ik = 73 w = -0.3158 eV A(k,w) = 0.12195E-04 meV^-1
|
|
ik = 73 w = -0.0526 eV A(k,w) = 0.78947E-05 meV^-1
|
|
ik = 73 w = 0.2105 eV A(k,w) = 0.52560E-05 meV^-1
|
|
ik = 73 w = 0.4737 eV A(k,w) = 0.35998E-05 meV^-1
|
|
ik = 73 w = 0.7368 eV A(k,w) = 0.25178E-05 meV^-1
|
|
ik = 73 w = 1.0000 eV A(k,w) = 0.17928E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
73 -4.0000 0.28701E-04
|
|
73 -3.7368 0.38558E-04
|
|
73 -3.4737 0.54480E-04
|
|
73 -3.2105 0.82469E-04
|
|
73 -2.9474 0.13748E-03
|
|
73 -2.6842 0.26837E-03
|
|
73 -2.4211 0.74049E-03
|
|
73 -2.1579 0.43451E-02
|
|
73 -1.8947 0.13187E-02
|
|
73 -1.6316 0.28516E-03
|
|
73 -1.3684 0.10958E-03
|
|
73 -1.1053 0.54701E-04
|
|
73 -0.8421 0.31341E-04
|
|
73 -0.5789 0.19251E-04
|
|
73 -0.3158 0.12195E-04
|
|
73 -0.0526 0.78947E-05
|
|
73 0.2105 0.52560E-05
|
|
73 0.4737 0.35998E-05
|
|
73 0.7368 0.25178E-05
|
|
73 1.0000 0.17928E-05
|
|
73 1 -18.3978 -4.0000 -31.6284 115.3522
|
|
73 1 -18.3978 -3.7368 -25.4149 113.2748
|
|
73 1 -18.3978 -3.4737 -19.0565 110.5197
|
|
73 1 -18.3978 -3.2105 -12.4417 107.0386
|
|
73 1 -18.3978 -2.9474 -5.4918 102.4015
|
|
73 1 -18.3978 -2.6842 1.2709 95.8582
|
|
73 1 -18.3978 -2.4211 6.4642 87.4209
|
|
73 1 -18.3978 -2.1579 9.2914 78.3460
|
|
73 1 -18.3978 -1.8947 10.1437 69.7817
|
|
73 1 -18.3978 -1.6316 9.7210 62.1527
|
|
73 1 -18.3978 -1.3684 8.5620 55.5407
|
|
73 1 -18.3978 -1.1053 7.1713 49.8537
|
|
73 1 -18.3978 -0.8421 5.8890 44.6944
|
|
73 1 -18.3978 -0.5789 4.6255 39.5891
|
|
73 1 -18.3978 -0.3158 2.9453 34.3964
|
|
73 1 -18.3978 -0.0526 0.5535 29.4699
|
|
73 1 -18.3978 0.2105 -2.3642 25.2051
|
|
73 1 -18.3978 0.4737 -5.4606 21.6513
|
|
73 1 -18.3978 0.7368 -8.5641 18.6719
|
|
73 1 -18.3978 1.0000 -11.6281 16.1800
|
|
|
|
73 2 -9.2191 -4.0000 -40.7382 91.0196
|
|
73 2 -9.2191 -3.7368 -35.7759 90.8001
|
|
73 2 -9.2191 -3.4737 -30.5954 90.2452
|
|
73 2 -9.2191 -3.2105 -24.8809 89.3673
|
|
73 2 -9.2191 -2.9474 -18.2715 87.6207
|
|
73 2 -9.2191 -2.6842 -11.1704 83.9314
|
|
73 2 -9.2191 -2.4211 -5.0954 78.0188
|
|
73 2 -9.2191 -2.1579 -1.0805 71.0339
|
|
73 2 -9.2191 -1.8947 1.0841 64.1545
|
|
73 2 -9.2191 -1.6316 1.9849 57.8827
|
|
73 2 -9.2191 -1.3684 2.1242 52.4043
|
|
73 2 -9.2191 -1.1053 2.0530 47.6776
|
|
73 2 -9.2191 -0.8421 2.1419 43.2597
|
|
73 2 -9.2191 -0.5789 2.2376 38.6078
|
|
73 2 -9.2191 -0.3158 1.7708 33.5985
|
|
73 2 -9.2191 -0.0526 0.3765 28.7145
|
|
73 2 -9.2191 0.2105 -1.7082 24.4588
|
|
73 2 -9.2191 0.4737 -4.0680 20.8915
|
|
73 2 -9.2191 0.7368 -6.5237 17.8560
|
|
73 2 -9.2191 1.0000 -9.0457 15.2828
|
|
|
|
73 3 -2.0907 -4.0000 -86.1562 145.1360
|
|
73 3 -2.0907 -3.7368 -77.4702 146.8176
|
|
73 3 -2.0907 -3.4737 -68.0403 147.8929
|
|
73 3 -2.0907 -3.2105 -57.3645 148.2275
|
|
73 3 -2.0907 -2.9474 -44.9485 146.7978
|
|
73 3 -2.0907 -2.6842 -31.6224 141.7792
|
|
73 3 -2.0907 -2.4211 -20.0393 132.7871
|
|
73 3 -2.0907 -2.1579 -11.9239 121.8351
|
|
73 3 -2.0907 -1.8947 -6.8960 110.8974
|
|
73 3 -2.0907 -1.6316 -3.9990 100.7977
|
|
73 3 -2.0907 -1.3684 -2.4235 91.8786
|
|
73 3 -2.0907 -1.1053 -1.2167 84.1003
|
|
73 3 -2.0907 -0.8421 0.2770 76.6695
|
|
73 3 -2.0907 -0.5789 1.7417 68.5845
|
|
73 3 -2.0907 -0.3158 2.0605 59.6341
|
|
73 3 -2.0907 -0.0526 0.5092 50.7819
|
|
73 3 -2.0907 0.2105 -2.4607 43.0354
|
|
73 3 -2.0907 0.4737 -6.0404 36.5375
|
|
73 3 -2.0907 0.7368 -9.8768 31.0018
|
|
73 3 -2.0907 1.0000 -13.9090 26.3075
|
|
|
|
73 4 -2.0907 -4.0000 -84.7930 143.8082
|
|
73 4 -2.0907 -3.7368 -76.3310 145.3491
|
|
73 4 -2.0907 -3.4737 -67.1582 146.3456
|
|
73 4 -2.0907 -3.2105 -56.7593 146.6756
|
|
73 4 -2.0907 -2.9474 -44.6091 145.3287
|
|
73 4 -2.0907 -2.6842 -31.4948 140.4718
|
|
73 4 -2.0907 -2.4211 -20.0358 131.6814
|
|
73 4 -2.0907 -2.1579 -11.9584 120.9162
|
|
73 4 -2.0907 -1.8947 -6.9192 110.1171
|
|
73 4 -2.0907 -1.6316 -3.9997 100.1083
|
|
73 4 -2.0907 -1.3684 -2.4124 91.2500
|
|
73 4 -2.0907 -1.1053 -1.2105 83.5217
|
|
73 4 -2.0907 -0.8421 0.2674 76.1471
|
|
73 4 -2.0907 -0.5789 1.7199 68.1296
|
|
73 4 -2.0907 -0.3158 2.0401 59.2512
|
|
73 4 -2.0907 -0.0526 0.5046 50.4669
|
|
73 4 -2.0907 0.2105 -2.4392 42.7780
|
|
73 4 -2.0907 0.4737 -5.9880 36.3261
|
|
73 4 -2.0907 0.7368 -9.7930 30.8260
|
|
73 4 -2.0907 1.0000 -13.7952 26.1595
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 74 coord.: 0.3333333 0.0000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.014501 meV Im[Sigma]= 43.223890 meV Z= 1.007620 lam= -0.007563
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.958494 meV Im[Sigma]= 102.189306 meV Z= 1.018021 lam= -0.017702
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 47.272384 meV Im[Sigma]= 167.531655 meV Z= 1.035891 lam= -0.034648
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.473850 meV Im[Sigma]= 167.235726 meV Z= 1.042446 lam= -0.040718
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 74 coord.: 0.3333333 0.0000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 74 w = -4.0000 eV A(k,w) = 0.12428E-03 meV^-1
|
|
ik = 74 w = -3.7368 eV A(k,w) = 0.29113E-03 meV^-1
|
|
ik = 74 w = -3.4737 eV A(k,w) = 0.13088E-02 meV^-1
|
|
ik = 74 w = -3.2105 eV A(k,w) = 0.13994E-02 meV^-1
|
|
ik = 74 w = -2.9474 eV A(k,w) = 0.63973E-03 meV^-1
|
|
ik = 74 w = -2.6842 eV A(k,w) = 0.21453E-02 meV^-1
|
|
ik = 74 w = -2.4211 eV A(k,w) = 0.77114E-03 meV^-1
|
|
ik = 74 w = -2.1579 eV A(k,w) = 0.19091E-03 meV^-1
|
|
ik = 74 w = -1.8947 eV A(k,w) = 0.79409E-04 meV^-1
|
|
ik = 74 w = -1.6316 eV A(k,w) = 0.41823E-04 meV^-1
|
|
ik = 74 w = -1.3684 eV A(k,w) = 0.25101E-04 meV^-1
|
|
ik = 74 w = -1.1053 eV A(k,w) = 0.16375E-04 meV^-1
|
|
ik = 74 w = -0.8421 eV A(k,w) = 0.11228E-04 meV^-1
|
|
ik = 74 w = -0.5789 eV A(k,w) = 0.78533E-05 meV^-1
|
|
ik = 74 w = -0.3158 eV A(k,w) = 0.54980E-05 meV^-1
|
|
ik = 74 w = -0.0526 eV A(k,w) = 0.38572E-05 meV^-1
|
|
ik = 74 w = 0.2105 eV A(k,w) = 0.27439E-05 meV^-1
|
|
ik = 74 w = 0.4737 eV A(k,w) = 0.19871E-05 meV^-1
|
|
ik = 74 w = 0.7368 eV A(k,w) = 0.14584E-05 meV^-1
|
|
ik = 74 w = 1.0000 eV A(k,w) = 0.10834E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
74 -4.0000 0.12428E-03
|
|
74 -3.7368 0.29113E-03
|
|
74 -3.4737 0.13088E-02
|
|
74 -3.2105 0.13994E-02
|
|
74 -2.9474 0.63973E-03
|
|
74 -2.6842 0.21453E-02
|
|
74 -2.4211 0.77114E-03
|
|
74 -2.1579 0.19091E-03
|
|
74 -1.8947 0.79409E-04
|
|
74 -1.6316 0.41823E-04
|
|
74 -1.3684 0.25101E-04
|
|
74 -1.1053 0.16375E-04
|
|
74 -0.8421 0.11228E-04
|
|
74 -0.5789 0.78533E-05
|
|
74 -0.3158 0.54980E-05
|
|
74 -0.0526 0.38572E-05
|
|
74 0.2105 0.27439E-05
|
|
74 0.4737 0.19871E-05
|
|
74 0.7368 0.14584E-05
|
|
74 1.0000 0.10834E-05
|
|
74 1 -18.6527 -4.0000 -29.8204 116.4533
|
|
74 1 -18.6527 -3.7368 -23.7593 113.9645
|
|
74 1 -18.6527 -3.4737 -17.6598 110.8465
|
|
74 1 -18.6527 -3.2105 -11.4086 107.1204
|
|
74 1 -18.6527 -2.9474 -4.8393 102.4201
|
|
74 1 -18.6527 -2.6842 1.6381 95.9539
|
|
74 1 -18.6527 -2.4211 6.6715 87.6366
|
|
74 1 -18.6527 -2.1579 9.4296 78.6611
|
|
74 1 -18.6527 -1.8947 10.2623 70.1545
|
|
74 1 -18.6527 -1.6316 9.8354 62.5390
|
|
74 1 -18.6527 -1.3684 8.6595 55.9124
|
|
74 1 -18.6527 -1.1053 7.2333 50.2103
|
|
74 1 -18.6527 -0.8421 5.9137 45.0517
|
|
74 1 -18.6527 -0.5789 4.6296 39.9556
|
|
74 1 -18.6527 -0.3158 2.9451 34.7638
|
|
74 1 -18.6527 -0.0526 0.5535 29.8253
|
|
74 1 -18.6527 0.2105 -2.3645 25.5395
|
|
74 1 -18.6527 0.4737 -5.4638 21.9559
|
|
74 1 -18.6527 0.7368 -8.5777 18.9399
|
|
74 1 -18.6527 1.0000 -11.6622 16.4108
|
|
|
|
74 2 -6.9063 -4.0000 -51.7925 105.5267
|
|
74 2 -6.9063 -3.7368 -45.7295 105.6343
|
|
74 2 -6.9063 -3.4737 -39.3750 105.2632
|
|
74 2 -6.9063 -3.2105 -32.4069 104.4269
|
|
74 2 -6.9063 -2.9474 -24.4484 102.5181
|
|
74 2 -6.9063 -2.6842 -15.9882 98.3467
|
|
74 2 -6.9063 -2.4211 -8.7466 91.6537
|
|
74 2 -6.9063 -2.1579 -3.8342 83.7666
|
|
74 2 -6.9063 -1.8947 -0.9783 75.9716
|
|
74 2 -6.9063 -1.6316 0.4557 68.7992
|
|
74 2 -6.9063 -1.3684 1.0061 62.4718
|
|
74 2 -6.9063 -1.1053 1.3052 56.9555
|
|
74 2 -6.9063 -0.8421 1.7774 51.7253
|
|
74 2 -6.9063 -0.5789 2.2123 46.1416
|
|
74 2 -6.9063 -0.3158 1.9054 40.0851
|
|
74 2 -6.9063 -0.0526 0.4204 34.1714
|
|
74 2 -6.9063 0.2105 -1.9387 29.0268
|
|
74 2 -6.9063 0.4737 -4.6511 24.7285
|
|
74 2 -6.9063 0.7368 -7.4875 21.0821
|
|
74 2 -6.9063 1.0000 -10.4089 17.9963
|
|
|
|
74 3 -3.2910 -4.0000 -69.9909 127.1488
|
|
74 3 -3.2910 -3.7368 -62.4570 128.0414
|
|
74 3 -3.2910 -3.4737 -54.4103 128.3121
|
|
74 3 -3.2910 -3.2105 -45.4984 127.9240
|
|
74 3 -3.2910 -2.9474 -35.3015 126.1236
|
|
74 3 -3.2910 -2.6842 -24.4487 121.4475
|
|
74 3 -3.2910 -2.4211 -15.0854 113.5885
|
|
74 3 -3.2910 -2.1579 -8.5865 104.2063
|
|
74 3 -3.2910 -1.8947 -4.6011 94.8932
|
|
74 3 -3.2910 -1.6316 -2.3448 86.2863
|
|
74 3 -3.2910 -1.3684 -1.1722 78.6582
|
|
74 3 -3.2910 -1.1053 -0.2996 71.9783
|
|
74 3 -3.2910 -0.8421 0.8118 65.5791
|
|
74 3 -3.2910 -0.5789 1.8794 58.6274
|
|
74 3 -3.2910 -0.3158 1.9614 50.9676
|
|
74 3 -3.2910 -0.0526 0.4656 43.4229
|
|
74 3 -3.2910 0.2105 -2.2137 36.8350
|
|
74 3 -3.2910 0.4737 -5.3913 31.3160
|
|
74 3 -3.2910 0.7368 -8.7694 26.6182
|
|
74 3 -3.2910 1.0000 -12.2984 22.6346
|
|
|
|
74 4 -2.6027 -4.0000 -75.1973 138.4722
|
|
74 4 -2.6027 -3.7368 -67.0895 139.2715
|
|
74 4 -2.6027 -3.4737 -58.4215 139.4865
|
|
74 4 -2.6027 -3.2105 -48.7512 139.0205
|
|
74 4 -2.6027 -2.9474 -37.6440 136.9848
|
|
74 4 -2.6027 -2.6842 -25.8442 131.7788
|
|
74 4 -2.6027 -2.4211 -15.7124 123.1090
|
|
74 4 -2.6027 -2.1579 -8.7280 112.8111
|
|
74 4 -2.6027 -1.8947 -4.4898 102.6235
|
|
74 4 -2.6027 -1.6316 -2.1260 93.2411
|
|
74 4 -2.6027 -1.3684 -0.9123 84.9438
|
|
74 4 -2.6027 -1.1053 0.0007 77.6648
|
|
74 4 -2.6027 -0.8421 1.1630 70.6641
|
|
74 4 -2.6027 -0.5789 2.2386 63.0680
|
|
74 4 -2.6027 -0.3158 2.2275 54.7443
|
|
74 4 -2.6027 -0.0526 0.5199 46.5757
|
|
74 4 -2.6027 0.2105 -2.4577 39.4547
|
|
74 4 -2.6027 0.4737 -5.9727 33.5049
|
|
74 4 -2.6027 0.7368 -9.6938 28.4668
|
|
74 4 -2.6027 1.0000 -13.5526 24.2165
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 75 coord.: 0.3333333 0.0000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -17.3646 eV Re[Sigma]= -58.929371 meV Im[Sigma]= 42.127432 meV Z= 0.994716 lam= 0.005312
|
|
E( 2 )= -6.7590 eV Re[Sigma]= -15.655827 meV Im[Sigma]= 108.548023 meV Z= 1.011615 lam= -0.011482
|
|
E( 3 )= -5.2110 eV Re[Sigma]= 2.860348 meV Im[Sigma]= 106.353445 meV Z= 1.019113 lam= -0.018755
|
|
E( 4 )= -5.2110 eV Re[Sigma]= 2.860348 meV Im[Sigma]= 106.353445 meV Z= 1.019113 lam= -0.018755
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 75 coord.: 0.3333333 0.0000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 75 w = -4.0000 eV A(k,w) = 0.43217E-04 meV^-1
|
|
ik = 75 w = -3.7368 eV A(k,w) = 0.30922E-04 meV^-1
|
|
ik = 75 w = -3.4737 eV A(k,w) = 0.23293E-04 meV^-1
|
|
ik = 75 w = -3.2105 eV A(k,w) = 0.18175E-04 meV^-1
|
|
ik = 75 w = -2.9474 eV A(k,w) = 0.14454E-04 meV^-1
|
|
ik = 75 w = -2.6842 eV A(k,w) = 0.11489E-04 meV^-1
|
|
ik = 75 w = -2.4211 eV A(k,w) = 0.90274E-05 meV^-1
|
|
ik = 75 w = -2.1579 eV A(k,w) = 0.70526E-05 meV^-1
|
|
ik = 75 w = -1.8947 eV A(k,w) = 0.55316E-05 meV^-1
|
|
ik = 75 w = -1.6316 eV A(k,w) = 0.43752E-05 meV^-1
|
|
ik = 75 w = -1.3684 eV A(k,w) = 0.34997E-05 meV^-1
|
|
ik = 75 w = -1.1053 eV A(k,w) = 0.28333E-05 meV^-1
|
|
ik = 75 w = -0.8421 eV A(k,w) = 0.23019E-05 meV^-1
|
|
ik = 75 w = -0.5789 eV A(k,w) = 0.18479E-05 meV^-1
|
|
ik = 75 w = -0.3158 eV A(k,w) = 0.14511E-05 meV^-1
|
|
ik = 75 w = -0.0526 eV A(k,w) = 0.11226E-05 meV^-1
|
|
ik = 75 w = 0.2105 eV A(k,w) = 0.86893E-06 meV^-1
|
|
ik = 75 w = 0.4737 eV A(k,w) = 0.67715E-06 meV^-1
|
|
ik = 75 w = 0.7368 eV A(k,w) = 0.52974E-06 meV^-1
|
|
ik = 75 w = 1.0000 eV A(k,w) = 0.41607E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
75 -4.0000 0.43217E-04
|
|
75 -3.7368 0.30922E-04
|
|
75 -3.4737 0.23293E-04
|
|
75 -3.2105 0.18175E-04
|
|
75 -2.9474 0.14454E-04
|
|
75 -2.6842 0.11489E-04
|
|
75 -2.4211 0.90274E-05
|
|
75 -2.1579 0.70526E-05
|
|
75 -1.8947 0.55316E-05
|
|
75 -1.6316 0.43752E-05
|
|
75 -1.3684 0.34997E-05
|
|
75 -1.1053 0.28333E-05
|
|
75 -0.8421 0.23019E-05
|
|
75 -0.5789 0.18479E-05
|
|
75 -0.3158 0.14511E-05
|
|
75 -0.0526 0.11226E-05
|
|
75 0.2105 0.86893E-06
|
|
75 0.4737 0.67715E-06
|
|
75 0.7368 0.52974E-06
|
|
75 1.0000 0.41607E-06
|
|
75 1 -17.3646 -4.0000 -27.7484 105.0633
|
|
75 1 -17.3646 -3.7368 -22.5692 102.8707
|
|
75 1 -17.3646 -3.4737 -17.3601 100.2229
|
|
75 1 -17.3646 -3.2105 -11.9364 97.1525
|
|
75 1 -17.3646 -2.9474 -6.0679 93.2635
|
|
75 1 -17.3646 -2.6842 -0.1276 87.7275
|
|
75 1 -17.3646 -2.4211 4.5759 80.4088
|
|
75 1 -17.3646 -2.1579 7.2176 72.4142
|
|
75 1 -17.3646 -1.8947 8.1000 64.8086
|
|
75 1 -17.3646 -1.6316 7.8357 57.9981
|
|
75 1 -17.3646 -1.3684 6.9060 52.0837
|
|
75 1 -17.3646 -1.1053 5.7920 46.9953
|
|
75 1 -17.3646 -0.8421 4.8228 42.3445
|
|
75 1 -17.3646 -0.5789 3.8947 37.6587
|
|
75 1 -17.3646 -0.3158 2.5530 32.8027
|
|
75 1 -17.3646 -0.0526 0.4895 28.1439
|
|
75 1 -17.3646 0.2105 -2.1140 24.0897
|
|
75 1 -17.3646 0.4737 -4.9147 20.6939
|
|
75 1 -17.3646 0.7368 -7.7505 17.8273
|
|
75 1 -17.3646 1.0000 -10.5806 15.4173
|
|
|
|
75 2 -6.7590 -4.0000 -62.3023 118.7288
|
|
75 2 -6.7590 -3.7368 -55.4022 119.3541
|
|
75 2 -6.7590 -3.4737 -47.9955 119.4572
|
|
75 2 -6.7590 -3.2105 -39.7285 118.9403
|
|
75 2 -6.7590 -2.9474 -30.2634 117.0557
|
|
75 2 -6.7590 -2.6842 -20.2288 112.4708
|
|
75 2 -6.7590 -2.4211 -11.6104 104.9197
|
|
75 2 -6.7590 -2.1579 -5.6954 95.9335
|
|
75 2 -6.7590 -1.8947 -2.1927 87.0108
|
|
75 2 -6.7590 -1.6316 -0.3708 78.7974
|
|
75 2 -6.7590 -1.3684 0.4133 71.5642
|
|
75 2 -6.7590 -1.1053 0.9021 65.2685
|
|
75 2 -6.7590 -0.8421 1.5923 59.3004
|
|
75 2 -6.7590 -0.5789 2.2449 52.9124
|
|
75 2 -6.7590 -0.3158 2.0397 45.9578
|
|
75 2 -6.7590 -0.0526 0.4604 39.1497
|
|
75 2 -6.7590 0.2105 -2.1445 33.2217
|
|
75 2 -6.7590 0.4737 -5.1695 28.2679
|
|
75 2 -6.7590 0.7368 -8.3476 24.0643
|
|
75 2 -6.7590 1.0000 -11.6332 20.5068
|
|
|
|
75 3 -5.2110 -4.0000 -54.0250 96.6129
|
|
75 3 -5.2110 -3.7368 -48.6514 97.5864
|
|
75 3 -5.2110 -3.4737 -42.7400 98.1756
|
|
75 3 -5.2110 -3.2105 -36.0145 98.2671
|
|
75 3 -5.2110 -2.9474 -28.1873 97.2345
|
|
75 3 -5.2110 -2.6842 -19.7715 93.9339
|
|
75 3 -5.2110 -2.4211 -12.4433 88.1158
|
|
75 3 -5.2110 -2.1579 -7.2863 81.0554
|
|
75 3 -5.2110 -1.8947 -4.0470 73.9768
|
|
75 3 -5.2110 -1.6316 -2.1492 67.3669
|
|
75 3 -5.2110 -1.3684 -1.1296 61.4579
|
|
75 3 -5.2110 -1.1053 -0.3877 56.2684
|
|
75 3 -5.2110 -0.8421 0.5211 51.3044
|
|
75 3 -5.2110 -0.5789 1.3986 45.9056
|
|
75 3 -5.2110 -0.3158 1.5021 39.9377
|
|
75 3 -5.2110 -0.0526 0.3596 34.0526
|
|
75 3 -5.2110 0.2105 -1.7130 28.9176
|
|
75 3 -5.2110 0.4737 -4.1710 24.6153
|
|
75 3 -5.2110 0.7368 -6.7841 20.9425
|
|
75 3 -5.2110 1.0000 -9.5237 17.8155
|
|
|
|
75 4 -5.2110 -4.0000 -54.1875 97.0615
|
|
75 4 -5.2110 -3.7368 -48.7707 98.0560
|
|
75 4 -5.2110 -3.4737 -42.8021 98.6503
|
|
75 4 -5.2110 -3.2105 -36.0148 98.7234
|
|
75 4 -5.2110 -2.9474 -28.1362 97.6501
|
|
75 4 -5.2110 -2.6842 -19.6874 94.2980
|
|
75 4 -5.2110 -2.4211 -12.3434 88.4273
|
|
75 4 -5.2110 -2.1579 -7.1837 81.3192
|
|
75 4 -5.2110 -1.8947 -3.9493 74.2007
|
|
75 4 -5.2110 -1.6316 -2.0583 67.5570
|
|
75 4 -5.2110 -1.3684 -1.0476 61.6159
|
|
75 4 -5.2110 -1.1053 -0.3199 56.3970
|
|
75 4 -5.2110 -0.8421 0.5707 51.4099
|
|
75 4 -5.2110 -0.5789 1.4301 45.9950
|
|
75 4 -5.2110 -0.3158 1.5179 40.0155
|
|
75 4 -5.2110 -0.0526 0.3621 34.1208
|
|
75 4 -5.2110 0.2105 -1.7227 28.9772
|
|
75 4 -5.2110 0.4737 -4.1921 24.6676
|
|
75 4 -5.2110 0.7368 -6.8159 20.9887
|
|
75 4 -5.2110 1.0000 -9.5655 17.8567
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 76 coord.: 0.3333333 0.0000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.305752 meV Im[Sigma]= 56.076487 meV Z= 1.000191 lam= -0.000191
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.714353 meV Im[Sigma]= 56.833119 meV Z= 1.000355 lam= -0.000355
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -10.546328 meV Im[Sigma]= 82.756680 meV Z= 1.018010 lam= -0.017692
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.241455 meV Im[Sigma]= 80.026272 meV Z= 1.002837 lam= -0.002829
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 76 coord.: 0.3333333 0.0000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 76 w = -4.0000 eV A(k,w) = 0.10767E-04 meV^-1
|
|
ik = 76 w = -3.7368 eV A(k,w) = 0.88349E-05 meV^-1
|
|
ik = 76 w = -3.4737 eV A(k,w) = 0.73904E-05 meV^-1
|
|
ik = 76 w = -3.2105 eV A(k,w) = 0.62647E-05 meV^-1
|
|
ik = 76 w = -2.9474 eV A(k,w) = 0.53311E-05 meV^-1
|
|
ik = 76 w = -2.6842 eV A(k,w) = 0.44870E-05 meV^-1
|
|
ik = 76 w = -2.4211 eV A(k,w) = 0.37048E-05 meV^-1
|
|
ik = 76 w = -2.1579 eV A(k,w) = 0.30245E-05 meV^-1
|
|
ik = 76 w = -1.8947 eV A(k,w) = 0.24676E-05 meV^-1
|
|
ik = 76 w = -1.6316 eV A(k,w) = 0.20216E-05 meV^-1
|
|
ik = 76 w = -1.3684 eV A(k,w) = 0.16684E-05 meV^-1
|
|
ik = 76 w = -1.1053 eV A(k,w) = 0.13889E-05 meV^-1
|
|
ik = 76 w = -0.8421 eV A(k,w) = 0.11573E-05 meV^-1
|
|
ik = 76 w = -0.5789 eV A(k,w) = 0.95103E-06 meV^-1
|
|
ik = 76 w = -0.3158 eV A(k,w) = 0.76338E-06 meV^-1
|
|
ik = 76 w = -0.0526 eV A(k,w) = 0.60287E-06 meV^-1
|
|
ik = 76 w = 0.2105 eV A(k,w) = 0.47576E-06 meV^-1
|
|
ik = 76 w = 0.4737 eV A(k,w) = 0.37754E-06 meV^-1
|
|
ik = 76 w = 0.7368 eV A(k,w) = 0.30045E-06 meV^-1
|
|
ik = 76 w = 1.0000 eV A(k,w) = 0.23988E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
76 -4.0000 0.10767E-04
|
|
76 -3.7368 0.88349E-05
|
|
76 -3.4737 0.73904E-05
|
|
76 -3.2105 0.62647E-05
|
|
76 -2.9474 0.53311E-05
|
|
76 -2.6842 0.44870E-05
|
|
76 -2.4211 0.37048E-05
|
|
76 -2.1579 0.30245E-05
|
|
76 -1.8947 0.24676E-05
|
|
76 -1.6316 0.20216E-05
|
|
76 -1.3684 0.16684E-05
|
|
76 -1.1053 0.13889E-05
|
|
76 -0.8421 0.11573E-05
|
|
76 -0.5789 0.95103E-06
|
|
76 -0.3158 0.76338E-06
|
|
76 -0.0526 0.60287E-06
|
|
76 0.2105 0.47576E-06
|
|
76 0.4737 0.37754E-06
|
|
76 0.7368 0.30045E-06
|
|
76 1.0000 0.23988E-06
|
|
76 1 -14.5793 -4.0000 -33.5465 97.8213
|
|
76 1 -14.5793 -3.7368 -28.5408 96.5699
|
|
76 1 -14.5793 -3.4737 -23.4054 94.9065
|
|
76 1 -14.5793 -3.2105 -17.9270 92.8502
|
|
76 1 -14.5793 -2.9474 -11.8331 89.9718
|
|
76 1 -14.5793 -2.6842 -5.4857 85.3667
|
|
76 1 -14.5793 -2.4211 -0.2435 78.8356
|
|
76 1 -14.5793 -2.1579 3.0077 71.4734
|
|
76 1 -14.5793 -1.8947 4.5302 64.3486
|
|
76 1 -14.5793 -1.6316 4.8930 57.8759
|
|
76 1 -14.5793 -1.3684 4.5433 52.1943
|
|
76 1 -14.5793 -1.1053 3.9699 47.2730
|
|
76 1 -14.5793 -0.8421 3.5235 42.7240
|
|
76 1 -14.5793 -0.5789 3.0910 38.0522
|
|
76 1 -14.5793 -0.3158 2.1733 33.1242
|
|
76 1 -14.5793 -0.0526 0.4349 28.3570
|
|
76 1 -14.5793 0.2105 -1.9198 24.2035
|
|
76 1 -14.5793 0.4737 -4.5141 20.7247
|
|
76 1 -14.5793 0.7368 -7.1747 17.7812
|
|
76 1 -14.5793 1.0000 -9.8622 15.3014
|
|
|
|
76 2 -10.2664 -4.0000 -44.2281 92.6924
|
|
76 2 -10.2664 -3.7368 -39.1226 92.8470
|
|
76 2 -10.2664 -3.4737 -33.6609 92.5950
|
|
76 2 -10.2664 -3.2105 -27.6025 91.8885
|
|
76 2 -10.2664 -2.9474 -20.6735 90.2028
|
|
76 2 -10.2664 -2.6842 -13.3074 86.5247
|
|
76 2 -10.2664 -2.4211 -7.0062 80.6257
|
|
76 2 -10.2664 -2.1579 -2.7533 73.6745
|
|
76 2 -10.2664 -1.8947 -0.3003 66.8081
|
|
76 2 -10.2664 -1.6316 0.9166 60.4765
|
|
76 2 -10.2664 -1.3684 1.3480 54.8626
|
|
76 2 -10.2664 -1.1053 1.5260 49.9567
|
|
76 2 -10.2664 -0.8421 1.8299 45.3283
|
|
76 2 -10.2664 -0.5789 2.1020 40.4263
|
|
76 2 -10.2664 -0.3158 1.7458 35.1328
|
|
76 2 -10.2664 -0.0526 0.3796 29.9673
|
|
76 2 -10.2664 0.2105 -1.7406 25.4700
|
|
76 2 -10.2664 0.4737 -4.1668 21.7106
|
|
76 2 -10.2664 0.7368 -6.6994 18.5234
|
|
76 2 -10.2664 1.0000 -9.3012 15.8295
|
|
|
|
76 3 -7.2955 -4.0000 -43.8413 85.0765
|
|
76 3 -7.2955 -3.7368 -39.2161 85.6998
|
|
76 3 -7.2955 -3.4737 -34.1142 85.9385
|
|
76 3 -7.2955 -3.2105 -28.3563 85.6847
|
|
76 3 -7.2955 -2.9474 -21.7428 84.4437
|
|
76 3 -7.2955 -2.6842 -14.7075 81.2937
|
|
76 3 -7.2955 -2.4211 -8.6502 76.0472
|
|
76 3 -7.2955 -2.1579 -4.4666 69.7960
|
|
76 3 -7.2955 -1.8947 -1.9188 63.5743
|
|
76 3 -7.2955 -1.6316 -0.5074 57.7795
|
|
76 3 -7.2955 -1.3684 0.1541 52.5950
|
|
76 3 -7.2955 -1.1053 0.5608 48.0412
|
|
76 3 -7.2955 -0.8421 1.0897 43.7184
|
|
76 3 -7.2955 -0.5789 1.5941 39.0817
|
|
76 3 -7.2955 -0.3158 1.4731 34.0073
|
|
76 3 -7.2955 -0.0526 0.3351 29.0197
|
|
76 3 -7.2955 0.2105 -1.5661 24.6666
|
|
76 3 -7.2955 0.4737 -3.7834 21.0194
|
|
76 3 -7.2955 0.7368 -6.1229 17.9138
|
|
76 3 -7.2955 1.0000 -8.5538 15.2788
|
|
|
|
76 4 -5.9070 -4.0000 -49.9868 88.2792
|
|
76 4 -5.9070 -3.7368 -45.0577 89.3079
|
|
76 4 -5.9070 -3.4737 -39.6011 89.9359
|
|
76 4 -5.9070 -3.2105 -33.4104 90.0591
|
|
76 4 -5.9070 -2.9474 -26.2454 89.1432
|
|
76 4 -5.9070 -2.6842 -18.5528 86.1715
|
|
76 4 -5.9070 -2.4211 -11.8454 80.9082
|
|
76 4 -5.9070 -2.1579 -7.1119 74.5159
|
|
76 4 -5.9070 -1.8947 -4.1075 68.1106
|
|
76 4 -5.9070 -1.6316 -2.3017 62.1149
|
|
76 4 -5.9070 -1.3684 -1.2914 56.7280
|
|
76 4 -5.9070 -1.1053 -0.5433 51.9775
|
|
76 4 -5.9070 -0.8421 0.3521 47.4203
|
|
76 4 -5.9070 -0.5789 1.2143 42.4481
|
|
76 4 -5.9070 -0.3158 1.3525 36.9371
|
|
76 4 -5.9070 -0.0526 0.3273 31.4970
|
|
76 4 -5.9070 0.2105 -1.5653 26.7504
|
|
76 4 -5.9070 0.4737 -3.8168 22.7735
|
|
76 4 -5.9070 0.7368 -6.2141 19.3758
|
|
76 4 -5.9070 1.0000 -8.7329 16.4802
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 77 coord.: 0.3333333 0.0000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.7489 eV Re[Sigma]= -39.580713 meV Im[Sigma]= 60.622254 meV Z= 1.003811 lam= -0.003796
|
|
E( 2 )= -10.6632 eV Re[Sigma]= -15.301440 meV Im[Sigma]= 65.094451 meV Z= 1.006752 lam= -0.006706
|
|
E( 3 )= -9.4579 eV Re[Sigma]= 2.604429 meV Im[Sigma]= 39.545526 meV Z= 0.995880 lam= 0.004137
|
|
E( 4 )= -4.5555 eV Re[Sigma]= 12.355959 meV Im[Sigma]= 124.565119 meV Z= 1.016622 lam= -0.016350
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 77 coord.: 0.3333333 0.0000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 77 w = -4.0000 eV A(k,w) = 0.88622E-04 meV^-1
|
|
ik = 77 w = -3.7368 eV A(k,w) = 0.45792E-04 meV^-1
|
|
ik = 77 w = -3.4737 eV A(k,w) = 0.28123E-04 meV^-1
|
|
ik = 77 w = -3.2105 eV A(k,w) = 0.19102E-04 meV^-1
|
|
ik = 77 w = -2.9474 eV A(k,w) = 0.13766E-04 meV^-1
|
|
ik = 77 w = -2.6842 eV A(k,w) = 0.10180E-04 meV^-1
|
|
ik = 77 w = -2.4211 eV A(k,w) = 0.75750E-05 meV^-1
|
|
ik = 77 w = -2.1579 eV A(k,w) = 0.56773E-05 meV^-1
|
|
ik = 77 w = -1.8947 eV A(k,w) = 0.43134E-05 meV^-1
|
|
ik = 77 w = -1.6316 eV A(k,w) = 0.33285E-05 meV^-1
|
|
ik = 77 w = -1.3684 eV A(k,w) = 0.26114E-05 meV^-1
|
|
ik = 77 w = -1.1053 eV A(k,w) = 0.20824E-05 meV^-1
|
|
ik = 77 w = -0.8421 eV A(k,w) = 0.16725E-05 meV^-1
|
|
ik = 77 w = -0.5789 eV A(k,w) = 0.13314E-05 meV^-1
|
|
ik = 77 w = -0.3158 eV A(k,w) = 0.10393E-05 meV^-1
|
|
ik = 77 w = -0.0526 eV A(k,w) = 0.80072E-06 meV^-1
|
|
ik = 77 w = 0.2105 eV A(k,w) = 0.61817E-06 meV^-1
|
|
ik = 77 w = 0.4737 eV A(k,w) = 0.48100E-06 meV^-1
|
|
ik = 77 w = 0.7368 eV A(k,w) = 0.37603E-06 meV^-1
|
|
ik = 77 w = 1.0000 eV A(k,w) = 0.29538E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
77 -4.0000 0.88622E-04
|
|
77 -3.7368 0.45792E-04
|
|
77 -3.4737 0.28123E-04
|
|
77 -3.2105 0.19102E-04
|
|
77 -2.9474 0.13766E-04
|
|
77 -2.6842 0.10180E-04
|
|
77 -2.4211 0.75750E-05
|
|
77 -2.1579 0.56773E-05
|
|
77 -1.8947 0.43134E-05
|
|
77 -1.6316 0.33285E-05
|
|
77 -1.3684 0.26114E-05
|
|
77 -1.1053 0.20824E-05
|
|
77 -0.8421 0.16725E-05
|
|
77 -0.5789 0.13314E-05
|
|
77 -0.3158 0.10393E-05
|
|
77 -0.0526 0.80072E-06
|
|
77 0.2105 0.61817E-06
|
|
77 0.4737 0.48100E-06
|
|
77 0.7368 0.37603E-06
|
|
77 1.0000 0.29538E-06
|
|
77 1 -13.7489 -4.0000 -38.2895 104.1666
|
|
77 1 -13.7489 -3.7368 -32.5691 103.0590
|
|
77 1 -13.7489 -3.4737 -26.7566 101.4304
|
|
77 1 -13.7489 -3.2105 -20.6026 99.3687
|
|
77 1 -13.7489 -2.9474 -13.7609 96.4026
|
|
77 1 -13.7489 -2.6842 -6.6247 91.5117
|
|
77 1 -13.7489 -2.4211 -0.6974 84.4673
|
|
77 1 -13.7489 -2.1579 3.0333 76.4637
|
|
77 1 -13.7489 -1.8947 4.8287 68.6809
|
|
77 1 -13.7489 -1.6316 5.3010 61.6059
|
|
77 1 -13.7489 -1.3684 4.9601 55.4148
|
|
77 1 -13.7489 -1.1053 4.3591 50.0684
|
|
77 1 -13.7489 -0.8421 3.8754 45.1383
|
|
77 1 -13.7489 -0.5789 3.3823 40.1011
|
|
77 1 -13.7489 -0.3158 2.3580 34.8297
|
|
77 1 -13.7489 -0.0526 0.4684 29.7674
|
|
77 1 -13.7489 0.2105 -2.0572 25.3802
|
|
77 1 -13.7489 0.4737 -4.8182 21.7207
|
|
77 1 -13.7489 0.7368 -7.6321 18.6325
|
|
77 1 -13.7489 1.0000 -10.4611 16.0325
|
|
|
|
77 2 -10.6632 -4.0000 -40.7014 94.3934
|
|
77 2 -10.6632 -3.7368 -35.7324 94.0230
|
|
77 2 -10.6632 -3.4737 -30.5044 93.2885
|
|
77 2 -10.6632 -3.2105 -24.7590 92.1810
|
|
77 2 -10.6632 -2.9474 -18.1859 90.1900
|
|
77 2 -10.6632 -2.6842 -11.1913 86.3056
|
|
77 2 -10.6632 -2.4211 -5.2377 80.2964
|
|
77 2 -10.6632 -2.1579 -1.2775 73.2917
|
|
77 2 -10.6632 -1.8947 0.9243 66.3902
|
|
77 2 -10.6632 -1.6316 1.9096 60.0349
|
|
77 2 -10.6632 -1.3684 2.1191 54.4137
|
|
77 2 -10.6632 -1.1053 2.0806 49.5252
|
|
77 2 -10.6632 -0.8421 2.1821 44.9521
|
|
77 2 -10.6632 -0.5789 2.2888 40.1424
|
|
77 2 -10.6632 -0.3158 1.8196 34.9562
|
|
77 2 -10.6632 -0.0526 0.3883 29.8877
|
|
77 2 -10.6632 0.2105 -1.7656 25.4630
|
|
77 2 -10.6632 0.4737 -4.2119 21.7491
|
|
77 2 -10.6632 0.7368 -6.7638 18.5872
|
|
77 2 -10.6632 1.0000 -9.3883 15.9074
|
|
|
|
77 3 -9.4579 -4.0000 -30.5472 66.5100
|
|
77 3 -9.4579 -3.7368 -27.1417 66.8285
|
|
77 3 -9.4579 -3.4737 -23.3303 66.8001
|
|
77 3 -9.4579 -3.2105 -19.0564 66.3171
|
|
77 3 -9.4579 -2.9474 -14.2361 65.0668
|
|
77 3 -9.4579 -2.6842 -9.1759 62.4320
|
|
77 3 -9.4579 -2.4211 -4.8776 58.2891
|
|
77 3 -9.4579 -2.1579 -1.9867 53.4496
|
|
77 3 -9.4579 -1.8947 -0.3046 48.6797
|
|
77 3 -9.4579 -1.6316 0.5568 44.2549
|
|
77 3 -9.4579 -1.3684 0.8756 40.2902
|
|
77 3 -9.4579 -1.1053 1.0049 36.8049
|
|
77 3 -9.4579 -0.8421 1.2316 33.5130
|
|
77 3 -9.4579 -0.5789 1.4603 30.0022
|
|
77 3 -9.4579 -0.3158 1.2430 26.1637
|
|
77 3 -9.4579 -0.0526 0.2741 22.3813
|
|
77 3 -9.4579 0.2105 -1.2664 19.0692
|
|
77 3 -9.4579 0.4737 -3.0462 16.2872
|
|
77 3 -9.4579 0.7368 -4.9189 13.9169
|
|
77 3 -9.4579 1.0000 -6.8579 11.9070
|
|
|
|
77 4 -4.5555 -4.0000 -59.1830 106.2333
|
|
77 4 -4.5555 -3.7368 -53.1723 107.1507
|
|
77 4 -4.5555 -3.4737 -46.6043 107.6160
|
|
77 4 -4.5555 -3.2105 -39.2132 107.5236
|
|
77 4 -4.5555 -2.9474 -30.6870 106.2274
|
|
77 4 -4.5555 -2.6842 -21.5657 102.5037
|
|
77 4 -4.5555 -2.4211 -13.6520 96.0928
|
|
77 4 -4.5555 -2.1579 -8.0968 88.3823
|
|
77 4 -4.5555 -1.8947 -4.6024 80.6862
|
|
77 4 -4.5555 -1.6316 -2.5383 73.5093
|
|
77 4 -4.5555 -1.3684 -1.4137 67.0894
|
|
77 4 -4.5555 -1.1053 -0.5869 61.4499
|
|
77 4 -4.5555 -0.8421 0.4286 56.0591
|
|
77 4 -4.5555 -0.5789 1.4241 50.1921
|
|
77 4 -4.5555 -0.3158 1.5841 43.6915
|
|
77 4 -4.5555 -0.0526 0.3835 37.2694
|
|
77 4 -4.5555 0.2105 -1.8345 31.6588
|
|
77 4 -4.5555 0.4737 -4.4758 26.9489
|
|
77 4 -4.5555 0.7368 -7.2942 22.9185
|
|
77 4 -4.5555 1.0000 -10.2613 19.4821
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 78 coord.: 0.3333333 0.0000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.622534 meV Im[Sigma]= 68.210957 meV Z= 1.015079 lam= -0.014855
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.103374 meV Im[Sigma]= 57.853097 meV Z= 1.005376 lam= -0.005347
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.340404 meV Im[Sigma]= 120.237258 meV Z= 1.022394 lam= -0.021904
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 72.264980 meV Im[Sigma]= 163.896209 meV Z= 1.043274 lam= -0.041479
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 78 coord.: 0.3333333 0.0000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 78 w = -4.0000 eV A(k,w) = 0.47030E-04 meV^-1
|
|
ik = 78 w = -3.7368 eV A(k,w) = 0.55768E-04 meV^-1
|
|
ik = 78 w = -3.4737 eV A(k,w) = 0.83243E-04 meV^-1
|
|
ik = 78 w = -3.2105 eV A(k,w) = 0.16540E-03 meV^-1
|
|
ik = 78 w = -2.9474 eV A(k,w) = 0.53012E-03 meV^-1
|
|
ik = 78 w = -2.6842 eV A(k,w) = 0.25226E-02 meV^-1
|
|
ik = 78 w = -2.4211 eV A(k,w) = 0.48175E-03 meV^-1
|
|
ik = 78 w = -2.1579 eV A(k,w) = 0.13000E-03 meV^-1
|
|
ik = 78 w = -1.8947 eV A(k,w) = 0.54861E-04 meV^-1
|
|
ik = 78 w = -1.6316 eV A(k,w) = 0.28805E-04 meV^-1
|
|
ik = 78 w = -1.3684 eV A(k,w) = 0.17199E-04 meV^-1
|
|
ik = 78 w = -1.1053 eV A(k,w) = 0.11183E-04 meV^-1
|
|
ik = 78 w = -0.8421 eV A(k,w) = 0.76612E-05 meV^-1
|
|
ik = 78 w = -0.5789 eV A(k,w) = 0.53649E-05 meV^-1
|
|
ik = 78 w = -0.3158 eV A(k,w) = 0.37652E-05 meV^-1
|
|
ik = 78 w = -0.0526 eV A(k,w) = 0.26507E-05 meV^-1
|
|
ik = 78 w = 0.2105 eV A(k,w) = 0.18936E-05 meV^-1
|
|
ik = 78 w = 0.4737 eV A(k,w) = 0.13776E-05 meV^-1
|
|
ik = 78 w = 0.7368 eV A(k,w) = 0.10156E-05 meV^-1
|
|
ik = 78 w = 1.0000 eV A(k,w) = 0.75761E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
78 -4.0000 0.47030E-04
|
|
78 -3.7368 0.55768E-04
|
|
78 -3.4737 0.83243E-04
|
|
78 -3.2105 0.16540E-03
|
|
78 -2.9474 0.53012E-03
|
|
78 -2.6842 0.25226E-02
|
|
78 -2.4211 0.48175E-03
|
|
78 -2.1579 0.13000E-03
|
|
78 -1.8947 0.54861E-04
|
|
78 -1.6316 0.28805E-04
|
|
78 -1.3684 0.17199E-04
|
|
78 -1.1053 0.11183E-04
|
|
78 -0.8421 0.76612E-05
|
|
78 -0.5789 0.53649E-05
|
|
78 -0.3158 0.37652E-05
|
|
78 -0.0526 0.26507E-05
|
|
78 0.2105 0.18936E-05
|
|
78 0.4737 0.13776E-05
|
|
78 0.7368 0.10156E-05
|
|
78 1.0000 0.75761E-06
|
|
78 1 -16.6105 -4.0000 -32.3429 106.6443
|
|
78 1 -16.6105 -3.7368 -26.6736 104.8743
|
|
78 1 -16.6105 -3.4737 -20.9512 102.5580
|
|
78 1 -16.6105 -3.2105 -14.9888 99.7468
|
|
78 1 -16.6105 -2.9474 -8.5383 96.0286
|
|
78 1 -16.6105 -2.6842 -1.9923 90.5316
|
|
78 1 -16.6105 -2.4211 3.2790 83.1100
|
|
78 1 -16.6105 -2.1579 6.4087 74.9053
|
|
78 1 -16.6105 -1.8947 7.6846 67.0127
|
|
78 1 -16.6105 -1.6316 7.7030 59.8685
|
|
78 1 -16.6105 -1.3684 6.9436 53.6167
|
|
78 1 -16.6105 -1.1053 5.9104 48.2223
|
|
78 1 -16.6105 -0.8421 4.9627 43.3094
|
|
78 1 -16.6105 -0.5789 4.0177 38.4033
|
|
78 1 -16.6105 -0.3158 2.6306 33.3658
|
|
78 1 -16.6105 -0.0526 0.5033 28.5667
|
|
78 1 -16.6105 0.2105 -2.1691 24.4113
|
|
78 1 -16.6105 0.4737 -5.0327 20.9460
|
|
78 1 -16.6105 0.7368 -7.9202 18.0310
|
|
78 1 -16.6105 1.0000 -10.7913 15.5849
|
|
|
|
78 2 -10.7517 -4.0000 -34.2673 81.7753
|
|
78 2 -10.7517 -3.7368 -29.8625 81.2978
|
|
78 2 -10.7517 -3.4737 -25.3302 80.4854
|
|
78 2 -10.7517 -3.2105 -20.4311 79.3731
|
|
78 2 -10.7517 -2.9474 -14.8648 77.5471
|
|
78 2 -10.7517 -2.6842 -8.9443 74.1351
|
|
78 2 -10.7517 -2.4211 -3.9169 68.9156
|
|
78 2 -10.7517 -2.1579 -0.6112 62.8572
|
|
78 2 -10.7517 -1.8947 1.1825 56.9148
|
|
78 2 -10.7517 -1.6316 1.9464 51.4637
|
|
78 2 -10.7517 -1.3684 2.0634 46.6497
|
|
78 2 -10.7517 -1.1053 1.9801 42.4616
|
|
78 2 -10.7517 -0.8421 2.0209 38.5390
|
|
78 2 -10.7517 -0.5789 2.0640 34.4126
|
|
78 2 -10.7517 -0.3158 1.6127 29.9688
|
|
78 2 -10.7517 -0.0526 0.3411 25.6312
|
|
78 2 -10.7517 0.2105 -1.5447 21.8472
|
|
78 2 -10.7517 0.4737 -3.6769 18.6736
|
|
78 2 -10.7517 0.7368 -5.8949 15.9738
|
|
78 2 -10.7517 1.0000 -8.1706 13.6862
|
|
|
|
78 3 -5.2472 -4.0000 -58.5132 109.5737
|
|
78 3 -5.2472 -3.7368 -52.0698 110.3224
|
|
78 3 -5.2472 -3.4737 -45.1869 110.5031
|
|
78 3 -5.2472 -3.2105 -37.5734 110.1141
|
|
78 3 -5.2472 -2.9474 -28.8437 108.5223
|
|
78 3 -5.2472 -2.6842 -19.5168 104.4422
|
|
78 3 -5.2472 -2.4211 -11.4632 97.5740
|
|
78 3 -5.2472 -2.1579 -5.9080 89.3549
|
|
78 3 -5.2472 -1.8947 -2.5597 81.1843
|
|
78 3 -5.2472 -1.6316 -0.7383 73.6268
|
|
78 3 -5.2472 -1.3684 0.1158 66.9239
|
|
78 3 -5.2472 -1.1053 0.6732 61.0564
|
|
78 3 -5.2472 -0.8421 1.3946 55.4713
|
|
78 3 -5.2472 -0.5789 2.0559 49.4809
|
|
78 3 -5.2472 -0.3158 1.8923 42.9590
|
|
78 3 -5.2472 -0.0526 0.4289 36.5805
|
|
78 3 -5.2472 0.2105 -2.0004 31.0319
|
|
78 3 -5.2472 0.4737 -4.8256 26.3992
|
|
78 3 -5.2472 0.7368 -7.7947 22.4713
|
|
78 3 -5.2472 1.0000 -10.8640 19.1492
|
|
|
|
78 4 -2.6593 -4.0000 -74.6776 132.0257
|
|
78 4 -2.6593 -3.7368 -66.5860 133.0502
|
|
78 4 -2.6593 -3.4737 -58.0213 133.3910
|
|
78 4 -2.6593 -3.2105 -48.5931 133.0532
|
|
78 4 -2.6593 -2.9474 -37.8273 131.2519
|
|
78 4 -2.6593 -2.6842 -26.3720 126.4430
|
|
78 4 -2.6593 -2.4211 -16.4686 118.3026
|
|
78 4 -2.6593 -2.1579 -9.5471 108.5565
|
|
78 4 -2.6593 -1.8947 -5.2497 98.8523
|
|
78 4 -2.6593 -1.6316 -2.7785 89.8569
|
|
78 4 -2.6593 -1.3684 -1.4702 81.8721
|
|
78 4 -2.6593 -1.1053 -0.5032 74.8835
|
|
78 4 -2.6593 -0.8421 0.6979 68.2054
|
|
78 4 -2.6593 -0.5789 1.8544 60.9655
|
|
78 4 -2.6593 -0.3158 1.9874 52.9908
|
|
78 4 -2.6593 -0.0526 0.4757 45.1367
|
|
78 4 -2.6593 0.2105 -2.2678 38.2813
|
|
78 4 -2.6593 0.4737 -5.5280 32.5370
|
|
78 4 -2.6593 0.7368 -8.9982 27.6426
|
|
78 4 -2.6593 1.0000 -12.6308 23.4883
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 79 coord.: 0.3333333 0.1666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.005728 meV Im[Sigma]= 43.009067 meV Z= 1.007519 lam= -0.007463
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.493207 meV Im[Sigma]= 103.624950 meV Z= 1.018621 lam= -0.018280
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 46.957292 meV Im[Sigma]= 163.846656 meV Z= 1.034365 lam= -0.033223
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.524873 meV Im[Sigma]= 170.824494 meV Z= 1.043891 lam= -0.042045
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 79 coord.: 0.3333333 0.1666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 79 w = -4.0000 eV A(k,w) = 0.12241E-03 meV^-1
|
|
ik = 79 w = -3.7368 eV A(k,w) = 0.28611E-03 meV^-1
|
|
ik = 79 w = -3.4737 eV A(k,w) = 0.13006E-02 meV^-1
|
|
ik = 79 w = -3.2105 eV A(k,w) = 0.14067E-02 meV^-1
|
|
ik = 79 w = -2.9474 eV A(k,w) = 0.64294E-03 meV^-1
|
|
ik = 79 w = -2.6842 eV A(k,w) = 0.21305E-02 meV^-1
|
|
ik = 79 w = -2.4211 eV A(k,w) = 0.77361E-03 meV^-1
|
|
ik = 79 w = -2.1579 eV A(k,w) = 0.19334E-03 meV^-1
|
|
ik = 79 w = -1.8947 eV A(k,w) = 0.80421E-04 meV^-1
|
|
ik = 79 w = -1.6316 eV A(k,w) = 0.42236E-04 meV^-1
|
|
ik = 79 w = -1.3684 eV A(k,w) = 0.25247E-04 meV^-1
|
|
ik = 79 w = -1.1053 eV A(k,w) = 0.16405E-04 meV^-1
|
|
ik = 79 w = -0.8421 eV A(k,w) = 0.11214E-04 meV^-1
|
|
ik = 79 w = -0.5789 eV A(k,w) = 0.78281E-05 meV^-1
|
|
ik = 79 w = -0.3158 eV A(k,w) = 0.54751E-05 meV^-1
|
|
ik = 79 w = -0.0526 eV A(k,w) = 0.38398E-05 meV^-1
|
|
ik = 79 w = 0.2105 eV A(k,w) = 0.27315E-05 meV^-1
|
|
ik = 79 w = 0.4737 eV A(k,w) = 0.19784E-05 meV^-1
|
|
ik = 79 w = 0.7368 eV A(k,w) = 0.14524E-05 meV^-1
|
|
ik = 79 w = 1.0000 eV A(k,w) = 0.10793E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
79 -4.0000 0.12241E-03
|
|
79 -3.7368 0.28611E-03
|
|
79 -3.4737 0.13006E-02
|
|
79 -3.2105 0.14067E-02
|
|
79 -2.9474 0.64294E-03
|
|
79 -2.6842 0.21305E-02
|
|
79 -2.4211 0.77361E-03
|
|
79 -2.1579 0.19334E-03
|
|
79 -1.8947 0.80421E-04
|
|
79 -1.6316 0.42236E-04
|
|
79 -1.3684 0.25247E-04
|
|
79 -1.1053 0.16405E-04
|
|
79 -0.8421 0.11214E-04
|
|
79 -0.5789 0.78281E-05
|
|
79 -0.3158 0.54751E-05
|
|
79 -0.0526 0.38398E-05
|
|
79 0.2105 0.27315E-05
|
|
79 0.4737 0.19784E-05
|
|
79 0.7368 0.14524E-05
|
|
79 1.0000 0.10793E-05
|
|
79 1 -18.6527 -4.0000 -30.1609 117.1587
|
|
79 1 -18.6527 -3.7368 -24.0885 114.6328
|
|
79 1 -18.6527 -3.4737 -17.9812 111.5095
|
|
79 1 -18.6527 -3.2105 -11.7041 107.8032
|
|
79 1 -18.6527 -2.9474 -5.0804 103.1276
|
|
79 1 -18.6527 -2.6842 1.4749 96.6746
|
|
79 1 -18.6527 -2.4211 6.6034 88.3514
|
|
79 1 -18.6527 -2.1579 9.4697 79.3399
|
|
79 1 -18.6527 -1.8947 10.4056 70.7548
|
|
79 1 -18.6527 -1.6316 10.0499 63.0251
|
|
79 1 -18.6527 -1.3684 8.9010 56.2716
|
|
79 1 -18.6527 -1.1053 7.4608 50.4507
|
|
79 1 -18.6527 -0.8421 6.0965 45.1960
|
|
79 1 -18.6527 -0.5789 4.7522 40.0336
|
|
79 1 -18.6527 -0.3158 3.0066 34.8035
|
|
79 1 -18.6527 -0.0526 0.5627 29.8462
|
|
79 1 -18.6527 0.2105 -2.3975 25.5519
|
|
79 1 -18.6527 0.4737 -5.5313 21.9660
|
|
79 1 -18.6527 0.7368 -8.6725 18.9519
|
|
79 1 -18.6527 1.0000 -11.7773 16.4267
|
|
|
|
79 2 -6.9063 -4.0000 -50.7960 105.1380
|
|
79 2 -6.9063 -3.7368 -44.9086 105.1240
|
|
79 2 -6.9063 -3.4737 -38.7454 104.7038
|
|
79 2 -6.9063 -3.2105 -31.9519 103.8888
|
|
79 2 -6.9063 -2.9474 -24.1237 102.0514
|
|
79 2 -6.9063 -2.6842 -15.7391 97.9740
|
|
79 2 -6.9063 -2.4211 -8.5186 91.3737
|
|
79 2 -6.9063 -2.1579 -3.5797 83.5528
|
|
79 2 -6.9063 -1.8947 -0.6732 75.7746
|
|
79 2 -6.9063 -1.6316 0.7994 68.5681
|
|
79 2 -6.9063 -1.3684 1.3504 62.1769
|
|
79 2 -6.9063 -1.1053 1.6036 56.5958
|
|
79 2 -6.9063 -0.8421 1.9922 51.3292
|
|
79 2 -6.9063 -0.5789 2.3330 45.7543
|
|
79 2 -6.9063 -0.3158 1.9516 39.7449
|
|
79 2 -6.9063 -0.0526 0.4251 33.8930
|
|
79 2 -6.9063 0.2105 -1.9489 28.8044
|
|
79 2 -6.9063 0.4737 -4.6633 24.5498
|
|
79 2 -6.9063 0.7368 -7.4971 20.9379
|
|
79 2 -6.9063 1.0000 -10.4130 17.8809
|
|
|
|
79 3 -3.2910 -4.0000 -68.2117 124.7417
|
|
79 3 -3.2910 -3.7368 -61.1015 125.5186
|
|
79 3 -3.2910 -3.4737 -53.5107 125.8350
|
|
79 3 -3.2910 -3.2105 -44.9933 125.6566
|
|
79 3 -3.2910 -2.9474 -35.0534 124.1645
|
|
79 3 -3.2910 -2.6842 -24.3136 119.8076
|
|
79 3 -3.2910 -2.4211 -14.9526 112.2278
|
|
79 3 -3.2910 -2.1579 -8.3742 103.0568
|
|
79 3 -3.2910 -1.8947 -4.2658 93.8582
|
|
79 3 -3.2910 -1.6316 -1.9022 85.2674
|
|
79 3 -3.2910 -1.3684 -0.6807 77.5919
|
|
79 3 -3.2910 -1.1053 0.1673 70.8435
|
|
79 3 -3.2910 -0.8421 1.1836 64.3973
|
|
79 3 -3.2910 -0.5789 2.1128 57.4580
|
|
79 3 -3.2910 -0.3158 2.0619 49.8818
|
|
79 3 -3.2910 -0.0526 0.4774 42.4637
|
|
79 3 -3.2910 0.2105 -2.2456 36.0094
|
|
79 3 -3.2910 0.4737 -5.4376 30.6175
|
|
79 3 -3.2910 0.7368 -8.8063 26.0391
|
|
79 3 -3.2910 1.0000 -12.3043 22.1614
|
|
|
|
79 4 -2.6027 -4.0000 -76.7449 139.8806
|
|
79 4 -2.6027 -3.7368 -68.5908 140.7701
|
|
79 4 -2.6027 -3.4737 -59.8587 141.1171
|
|
79 4 -2.6027 -3.2105 -50.0735 140.8178
|
|
79 4 -2.6027 -2.9474 -38.7759 138.9563
|
|
79 4 -2.6027 -2.6842 -26.6995 133.8974
|
|
79 4 -2.6027 -2.4211 -16.2017 125.3044
|
|
79 4 -2.6027 -2.1579 -8.7835 114.9468
|
|
79 4 -2.6027 -1.8947 -4.1364 104.5090
|
|
79 4 -2.6027 -1.6316 -1.5096 94.7291
|
|
79 4 -2.6027 -1.3684 -0.2268 86.0004
|
|
79 4 -2.6027 -1.1053 0.5917 78.3581
|
|
79 4 -2.6027 -0.8421 1.5725 71.1222
|
|
79 4 -2.6027 -0.5789 2.4698 63.4137
|
|
79 4 -2.6027 -0.3158 2.3286 55.0444
|
|
79 4 -2.6027 -0.0526 0.5337 46.8528
|
|
79 4 -2.6027 0.2105 -2.5036 39.7140
|
|
79 4 -2.6027 0.4737 -6.0610 33.7450
|
|
79 4 -2.6027 0.7368 -9.8161 28.6837
|
|
79 4 -2.6027 1.0000 -13.7071 24.4080
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 80 coord.: 0.3333333 0.1666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -19.4313 eV Re[Sigma]= -66.035137 meV Im[Sigma]= 34.912742 meV Z= 1.000969 lam= -0.000969
|
|
E( 2 )= -5.3692 eV Re[Sigma]= -1.131741 meV Im[Sigma]= 135.237050 meV Z= 1.027486 lam= -0.026751
|
|
E( 3 )= -3.4193 eV Re[Sigma]= 47.454415 meV Im[Sigma]= 173.778920 meV Z= 1.035223 lam= -0.034025
|
|
E( 4 )= -0.9512 eV Re[Sigma]= 116.888126 meV Im[Sigma]= 86.616956 meV Z= 1.004789 lam= -0.004766
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 80 coord.: 0.3333333 0.1666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 80 w = -4.0000 eV A(k,w) = 0.17705E-03 meV^-1
|
|
ik = 80 w = -3.7368 eV A(k,w) = 0.53487E-03 meV^-1
|
|
ik = 80 w = -3.4737 eV A(k,w) = 0.23925E-02 meV^-1
|
|
ik = 80 w = -3.2105 eV A(k,w) = 0.53557E-03 meV^-1
|
|
ik = 80 w = -2.9474 eV A(k,w) = 0.17271E-03 meV^-1
|
|
ik = 80 w = -2.6842 eV A(k,w) = 0.89967E-04 meV^-1
|
|
ik = 80 w = -2.4211 eV A(k,w) = 0.61692E-04 meV^-1
|
|
ik = 80 w = -2.1579 eV A(k,w) = 0.53213E-04 meV^-1
|
|
ik = 80 w = -1.8947 eV A(k,w) = 0.58225E-04 meV^-1
|
|
ik = 80 w = -1.6316 eV A(k,w) = 0.83804E-04 meV^-1
|
|
ik = 80 w = -1.3684 eV A(k,w) = 0.17871E-03 meV^-1
|
|
ik = 80 w = -1.1053 eV A(k,w) = 0.90384E-03 meV^-1
|
|
ik = 80 w = -0.8421 eV A(k,w) = 0.14245E-02 meV^-1
|
|
ik = 80 w = -0.5789 eV A(k,w) = 0.16643E-03 meV^-1
|
|
ik = 80 w = -0.3158 eV A(k,w) = 0.52158E-04 meV^-1
|
|
ik = 80 w = -0.0526 eV A(k,w) = 0.22933E-04 meV^-1
|
|
ik = 80 w = 0.2105 eV A(k,w) = 0.11988E-04 meV^-1
|
|
ik = 80 w = 0.4737 eV A(k,w) = 0.69789E-05 meV^-1
|
|
ik = 80 w = 0.7368 eV A(k,w) = 0.43539E-05 meV^-1
|
|
ik = 80 w = 1.0000 eV A(k,w) = 0.28537E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
80 -4.0000 0.17705E-03
|
|
80 -3.7368 0.53487E-03
|
|
80 -3.4737 0.23925E-02
|
|
80 -3.2105 0.53557E-03
|
|
80 -2.9474 0.17271E-03
|
|
80 -2.6842 0.89967E-04
|
|
80 -2.4211 0.61692E-04
|
|
80 -2.1579 0.53213E-04
|
|
80 -1.8947 0.58225E-04
|
|
80 -1.6316 0.83804E-04
|
|
80 -1.3684 0.17871E-03
|
|
80 -1.1053 0.90384E-03
|
|
80 -0.8421 0.14245E-02
|
|
80 -0.5789 0.16643E-03
|
|
80 -0.3158 0.52158E-04
|
|
80 -0.0526 0.22933E-04
|
|
80 0.2105 0.11988E-04
|
|
80 0.4737 0.69789E-05
|
|
80 0.7368 0.43539E-05
|
|
80 1.0000 0.28537E-05
|
|
80 1 -19.4313 -4.0000 -31.8114 122.9628
|
|
80 1 -19.4313 -3.7368 -25.4333 120.4390
|
|
80 1 -19.4313 -3.4737 -18.9530 117.2686
|
|
80 1 -19.4313 -3.2105 -12.2480 113.4242
|
|
80 1 -19.4313 -2.9474 -5.1886 108.4917
|
|
80 1 -19.4313 -2.6842 1.7583 101.6619
|
|
80 1 -19.4313 -2.4211 7.1789 92.8683
|
|
80 1 -19.4313 -2.1579 10.2121 83.3556
|
|
80 1 -19.4313 -1.8947 11.2137 74.2904
|
|
80 1 -19.4313 -1.6316 10.8567 66.1138
|
|
80 1 -19.4313 -1.3684 9.6495 58.9422
|
|
80 1 -19.4313 -1.1053 8.0944 52.7455
|
|
80 1 -19.4313 -0.8421 6.5806 47.1758
|
|
80 1 -19.4313 -0.5789 5.0841 41.7520
|
|
80 1 -19.4313 -0.3158 3.1930 36.2877
|
|
80 1 -19.4313 -0.0526 0.5954 31.1118
|
|
80 1 -19.4313 0.2105 -2.5344 26.6243
|
|
80 1 -19.4313 0.4737 -5.8460 22.8796
|
|
80 1 -19.4313 0.7368 -9.1616 19.7408
|
|
80 1 -19.4313 1.0000 -12.4298 17.1181
|
|
|
|
80 2 -5.3692 -4.0000 -60.2114 121.3491
|
|
80 2 -5.3692 -3.7368 -53.2214 121.5470
|
|
80 2 -5.3692 -3.4737 -45.8496 121.2655
|
|
80 2 -5.3692 -3.2105 -37.6675 120.4670
|
|
80 2 -5.3692 -2.9474 -28.2422 118.3678
|
|
80 2 -5.3692 -2.6842 -18.1982 113.5359
|
|
80 2 -5.3692 -2.4211 -9.6071 105.6715
|
|
80 2 -5.3692 -2.1579 -3.8089 96.3685
|
|
80 2 -5.3692 -1.8947 -0.4783 87.1824
|
|
80 2 -5.3692 -1.6316 1.1593 78.7474
|
|
80 2 -5.3692 -1.3684 1.7420 71.3091
|
|
80 2 -5.3692 -1.1053 1.9892 64.8299
|
|
80 2 -5.3692 -0.8421 2.3899 58.7335
|
|
80 2 -5.3692 -0.5789 2.7354 52.3090
|
|
80 2 -5.3692 -0.3158 2.2615 45.4102
|
|
80 2 -5.3692 -0.0526 0.4898 38.7068
|
|
80 2 -5.3692 0.2105 -2.2394 32.8836
|
|
80 2 -5.3692 0.4737 -5.3496 28.0171
|
|
80 2 -5.3692 0.7368 -8.5910 23.8872
|
|
80 2 -5.3692 1.0000 -11.9216 20.3931
|
|
|
|
80 3 -3.4193 -4.0000 -70.4033 133.1261
|
|
80 3 -3.4193 -3.7368 -62.6736 133.8931
|
|
80 3 -3.4193 -3.4737 -54.3581 134.0997
|
|
80 3 -3.4193 -3.2105 -45.0322 133.6154
|
|
80 3 -3.4193 -2.9474 -34.3169 131.5571
|
|
80 3 -3.4193 -2.6842 -22.9674 126.4010
|
|
80 3 -3.4193 -2.4211 -13.2654 117.8870
|
|
80 3 -3.4193 -2.1579 -6.6415 107.7974
|
|
80 3 -3.4193 -1.8947 -2.7087 97.8246
|
|
80 3 -3.4193 -1.6316 -0.6205 88.6476
|
|
80 3 -3.4193 -1.3684 0.3197 80.5414
|
|
80 3 -3.4193 -1.1053 0.9220 73.4618
|
|
80 3 -3.4193 -0.8421 1.7331 66.7366
|
|
80 3 -3.4193 -0.5789 2.4863 59.5414
|
|
80 3 -3.4193 -0.3158 2.2715 51.7155
|
|
80 3 -3.4193 -0.0526 0.5140 44.0540
|
|
80 3 -3.4193 0.2105 -2.3983 37.3759
|
|
80 3 -3.4193 0.4737 -5.7911 31.7890
|
|
80 3 -3.4193 0.7368 -9.3656 27.0487
|
|
80 3 -3.4193 1.0000 -13.0646 23.0424
|
|
|
|
80 4 -0.9512 -4.0000 -91.0086 158.6792
|
|
80 4 -0.9512 -3.7368 -81.6313 160.2133
|
|
80 4 -0.9512 -3.4737 -71.4480 161.1612
|
|
80 4 -0.9512 -3.2105 -59.8860 161.3180
|
|
80 4 -0.9512 -2.9474 -46.4432 159.5520
|
|
80 4 -0.9512 -2.6842 -32.0193 153.9046
|
|
80 4 -0.9512 -2.4211 -19.4673 143.9355
|
|
80 4 -0.9512 -2.1579 -10.6869 131.7847
|
|
80 4 -0.9512 -1.8947 -5.3266 119.6019
|
|
80 4 -0.9512 -1.6316 -2.3752 108.3325
|
|
80 4 -0.9512 -1.3684 -0.9427 98.3894
|
|
80 4 -0.9512 -1.1053 0.0166 89.7538
|
|
80 4 -0.9512 -0.8421 1.2299 81.6046
|
|
80 4 -0.9512 -0.5789 2.4146 72.8929
|
|
80 4 -0.9512 -0.3158 2.4467 63.3658
|
|
80 4 -0.9512 -0.0526 0.5770 53.9837
|
|
80 4 -0.9512 0.2105 -2.7415 45.7720
|
|
80 4 -0.9512 0.4737 -6.6835 38.8770
|
|
80 4 -0.9512 0.7368 -10.8858 33.0085
|
|
80 4 -0.9512 1.0000 -15.2766 28.0433
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 81 coord.: 0.3333333 0.1666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.005691 meV Im[Sigma]= 43.009314 meV Z= 1.007519 lam= -0.007463
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.493323 meV Im[Sigma]= 103.624642 meV Z= 1.018621 lam= -0.018280
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 46.957140 meV Im[Sigma]= 163.846289 meV Z= 1.034365 lam= -0.033223
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.525079 meV Im[Sigma]= 170.824387 meV Z= 1.043891 lam= -0.042045
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 81 coord.: 0.3333333 0.1666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 81 w = -4.0000 eV A(k,w) = 0.12241E-03 meV^-1
|
|
ik = 81 w = -3.7368 eV A(k,w) = 0.28611E-03 meV^-1
|
|
ik = 81 w = -3.4737 eV A(k,w) = 0.13006E-02 meV^-1
|
|
ik = 81 w = -3.2105 eV A(k,w) = 0.14067E-02 meV^-1
|
|
ik = 81 w = -2.9474 eV A(k,w) = 0.64294E-03 meV^-1
|
|
ik = 81 w = -2.6842 eV A(k,w) = 0.21305E-02 meV^-1
|
|
ik = 81 w = -2.4211 eV A(k,w) = 0.77361E-03 meV^-1
|
|
ik = 81 w = -2.1579 eV A(k,w) = 0.19334E-03 meV^-1
|
|
ik = 81 w = -1.8947 eV A(k,w) = 0.80421E-04 meV^-1
|
|
ik = 81 w = -1.6316 eV A(k,w) = 0.42236E-04 meV^-1
|
|
ik = 81 w = -1.3684 eV A(k,w) = 0.25247E-04 meV^-1
|
|
ik = 81 w = -1.1053 eV A(k,w) = 0.16405E-04 meV^-1
|
|
ik = 81 w = -0.8421 eV A(k,w) = 0.11214E-04 meV^-1
|
|
ik = 81 w = -0.5789 eV A(k,w) = 0.78281E-05 meV^-1
|
|
ik = 81 w = -0.3158 eV A(k,w) = 0.54751E-05 meV^-1
|
|
ik = 81 w = -0.0526 eV A(k,w) = 0.38398E-05 meV^-1
|
|
ik = 81 w = 0.2105 eV A(k,w) = 0.27315E-05 meV^-1
|
|
ik = 81 w = 0.4737 eV A(k,w) = 0.19784E-05 meV^-1
|
|
ik = 81 w = 0.7368 eV A(k,w) = 0.14524E-05 meV^-1
|
|
ik = 81 w = 1.0000 eV A(k,w) = 0.10793E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
81 -4.0000 0.12241E-03
|
|
81 -3.7368 0.28611E-03
|
|
81 -3.4737 0.13006E-02
|
|
81 -3.2105 0.14067E-02
|
|
81 -2.9474 0.64294E-03
|
|
81 -2.6842 0.21305E-02
|
|
81 -2.4211 0.77361E-03
|
|
81 -2.1579 0.19334E-03
|
|
81 -1.8947 0.80421E-04
|
|
81 -1.6316 0.42236E-04
|
|
81 -1.3684 0.25247E-04
|
|
81 -1.1053 0.16405E-04
|
|
81 -0.8421 0.11214E-04
|
|
81 -0.5789 0.78281E-05
|
|
81 -0.3158 0.54751E-05
|
|
81 -0.0526 0.38398E-05
|
|
81 0.2105 0.27315E-05
|
|
81 0.4737 0.19784E-05
|
|
81 0.7368 0.14524E-05
|
|
81 1.0000 0.10793E-05
|
|
81 1 -18.6527 -4.0000 -30.1608 117.1585
|
|
81 1 -18.6527 -3.7368 -24.0884 114.6325
|
|
81 1 -18.6527 -3.4737 -17.9812 111.5093
|
|
81 1 -18.6527 -3.2105 -11.7041 107.8030
|
|
81 1 -18.6527 -2.9474 -5.0804 103.1274
|
|
81 1 -18.6527 -2.6842 1.4749 96.6744
|
|
81 1 -18.6527 -2.4211 6.6034 88.3512
|
|
81 1 -18.6527 -2.1579 9.4696 79.3398
|
|
81 1 -18.6527 -1.8947 10.4055 70.7547
|
|
81 1 -18.6527 -1.6316 10.0499 63.0251
|
|
81 1 -18.6527 -1.3684 8.9010 56.2715
|
|
81 1 -18.6527 -1.1053 7.4607 50.4507
|
|
81 1 -18.6527 -0.8421 6.0965 45.1960
|
|
81 1 -18.6527 -0.5789 4.7522 40.0335
|
|
81 1 -18.6527 -0.3158 3.0066 34.8034
|
|
81 1 -18.6527 -0.0526 0.5627 29.8462
|
|
81 1 -18.6527 0.2105 -2.3975 25.5519
|
|
81 1 -18.6527 0.4737 -5.5313 21.9660
|
|
81 1 -18.6527 0.7368 -8.6725 18.9519
|
|
81 1 -18.6527 1.0000 -11.7773 16.4267
|
|
|
|
81 2 -6.9063 -4.0000 -50.7964 105.1381
|
|
81 2 -6.9063 -3.7368 -44.9089 105.1241
|
|
81 2 -6.9063 -3.4737 -38.7458 104.7039
|
|
81 2 -6.9063 -3.2105 -31.9523 103.8889
|
|
81 2 -6.9063 -2.9474 -24.1240 102.0516
|
|
81 2 -6.9063 -2.6842 -15.7393 97.9742
|
|
81 2 -6.9063 -2.4211 -8.5188 91.3739
|
|
81 2 -6.9063 -2.1579 -3.5798 83.5531
|
|
81 2 -6.9063 -1.8947 -0.6733 75.7748
|
|
81 2 -6.9063 -1.6316 0.7993 68.5683
|
|
81 2 -6.9063 -1.3684 1.3503 62.1771
|
|
81 2 -6.9063 -1.1053 1.6036 56.5960
|
|
81 2 -6.9063 -0.8421 1.9922 51.3293
|
|
81 2 -6.9063 -0.5789 2.3330 45.7544
|
|
81 2 -6.9063 -0.3158 1.9516 39.7450
|
|
81 2 -6.9063 -0.0526 0.4251 33.8931
|
|
81 2 -6.9063 0.2105 -1.9489 28.8044
|
|
81 2 -6.9063 0.4737 -4.6633 24.5498
|
|
81 2 -6.9063 0.7368 -7.4972 20.9379
|
|
81 2 -6.9063 1.0000 -10.4130 17.8809
|
|
|
|
81 3 -3.2910 -4.0000 -68.2117 124.7413
|
|
81 3 -3.2910 -3.7368 -61.1014 125.5182
|
|
81 3 -3.2910 -3.4737 -53.5107 125.8347
|
|
81 3 -3.2910 -3.2105 -44.9933 125.6563
|
|
81 3 -3.2910 -2.9474 -35.0534 124.1642
|
|
81 3 -3.2910 -2.6842 -24.3136 119.8073
|
|
81 3 -3.2910 -2.4211 -14.9526 112.2276
|
|
81 3 -3.2910 -2.1579 -8.3742 103.0566
|
|
81 3 -3.2910 -1.8947 -4.2658 93.8580
|
|
81 3 -3.2910 -1.6316 -1.9022 85.2672
|
|
81 3 -3.2910 -1.3684 -0.6807 77.5917
|
|
81 3 -3.2910 -1.1053 0.1673 70.8434
|
|
81 3 -3.2910 -0.8421 1.1836 64.3971
|
|
81 3 -3.2910 -0.5789 2.1128 57.4578
|
|
81 3 -3.2910 -0.3158 2.0619 49.8817
|
|
81 3 -3.2910 -0.0526 0.4774 42.4636
|
|
81 3 -3.2910 0.2105 -2.2456 36.0093
|
|
81 3 -3.2910 0.4737 -5.4375 30.6174
|
|
81 3 -3.2910 0.7368 -8.8062 26.0390
|
|
81 3 -3.2910 1.0000 -12.3043 22.1613
|
|
|
|
81 4 -2.6027 -4.0000 -76.7447 139.8807
|
|
81 4 -2.6027 -3.7368 -68.5906 140.7702
|
|
81 4 -2.6027 -3.4737 -59.8585 141.1172
|
|
81 4 -2.6027 -3.2105 -50.0732 140.8178
|
|
81 4 -2.6027 -2.9474 -38.7757 138.9563
|
|
81 4 -2.6027 -2.6842 -26.6992 133.8973
|
|
81 4 -2.6027 -2.4211 -16.2015 125.3043
|
|
81 4 -2.6027 -2.1579 -8.7833 114.9467
|
|
81 4 -2.6027 -1.8947 -4.1362 104.5089
|
|
81 4 -2.6027 -1.6316 -1.5094 94.7289
|
|
81 4 -2.6027 -1.3684 -0.2267 86.0003
|
|
81 4 -2.6027 -1.1053 0.5918 78.3580
|
|
81 4 -2.6027 -0.8421 1.5726 71.1221
|
|
81 4 -2.6027 -0.5789 2.4698 63.4136
|
|
81 4 -2.6027 -0.3158 2.3286 55.0443
|
|
81 4 -2.6027 -0.0526 0.5337 46.8527
|
|
81 4 -2.6027 0.2105 -2.5036 39.7139
|
|
81 4 -2.6027 0.4737 -6.0610 33.7450
|
|
81 4 -2.6027 0.7368 -9.8161 28.6836
|
|
81 4 -2.6027 1.0000 -13.7071 24.4079
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 82 coord.: 0.3333333 0.1666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.836337 meV Im[Sigma]= 72.505695 meV Z= 1.014393 lam= -0.014189
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.613595 meV Im[Sigma]= 50.530113 meV Z= 0.996385 lam= 0.003628
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.879710 meV Im[Sigma]= 87.563723 meV Z= 1.015486 lam= -0.015250
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.626338 meV Im[Sigma]= 143.147551 meV Z= 1.024969 lam= -0.024361
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 82 coord.: 0.3333333 0.1666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 82 w = -4.0000 eV A(k,w) = 0.26631E-02 meV^-1
|
|
ik = 82 w = -3.7368 eV A(k,w) = 0.41893E-03 meV^-1
|
|
ik = 82 w = -3.4737 eV A(k,w) = 0.12973E-03 meV^-1
|
|
ik = 82 w = -3.2105 eV A(k,w) = 0.62224E-04 meV^-1
|
|
ik = 82 w = -2.9474 eV A(k,w) = 0.36451E-04 meV^-1
|
|
ik = 82 w = -2.6842 eV A(k,w) = 0.23498E-04 meV^-1
|
|
ik = 82 w = -2.4211 eV A(k,w) = 0.15839E-04 meV^-1
|
|
ik = 82 w = -2.1579 eV A(k,w) = 0.11006E-04 meV^-1
|
|
ik = 82 w = -1.8947 eV A(k,w) = 0.78769E-05 meV^-1
|
|
ik = 82 w = -1.6316 eV A(k,w) = 0.57931E-05 meV^-1
|
|
ik = 82 w = -1.3684 eV A(k,w) = 0.43700E-05 meV^-1
|
|
ik = 82 w = -1.1053 eV A(k,w) = 0.33723E-05 meV^-1
|
|
ik = 82 w = -0.8421 eV A(k,w) = 0.26336E-05 meV^-1
|
|
ik = 82 w = -0.5789 eV A(k,w) = 0.20466E-05 meV^-1
|
|
ik = 82 w = -0.3158 eV A(k,w) = 0.15648E-05 meV^-1
|
|
ik = 82 w = -0.0526 eV A(k,w) = 0.11841E-05 meV^-1
|
|
ik = 82 w = 0.2105 eV A(k,w) = 0.89962E-06 meV^-1
|
|
ik = 82 w = 0.4737 eV A(k,w) = 0.69022E-06 meV^-1
|
|
ik = 82 w = 0.7368 eV A(k,w) = 0.53312E-06 meV^-1
|
|
ik = 82 w = 1.0000 eV A(k,w) = 0.41450E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
82 -4.0000 0.26631E-02
|
|
82 -3.7368 0.41893E-03
|
|
82 -3.4737 0.12973E-03
|
|
82 -3.2105 0.62224E-04
|
|
82 -2.9474 0.36451E-04
|
|
82 -2.6842 0.23498E-04
|
|
82 -2.4211 0.15839E-04
|
|
82 -2.1579 0.11006E-04
|
|
82 -1.8947 0.78769E-05
|
|
82 -1.6316 0.57931E-05
|
|
82 -1.3684 0.43700E-05
|
|
82 -1.1053 0.33723E-05
|
|
82 -0.8421 0.26336E-05
|
|
82 -0.5789 0.20466E-05
|
|
82 -0.3158 0.15648E-05
|
|
82 -0.0526 0.11841E-05
|
|
82 0.2105 0.89962E-06
|
|
82 0.4737 0.69022E-06
|
|
82 0.7368 0.53312E-06
|
|
82 1.0000 0.41450E-06
|
|
82 1 -16.2688 -4.0000 -31.9773 105.3332
|
|
82 1 -16.2688 -3.7368 -26.5233 103.5719
|
|
82 1 -16.2688 -3.4737 -20.9895 101.3176
|
|
82 1 -16.2688 -3.2105 -15.1902 98.5959
|
|
82 1 -16.2688 -2.9474 -8.8826 94.9953
|
|
82 1 -16.2688 -2.6842 -2.4486 89.6422
|
|
82 1 -16.2688 -2.4211 2.7463 82.3774
|
|
82 1 -16.2688 -2.1579 5.8313 74.3357
|
|
82 1 -16.2688 -1.8947 7.0974 66.6095
|
|
82 1 -16.2688 -1.6316 7.1436 59.6224
|
|
82 1 -16.2688 -1.3684 6.4400 53.5079
|
|
82 1 -16.2688 -1.1053 5.4834 48.2309
|
|
82 1 -16.2688 -0.8421 4.6327 43.4125
|
|
82 1 -16.2688 -0.5789 3.8001 38.5677
|
|
82 1 -16.2688 -0.3158 2.5234 33.5526
|
|
82 1 -16.2688 -0.0526 0.4875 28.7482
|
|
82 1 -16.2688 0.2105 -2.1129 24.5751
|
|
82 1 -16.2688 0.4737 -4.9191 21.0847
|
|
82 1 -16.2688 0.7368 -7.7640 18.1389
|
|
82 1 -16.2688 1.0000 -10.6081 15.6617
|
|
|
|
82 2 -8.9488 -4.0000 -44.8686 93.7835
|
|
82 2 -8.9488 -3.7368 -39.7907 93.8312
|
|
82 2 -8.9488 -3.4737 -34.3929 93.5557
|
|
82 2 -8.9488 -3.2105 -28.3679 92.9195
|
|
82 2 -8.9488 -2.9474 -21.3747 91.3472
|
|
82 2 -8.9488 -2.6842 -13.8495 87.7324
|
|
82 2 -8.9488 -2.4211 -7.3702 81.8020
|
|
82 2 -8.9488 -2.1579 -2.9835 74.7563
|
|
82 2 -8.9488 -1.8947 -0.4498 67.7810
|
|
82 2 -8.9488 -1.6316 0.8123 61.3517
|
|
82 2 -8.9488 -1.3684 1.2740 55.6589
|
|
82 2 -8.9488 -1.1053 1.4840 50.6843
|
|
82 2 -8.9488 -0.8421 1.8227 45.9821
|
|
82 2 -8.9488 -0.5789 2.1202 40.9943
|
|
82 2 -8.9488 -0.3158 1.7676 35.6108
|
|
82 2 -8.9488 -0.0526 0.3844 30.3663
|
|
82 2 -8.9488 0.2105 -1.7615 25.8073
|
|
82 2 -8.9488 0.4737 -4.2129 21.9993
|
|
82 2 -8.9488 0.7368 -6.7685 18.7698
|
|
82 2 -8.9488 1.0000 -9.3941 16.0375
|
|
|
|
82 3 -6.9060 -4.0000 -44.9083 89.3947
|
|
82 3 -6.9060 -3.7368 -40.0541 89.8067
|
|
82 3 -6.9060 -3.4737 -34.7903 89.8567
|
|
82 3 -6.9060 -3.2105 -28.8800 89.4749
|
|
82 3 -6.9060 -2.9474 -22.0480 88.1314
|
|
82 3 -6.9060 -2.6842 -14.7233 84.8034
|
|
82 3 -6.9060 -2.4211 -8.4038 79.2512
|
|
82 3 -6.9060 -2.1579 -4.0708 72.6262
|
|
82 3 -6.9060 -1.8947 -1.4845 66.0449
|
|
82 3 -6.9060 -1.6316 -0.1028 59.9433
|
|
82 3 -6.9060 -1.3684 0.5013 54.5103
|
|
82 3 -6.9060 -1.1053 0.8542 49.7498
|
|
82 3 -6.9060 -0.8421 1.3396 45.2328
|
|
82 3 -6.9060 -0.5789 1.7933 40.3980
|
|
82 3 -6.9060 -0.3158 1.5969 35.1292
|
|
82 3 -6.9060 -0.0526 0.3575 29.9680
|
|
82 3 -6.9060 0.2105 -1.6588 25.4719
|
|
82 3 -6.9060 0.4737 -3.9918 21.7103
|
|
82 3 -6.9060 0.7368 -6.4417 18.5116
|
|
82 3 -6.9060 1.0000 -8.9771 15.7991
|
|
|
|
82 4 -3.9563 -4.0000 -63.2241 116.4541
|
|
82 4 -3.9563 -3.7368 -56.6468 117.3188
|
|
82 4 -3.9563 -3.4737 -49.5021 117.7473
|
|
82 4 -3.9563 -3.2105 -41.4146 117.6287
|
|
82 4 -3.9563 -2.9474 -31.9959 116.1850
|
|
82 4 -3.9563 -2.6842 -21.8684 111.9941
|
|
82 4 -3.9563 -2.4211 -13.0930 104.7435
|
|
82 4 -3.9563 -2.1579 -7.0047 95.9997
|
|
82 4 -3.9563 -1.8947 -3.2935 87.2794
|
|
82 4 -3.9563 -1.6316 -1.2303 79.1927
|
|
82 4 -3.9563 -1.3684 -0.2227 72.0036
|
|
82 4 -3.9563 -1.1053 0.4450 65.7066
|
|
82 4 -3.9563 -0.8421 1.2794 59.7214
|
|
82 4 -3.9563 -0.5789 2.0569 53.3039
|
|
82 4 -3.9563 -0.3158 1.9538 46.3030
|
|
82 4 -3.9563 -0.0526 0.4484 39.4433
|
|
82 4 -3.9563 0.2105 -2.1024 33.4689
|
|
82 4 -3.9563 0.4737 -5.0839 28.4726
|
|
82 4 -3.9563 0.7368 -8.2287 24.2262
|
|
82 4 -3.9563 1.0000 -11.4937 20.6280
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 83 coord.: 0.3333333 0.1666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.809428 meV Im[Sigma]= 61.804439 meV Z= 1.001409 lam= -0.001407
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.747737 meV Im[Sigma]= 66.399461 meV Z= 1.009667 lam= -0.009575
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -18.527474 meV Im[Sigma]= 76.767844 meV Z= 1.006441 lam= -0.006400
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 1.744003 meV Im[Sigma]= 111.083126 meV Z= 1.020936 lam= -0.020507
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 83 coord.: 0.3333333 0.1666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 83 w = -4.0000 eV A(k,w) = 0.21324E-04 meV^-1
|
|
ik = 83 w = -3.7368 eV A(k,w) = 0.15535E-04 meV^-1
|
|
ik = 83 w = -3.4737 eV A(k,w) = 0.11890E-04 meV^-1
|
|
ik = 83 w = -3.2105 eV A(k,w) = 0.94149E-05 meV^-1
|
|
ik = 83 w = -2.9474 eV A(k,w) = 0.75939E-05 meV^-1
|
|
ik = 83 w = -2.6842 eV A(k,w) = 0.61203E-05 meV^-1
|
|
ik = 83 w = -2.4211 eV A(k,w) = 0.48740E-05 meV^-1
|
|
ik = 83 w = -2.1579 eV A(k,w) = 0.38588E-05 meV^-1
|
|
ik = 83 w = -1.8947 eV A(k,w) = 0.30670E-05 meV^-1
|
|
ik = 83 w = -1.6316 eV A(k,w) = 0.24572E-05 meV^-1
|
|
ik = 83 w = -1.3684 eV A(k,w) = 0.19892E-05 meV^-1
|
|
ik = 83 w = -1.1053 eV A(k,w) = 0.16283E-05 meV^-1
|
|
ik = 83 w = -0.8421 eV A(k,w) = 0.13368E-05 meV^-1
|
|
ik = 83 w = -0.5789 eV A(k,w) = 0.10845E-05 meV^-1
|
|
ik = 83 w = -0.3158 eV A(k,w) = 0.86099E-06 meV^-1
|
|
ik = 83 w = -0.0526 eV A(k,w) = 0.67353E-06 meV^-1
|
|
ik = 83 w = 0.2105 eV A(k,w) = 0.52709E-06 meV^-1
|
|
ik = 83 w = 0.4737 eV A(k,w) = 0.41520E-06 meV^-1
|
|
ik = 83 w = 0.7368 eV A(k,w) = 0.32836E-06 meV^-1
|
|
ik = 83 w = 1.0000 eV A(k,w) = 0.26080E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
83 -4.0000 0.21324E-04
|
|
83 -3.7368 0.15535E-04
|
|
83 -3.4737 0.11890E-04
|
|
83 -3.2105 0.94149E-05
|
|
83 -2.9474 0.75939E-05
|
|
83 -2.6842 0.61203E-05
|
|
83 -2.4211 0.48740E-05
|
|
83 -2.1579 0.38588E-05
|
|
83 -1.8947 0.30670E-05
|
|
83 -1.6316 0.24572E-05
|
|
83 -1.3684 0.19892E-05
|
|
83 -1.1053 0.16283E-05
|
|
83 -0.8421 0.13368E-05
|
|
83 -0.5789 0.10845E-05
|
|
83 -0.3158 0.86099E-06
|
|
83 -0.0526 0.67353E-06
|
|
83 0.2105 0.52709E-06
|
|
83 0.4737 0.41520E-06
|
|
83 0.7368 0.32836E-06
|
|
83 1.0000 0.26080E-06
|
|
83 1 -13.5072 -4.0000 -40.3383 111.2174
|
|
83 1 -13.5072 -3.7368 -34.1674 109.8059
|
|
83 1 -13.5072 -3.4737 -27.9779 107.8592
|
|
83 1 -13.5072 -3.2105 -21.4853 105.4929
|
|
83 1 -13.5072 -2.9474 -14.2962 102.2192
|
|
83 1 -13.5072 -2.6842 -6.8034 96.9515
|
|
83 1 -13.5072 -2.4211 -0.5874 89.4369
|
|
83 1 -13.5072 -2.1579 3.3122 80.9311
|
|
83 1 -13.5072 -1.8947 5.1739 72.6743
|
|
83 1 -13.5072 -1.6316 5.6439 65.1760
|
|
83 1 -13.5072 -1.3684 5.2609 58.6214
|
|
83 1 -13.5072 -1.1053 4.6120 52.9663
|
|
83 1 -13.5072 -0.8421 4.0962 47.7521
|
|
83 1 -13.5072 -0.5789 3.5750 42.4216
|
|
83 1 -13.5072 -0.3158 2.4928 36.8417
|
|
83 1 -13.5072 -0.0526 0.4952 31.4830
|
|
83 1 -13.5072 0.2105 -2.1745 26.8393
|
|
83 1 -13.5072 0.4737 -5.0926 22.9657
|
|
83 1 -13.5072 0.7368 -8.0660 19.6969
|
|
83 1 -13.5072 1.0000 -11.0549 16.9449
|
|
|
|
83 2 -11.9153 -4.0000 -30.1216 71.1679
|
|
83 2 -11.9153 -3.7368 -26.6275 71.1056
|
|
83 2 -11.9153 -3.4737 -22.8095 70.7777
|
|
83 2 -11.9153 -3.2105 -18.5176 70.0996
|
|
83 2 -11.9153 -2.9474 -13.5896 68.6904
|
|
83 2 -11.9153 -2.6842 -8.3490 65.8254
|
|
83 2 -11.9153 -2.4211 -3.8972 61.3437
|
|
83 2 -11.9153 -2.1579 -0.9504 56.1169
|
|
83 2 -11.9153 -1.8947 0.7008 50.9793
|
|
83 2 -11.9153 -1.6316 1.4806 46.2264
|
|
83 2 -11.9153 -1.3684 1.6864 41.9696
|
|
83 2 -11.9153 -1.1053 1.6784 38.2262
|
|
83 2 -11.9153 -0.8421 1.7476 34.7119
|
|
83 2 -11.9153 -0.5789 1.8080 31.0197
|
|
83 2 -11.9153 -0.3158 1.4262 27.0376
|
|
83 2 -11.9153 -0.0526 0.3036 23.1382
|
|
83 2 -11.9153 0.2105 -1.3813 19.7274
|
|
83 2 -11.9153 0.4737 -3.2989 16.8624
|
|
83 2 -11.9153 0.7368 -5.3026 14.4251
|
|
83 2 -11.9153 1.0000 -7.3628 12.3627
|
|
|
|
83 3 -7.7465 -4.0000 -42.9661 89.1855
|
|
83 3 -7.7465 -3.7368 -38.1316 89.3456
|
|
83 3 -7.7465 -3.4737 -32.9456 89.1484
|
|
83 3 -7.7465 -3.2105 -27.1712 88.5343
|
|
83 3 -7.7465 -2.9474 -20.5382 86.9932
|
|
83 3 -7.7465 -2.6842 -13.4638 83.5365
|
|
83 3 -7.7465 -2.4211 -7.4037 77.9453
|
|
83 3 -7.7465 -2.1579 -3.2959 71.3540
|
|
83 3 -7.7465 -1.8947 -0.8827 64.8456
|
|
83 3 -7.7465 -1.6316 0.3754 58.8253
|
|
83 3 -7.7465 -1.3684 0.8869 53.4599
|
|
83 3 -7.7465 -1.1053 1.1504 48.7523
|
|
83 3 -7.7465 -0.8421 1.5354 44.2952
|
|
83 3 -7.7465 -0.5789 1.8910 39.5498
|
|
83 3 -7.7465 -0.3158 1.6260 34.3975
|
|
83 3 -7.7465 -0.0526 0.3589 29.3557
|
|
83 3 -7.7465 0.2105 -1.6560 24.9616
|
|
83 3 -7.7465 0.4737 -3.9757 21.2827
|
|
83 3 -7.7465 0.7368 -6.4075 18.1547
|
|
83 3 -7.7465 1.0000 -8.9189 15.5044
|
|
|
|
83 4 -5.2565 -4.0000 -54.3979 101.0170
|
|
83 4 -5.2565 -3.7368 -48.7016 101.6587
|
|
83 4 -5.2565 -3.4737 -42.5578 101.9223
|
|
83 4 -5.2565 -3.2105 -35.6562 101.7046
|
|
83 4 -5.2565 -2.9474 -27.6809 100.3750
|
|
83 4 -5.2565 -2.6842 -19.1369 96.7584
|
|
83 4 -5.2565 -2.4211 -11.7411 90.5953
|
|
83 4 -5.2565 -2.1579 -6.5977 83.2085
|
|
83 4 -5.2565 -1.8947 -3.4182 75.8581
|
|
83 4 -5.2565 -1.6316 -1.5891 69.0225
|
|
83 4 -5.2565 -1.3684 -0.6368 62.9123
|
|
83 4 -5.2565 -1.1053 0.0346 57.5334
|
|
83 4 -5.2565 -0.8421 0.8613 52.3893
|
|
83 4 -5.2565 -0.5789 1.6422 46.8262
|
|
83 4 -5.2565 -0.3158 1.6388 40.7137
|
|
83 4 -5.2565 -0.0526 0.3828 34.7036
|
|
83 4 -5.2565 0.2105 -1.8074 29.4632
|
|
83 4 -5.2565 0.4737 -4.3847 25.0761
|
|
83 4 -5.2565 0.7368 -7.1142 21.3399
|
|
83 4 -5.2565 1.0000 -9.9605 18.1683
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 84 coord.: 0.3333333 0.1666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.836541 meV Im[Sigma]= 72.505679 meV Z= 1.014393 lam= -0.014189
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.613545 meV Im[Sigma]= 50.530198 meV Z= 0.996385 lam= 0.003628
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.879755 meV Im[Sigma]= 87.563840 meV Z= 1.015487 lam= -0.015250
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.626352 meV Im[Sigma]= 143.147678 meV Z= 1.024969 lam= -0.024361
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 84 coord.: 0.3333333 0.1666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 84 w = -4.0000 eV A(k,w) = 0.26631E-02 meV^-1
|
|
ik = 84 w = -3.7368 eV A(k,w) = 0.41893E-03 meV^-1
|
|
ik = 84 w = -3.4737 eV A(k,w) = 0.12973E-03 meV^-1
|
|
ik = 84 w = -3.2105 eV A(k,w) = 0.62224E-04 meV^-1
|
|
ik = 84 w = -2.9474 eV A(k,w) = 0.36451E-04 meV^-1
|
|
ik = 84 w = -2.6842 eV A(k,w) = 0.23498E-04 meV^-1
|
|
ik = 84 w = -2.4211 eV A(k,w) = 0.15839E-04 meV^-1
|
|
ik = 84 w = -2.1579 eV A(k,w) = 0.11006E-04 meV^-1
|
|
ik = 84 w = -1.8947 eV A(k,w) = 0.78769E-05 meV^-1
|
|
ik = 84 w = -1.6316 eV A(k,w) = 0.57932E-05 meV^-1
|
|
ik = 84 w = -1.3684 eV A(k,w) = 0.43700E-05 meV^-1
|
|
ik = 84 w = -1.1053 eV A(k,w) = 0.33723E-05 meV^-1
|
|
ik = 84 w = -0.8421 eV A(k,w) = 0.26336E-05 meV^-1
|
|
ik = 84 w = -0.5789 eV A(k,w) = 0.20466E-05 meV^-1
|
|
ik = 84 w = -0.3158 eV A(k,w) = 0.15648E-05 meV^-1
|
|
ik = 84 w = -0.0526 eV A(k,w) = 0.11841E-05 meV^-1
|
|
ik = 84 w = 0.2105 eV A(k,w) = 0.89962E-06 meV^-1
|
|
ik = 84 w = 0.4737 eV A(k,w) = 0.69022E-06 meV^-1
|
|
ik = 84 w = 0.7368 eV A(k,w) = 0.53312E-06 meV^-1
|
|
ik = 84 w = 1.0000 eV A(k,w) = 0.41450E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
84 -4.0000 0.26631E-02
|
|
84 -3.7368 0.41893E-03
|
|
84 -3.4737 0.12973E-03
|
|
84 -3.2105 0.62224E-04
|
|
84 -2.9474 0.36451E-04
|
|
84 -2.6842 0.23498E-04
|
|
84 -2.4211 0.15839E-04
|
|
84 -2.1579 0.11006E-04
|
|
84 -1.8947 0.78769E-05
|
|
84 -1.6316 0.57932E-05
|
|
84 -1.3684 0.43700E-05
|
|
84 -1.1053 0.33723E-05
|
|
84 -0.8421 0.26336E-05
|
|
84 -0.5789 0.20466E-05
|
|
84 -0.3158 0.15648E-05
|
|
84 -0.0526 0.11841E-05
|
|
84 0.2105 0.89962E-06
|
|
84 0.4737 0.69022E-06
|
|
84 0.7368 0.53312E-06
|
|
84 1.0000 0.41450E-06
|
|
84 1 -16.2688 -4.0000 -31.9773 105.3334
|
|
84 1 -16.2688 -3.7368 -26.5232 103.5721
|
|
84 1 -16.2688 -3.4737 -20.9894 101.3177
|
|
84 1 -16.2688 -3.2105 -15.1902 98.5961
|
|
84 1 -16.2688 -2.9474 -8.8825 94.9954
|
|
84 1 -16.2688 -2.6842 -2.4485 89.6423
|
|
84 1 -16.2688 -2.4211 2.7464 82.3775
|
|
84 1 -16.2688 -2.1579 5.8314 74.3357
|
|
84 1 -16.2688 -1.8947 7.0974 66.6096
|
|
84 1 -16.2688 -1.6316 7.1436 59.6225
|
|
84 1 -16.2688 -1.3684 6.4400 53.5079
|
|
84 1 -16.2688 -1.1053 5.4835 48.2309
|
|
84 1 -16.2688 -0.8421 4.6327 43.4125
|
|
84 1 -16.2688 -0.5789 3.8001 38.5677
|
|
84 1 -16.2688 -0.3158 2.5234 33.5526
|
|
84 1 -16.2688 -0.0526 0.4875 28.7482
|
|
84 1 -16.2688 0.2105 -2.1129 24.5752
|
|
84 1 -16.2688 0.4737 -4.9191 21.0848
|
|
84 1 -16.2688 0.7368 -7.7640 18.1389
|
|
84 1 -16.2688 1.0000 -10.6081 15.6618
|
|
|
|
84 2 -8.9488 -4.0000 -44.8684 93.7835
|
|
84 2 -8.9488 -3.7368 -39.7905 93.8311
|
|
84 2 -8.9488 -3.4737 -34.3927 93.5557
|
|
84 2 -8.9488 -3.2105 -28.3677 92.9195
|
|
84 2 -8.9488 -2.9474 -21.3745 91.3471
|
|
84 2 -8.9488 -2.6842 -13.8493 87.7323
|
|
84 2 -8.9488 -2.4211 -7.3701 81.8019
|
|
84 2 -8.9488 -2.1579 -2.9833 74.7562
|
|
84 2 -8.9488 -1.8947 -0.4496 67.7808
|
|
84 2 -8.9488 -1.6316 0.8124 61.3515
|
|
84 2 -8.9488 -1.3684 1.2741 55.6587
|
|
84 2 -8.9488 -1.1053 1.4841 50.6841
|
|
84 2 -8.9488 -0.8421 1.8228 45.9819
|
|
84 2 -8.9488 -0.5789 2.1202 40.9941
|
|
84 2 -8.9488 -0.3158 1.7676 35.6106
|
|
84 2 -8.9488 -0.0526 0.3844 30.3661
|
|
84 2 -8.9488 0.2105 -1.7615 25.8071
|
|
84 2 -8.9488 0.4737 -4.2129 21.9991
|
|
84 2 -8.9488 0.7368 -6.7685 18.7697
|
|
84 2 -8.9488 1.0000 -9.3941 16.0375
|
|
|
|
84 3 -6.9060 -4.0000 -44.9083 89.3948
|
|
84 3 -6.9060 -3.7368 -40.0541 89.8067
|
|
84 3 -6.9060 -3.4737 -34.7902 89.8567
|
|
84 3 -6.9060 -3.2105 -28.8799 89.4749
|
|
84 3 -6.9060 -2.9474 -22.0480 88.1314
|
|
84 3 -6.9060 -2.6842 -14.7233 84.8034
|
|
84 3 -6.9060 -2.4211 -8.4038 79.2512
|
|
84 3 -6.9060 -2.1579 -4.0708 72.6262
|
|
84 3 -6.9060 -1.8947 -1.4845 66.0449
|
|
84 3 -6.9060 -1.6316 -0.1028 59.9433
|
|
84 3 -6.9060 -1.3684 0.5014 54.5103
|
|
84 3 -6.9060 -1.1053 0.8543 49.7498
|
|
84 3 -6.9060 -0.8421 1.3396 45.2328
|
|
84 3 -6.9060 -0.5789 1.7934 40.3980
|
|
84 3 -6.9060 -0.3158 1.5969 35.1291
|
|
84 3 -6.9060 -0.0526 0.3575 29.9680
|
|
84 3 -6.9060 0.2105 -1.6588 25.4719
|
|
84 3 -6.9060 0.4737 -3.9918 21.7103
|
|
84 3 -6.9060 0.7368 -6.4417 18.5116
|
|
84 3 -6.9060 1.0000 -8.9771 15.7991
|
|
|
|
84 4 -3.9563 -4.0000 -63.2241 116.4542
|
|
84 4 -3.9563 -3.7368 -56.6468 117.3189
|
|
84 4 -3.9563 -3.4737 -49.5021 117.7474
|
|
84 4 -3.9563 -3.2105 -41.4147 117.6288
|
|
84 4 -3.9563 -2.9474 -31.9960 116.1851
|
|
84 4 -3.9563 -2.6842 -21.8685 111.9941
|
|
84 4 -3.9563 -2.4211 -13.0931 104.7435
|
|
84 4 -3.9563 -2.1579 -7.0048 95.9998
|
|
84 4 -3.9563 -1.8947 -3.2936 87.2795
|
|
84 4 -3.9563 -1.6316 -1.2304 79.1928
|
|
84 4 -3.9563 -1.3684 -0.2228 72.0037
|
|
84 4 -3.9563 -1.1053 0.4450 65.7067
|
|
84 4 -3.9563 -0.8421 1.2794 59.7216
|
|
84 4 -3.9563 -0.5789 2.0569 53.3041
|
|
84 4 -3.9563 -0.3158 1.9538 46.3032
|
|
84 4 -3.9563 -0.0526 0.4484 39.4434
|
|
84 4 -3.9563 0.2105 -2.1024 33.4690
|
|
84 4 -3.9563 0.4737 -5.0839 28.4727
|
|
84 4 -3.9563 0.7368 -8.2287 24.2263
|
|
84 4 -3.9563 1.0000 -11.4937 20.6281
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 85 coord.: 0.3333333 0.3333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -17.3646 eV Re[Sigma]= -58.929359 meV Im[Sigma]= 42.127376 meV Z= 0.994716 lam= 0.005312
|
|
E( 2 )= -6.7590 eV Re[Sigma]= -15.655776 meV Im[Sigma]= 108.548117 meV Z= 1.011615 lam= -0.011482
|
|
E( 3 )= -5.2110 eV Re[Sigma]= 2.860303 meV Im[Sigma]= 106.353517 meV Z= 1.019113 lam= -0.018755
|
|
E( 4 )= -5.2110 eV Re[Sigma]= 2.860303 meV Im[Sigma]= 106.353517 meV Z= 1.019113 lam= -0.018755
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 85 coord.: 0.3333333 0.3333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 85 w = -4.0000 eV A(k,w) = 0.43217E-04 meV^-1
|
|
ik = 85 w = -3.7368 eV A(k,w) = 0.30922E-04 meV^-1
|
|
ik = 85 w = -3.4737 eV A(k,w) = 0.23293E-04 meV^-1
|
|
ik = 85 w = -3.2105 eV A(k,w) = 0.18175E-04 meV^-1
|
|
ik = 85 w = -2.9474 eV A(k,w) = 0.14454E-04 meV^-1
|
|
ik = 85 w = -2.6842 eV A(k,w) = 0.11489E-04 meV^-1
|
|
ik = 85 w = -2.4211 eV A(k,w) = 0.90274E-05 meV^-1
|
|
ik = 85 w = -2.1579 eV A(k,w) = 0.70526E-05 meV^-1
|
|
ik = 85 w = -1.8947 eV A(k,w) = 0.55316E-05 meV^-1
|
|
ik = 85 w = -1.6316 eV A(k,w) = 0.43752E-05 meV^-1
|
|
ik = 85 w = -1.3684 eV A(k,w) = 0.34997E-05 meV^-1
|
|
ik = 85 w = -1.1053 eV A(k,w) = 0.28333E-05 meV^-1
|
|
ik = 85 w = -0.8421 eV A(k,w) = 0.23019E-05 meV^-1
|
|
ik = 85 w = -0.5789 eV A(k,w) = 0.18479E-05 meV^-1
|
|
ik = 85 w = -0.3158 eV A(k,w) = 0.14511E-05 meV^-1
|
|
ik = 85 w = -0.0526 eV A(k,w) = 0.11226E-05 meV^-1
|
|
ik = 85 w = 0.2105 eV A(k,w) = 0.86893E-06 meV^-1
|
|
ik = 85 w = 0.4737 eV A(k,w) = 0.67715E-06 meV^-1
|
|
ik = 85 w = 0.7368 eV A(k,w) = 0.52974E-06 meV^-1
|
|
ik = 85 w = 1.0000 eV A(k,w) = 0.41607E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
85 -4.0000 0.43217E-04
|
|
85 -3.7368 0.30922E-04
|
|
85 -3.4737 0.23293E-04
|
|
85 -3.2105 0.18175E-04
|
|
85 -2.9474 0.14454E-04
|
|
85 -2.6842 0.11489E-04
|
|
85 -2.4211 0.90274E-05
|
|
85 -2.1579 0.70526E-05
|
|
85 -1.8947 0.55316E-05
|
|
85 -1.6316 0.43752E-05
|
|
85 -1.3684 0.34997E-05
|
|
85 -1.1053 0.28333E-05
|
|
85 -0.8421 0.23019E-05
|
|
85 -0.5789 0.18479E-05
|
|
85 -0.3158 0.14511E-05
|
|
85 -0.0526 0.11226E-05
|
|
85 0.2105 0.86893E-06
|
|
85 0.4737 0.67715E-06
|
|
85 0.7368 0.52974E-06
|
|
85 1.0000 0.41607E-06
|
|
85 1 -17.3646 -4.0000 -27.7485 105.0634
|
|
85 1 -17.3646 -3.7368 -22.5693 102.8708
|
|
85 1 -17.3646 -3.4737 -17.3601 100.2229
|
|
85 1 -17.3646 -3.2105 -11.9365 97.1526
|
|
85 1 -17.3646 -2.9474 -6.0679 93.2636
|
|
85 1 -17.3646 -2.6842 -0.1276 87.7276
|
|
85 1 -17.3646 -2.4211 4.5759 80.4089
|
|
85 1 -17.3646 -2.1579 7.2176 72.4142
|
|
85 1 -17.3646 -1.8947 8.1000 64.8086
|
|
85 1 -17.3646 -1.6316 7.8357 57.9982
|
|
85 1 -17.3646 -1.3684 6.9060 52.0837
|
|
85 1 -17.3646 -1.1053 5.7920 46.9953
|
|
85 1 -17.3646 -0.8421 4.8228 42.3445
|
|
85 1 -17.3646 -0.5789 3.8947 37.6588
|
|
85 1 -17.3646 -0.3158 2.5530 32.8027
|
|
85 1 -17.3646 -0.0526 0.4895 28.1439
|
|
85 1 -17.3646 0.2105 -2.1140 24.0897
|
|
85 1 -17.3646 0.4737 -4.9147 20.6939
|
|
85 1 -17.3646 0.7368 -7.7505 17.8273
|
|
85 1 -17.3646 1.0000 -10.5806 15.4173
|
|
|
|
85 2 -6.7590 -4.0000 -62.3023 118.7288
|
|
85 2 -6.7590 -3.7368 -55.4022 119.3541
|
|
85 2 -6.7590 -3.4737 -47.9955 119.4572
|
|
85 2 -6.7590 -3.2105 -39.7285 118.9402
|
|
85 2 -6.7590 -2.9474 -30.2634 117.0557
|
|
85 2 -6.7590 -2.6842 -20.2288 112.4707
|
|
85 2 -6.7590 -2.4211 -11.6105 104.9197
|
|
85 2 -6.7590 -2.1579 -5.6954 95.9335
|
|
85 2 -6.7590 -1.8947 -2.1928 87.0108
|
|
85 2 -6.7590 -1.6316 -0.3708 78.7974
|
|
85 2 -6.7590 -1.3684 0.4132 71.5642
|
|
85 2 -6.7590 -1.1053 0.9020 65.2685
|
|
85 2 -6.7590 -0.8421 1.5923 59.3004
|
|
85 2 -6.7590 -0.5789 2.2449 52.9124
|
|
85 2 -6.7590 -0.3158 2.0397 45.9578
|
|
85 2 -6.7590 -0.0526 0.4604 39.1497
|
|
85 2 -6.7590 0.2105 -2.1444 33.2217
|
|
85 2 -6.7590 0.4737 -5.1695 28.2679
|
|
85 2 -6.7590 0.7368 -8.3476 24.0643
|
|
85 2 -6.7590 1.0000 -11.6332 20.5068
|
|
|
|
85 3 -5.2110 -4.0000 -54.3235 97.4368
|
|
85 3 -5.2110 -3.7368 -48.8706 98.4488
|
|
85 3 -5.2110 -3.4737 -42.8541 99.0474
|
|
85 3 -5.2110 -3.2105 -36.0151 99.1052
|
|
85 3 -5.2110 -2.9474 -28.0935 97.9978
|
|
85 3 -5.2110 -2.6842 -19.6171 94.6026
|
|
85 3 -5.2110 -2.4211 -12.2598 88.6880
|
|
85 3 -5.2110 -2.1579 -7.0980 81.5398
|
|
85 3 -5.2110 -1.8947 -3.8676 74.3882
|
|
85 3 -5.2110 -1.6316 -1.9823 67.7161
|
|
85 3 -5.2110 -1.3684 -0.9790 61.7481
|
|
85 3 -5.2110 -1.1053 -0.2631 56.5045
|
|
85 3 -5.2110 -0.8421 0.6122 51.4981
|
|
85 3 -5.2110 -0.5789 1.4564 46.0699
|
|
85 3 -5.2110 -0.3158 1.5312 40.0806
|
|
85 3 -5.2110 -0.0526 0.3642 34.1778
|
|
85 3 -5.2110 0.2105 -1.7308 29.0271
|
|
85 3 -5.2110 0.4737 -4.2098 24.7114
|
|
85 3 -5.2110 0.7368 -6.8426 21.0274
|
|
85 3 -5.2110 1.0000 -9.6004 17.8912
|
|
|
|
85 4 -5.2110 -4.0000 -53.8890 96.2378
|
|
85 4 -5.2110 -3.7368 -48.5515 97.1937
|
|
85 4 -5.2110 -3.4737 -42.6880 97.7786
|
|
85 4 -5.2110 -3.2105 -36.0142 97.8855
|
|
85 4 -5.2110 -2.9474 -28.2300 96.8868
|
|
85 4 -5.2110 -2.6842 -19.8417 93.6294
|
|
85 4 -5.2110 -2.4211 -12.5268 87.8553
|
|
85 4 -5.2110 -2.1579 -7.3720 80.8348
|
|
85 4 -5.2110 -1.8947 -4.1286 73.7894
|
|
85 4 -5.2110 -1.6316 -2.2252 67.2078
|
|
85 4 -5.2110 -1.3684 -1.1981 61.3256
|
|
85 4 -5.2110 -1.1053 -0.4445 56.1609
|
|
85 4 -5.2110 -0.8421 0.4796 51.2161
|
|
85 4 -5.2110 -0.5789 1.3724 45.8307
|
|
85 4 -5.2110 -0.3158 1.4888 39.8725
|
|
85 4 -5.2110 -0.0526 0.3575 33.9956
|
|
85 4 -5.2110 0.2105 -1.7049 28.8677
|
|
85 4 -5.2110 0.4737 -4.1533 24.5715
|
|
85 4 -5.2110 0.7368 -6.7574 20.9038
|
|
85 4 -5.2110 1.0000 -9.4887 17.7811
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 86 coord.: 0.3333333 0.3333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.014470 meV Im[Sigma]= 43.223743 meV Z= 1.007620 lam= -0.007563
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.958516 meV Im[Sigma]= 102.189222 meV Z= 1.018021 lam= -0.017702
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 47.272304 meV Im[Sigma]= 167.531643 meV Z= 1.035891 lam= -0.034648
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.473968 meV Im[Sigma]= 167.235529 meV Z= 1.042446 lam= -0.040718
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 86 coord.: 0.3333333 0.3333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 86 w = -4.0000 eV A(k,w) = 0.12428E-03 meV^-1
|
|
ik = 86 w = -3.7368 eV A(k,w) = 0.29113E-03 meV^-1
|
|
ik = 86 w = -3.4737 eV A(k,w) = 0.13088E-02 meV^-1
|
|
ik = 86 w = -3.2105 eV A(k,w) = 0.13994E-02 meV^-1
|
|
ik = 86 w = -2.9474 eV A(k,w) = 0.63972E-03 meV^-1
|
|
ik = 86 w = -2.6842 eV A(k,w) = 0.21453E-02 meV^-1
|
|
ik = 86 w = -2.4211 eV A(k,w) = 0.77114E-03 meV^-1
|
|
ik = 86 w = -2.1579 eV A(k,w) = 0.19091E-03 meV^-1
|
|
ik = 86 w = -1.8947 eV A(k,w) = 0.79409E-04 meV^-1
|
|
ik = 86 w = -1.6316 eV A(k,w) = 0.41823E-04 meV^-1
|
|
ik = 86 w = -1.3684 eV A(k,w) = 0.25101E-04 meV^-1
|
|
ik = 86 w = -1.1053 eV A(k,w) = 0.16375E-04 meV^-1
|
|
ik = 86 w = -0.8421 eV A(k,w) = 0.11228E-04 meV^-1
|
|
ik = 86 w = -0.5789 eV A(k,w) = 0.78533E-05 meV^-1
|
|
ik = 86 w = -0.3158 eV A(k,w) = 0.54980E-05 meV^-1
|
|
ik = 86 w = -0.0526 eV A(k,w) = 0.38572E-05 meV^-1
|
|
ik = 86 w = 0.2105 eV A(k,w) = 0.27439E-05 meV^-1
|
|
ik = 86 w = 0.4737 eV A(k,w) = 0.19871E-05 meV^-1
|
|
ik = 86 w = 0.7368 eV A(k,w) = 0.14584E-05 meV^-1
|
|
ik = 86 w = 1.0000 eV A(k,w) = 0.10834E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
86 -4.0000 0.12428E-03
|
|
86 -3.7368 0.29113E-03
|
|
86 -3.4737 0.13088E-02
|
|
86 -3.2105 0.13994E-02
|
|
86 -2.9474 0.63972E-03
|
|
86 -2.6842 0.21453E-02
|
|
86 -2.4211 0.77114E-03
|
|
86 -2.1579 0.19091E-03
|
|
86 -1.8947 0.79409E-04
|
|
86 -1.6316 0.41823E-04
|
|
86 -1.3684 0.25101E-04
|
|
86 -1.1053 0.16375E-04
|
|
86 -0.8421 0.11228E-04
|
|
86 -0.5789 0.78533E-05
|
|
86 -0.3158 0.54980E-05
|
|
86 -0.0526 0.38572E-05
|
|
86 0.2105 0.27439E-05
|
|
86 0.4737 0.19871E-05
|
|
86 0.7368 0.14584E-05
|
|
86 1.0000 0.10834E-05
|
|
86 1 -18.6527 -4.0000 -29.8204 116.4533
|
|
86 1 -18.6527 -3.7368 -23.7593 113.9644
|
|
86 1 -18.6527 -3.4737 -17.6598 110.8464
|
|
86 1 -18.6527 -3.2105 -11.4086 107.1204
|
|
86 1 -18.6527 -2.9474 -4.8393 102.4200
|
|
86 1 -18.6527 -2.6842 1.6381 95.9539
|
|
86 1 -18.6527 -2.4211 6.6714 87.6366
|
|
86 1 -18.6527 -2.1579 9.4295 78.6611
|
|
86 1 -18.6527 -1.8947 10.2623 70.1544
|
|
86 1 -18.6527 -1.6316 9.8353 62.5390
|
|
86 1 -18.6527 -1.3684 8.6594 55.9124
|
|
86 1 -18.6527 -1.1053 7.2333 50.2103
|
|
86 1 -18.6527 -0.8421 5.9137 45.0517
|
|
86 1 -18.6527 -0.5789 4.6296 39.9556
|
|
86 1 -18.6527 -0.3158 2.9451 34.7638
|
|
86 1 -18.6527 -0.0526 0.5535 29.8253
|
|
86 1 -18.6527 0.2105 -2.3645 25.5395
|
|
86 1 -18.6527 0.4737 -5.4638 21.9559
|
|
86 1 -18.6527 0.7368 -8.5777 18.9399
|
|
86 1 -18.6527 1.0000 -11.6622 16.4108
|
|
|
|
86 2 -6.9063 -4.0000 -51.7923 105.5266
|
|
86 2 -6.9063 -3.7368 -45.7294 105.6341
|
|
86 2 -6.9063 -3.4737 -39.3749 105.2630
|
|
86 2 -6.9063 -3.2105 -32.4069 104.4268
|
|
86 2 -6.9063 -2.9474 -24.4484 102.5180
|
|
86 2 -6.9063 -2.6842 -15.9882 98.3466
|
|
86 2 -6.9063 -2.4211 -8.7466 91.6536
|
|
86 2 -6.9063 -2.1579 -3.8342 83.7665
|
|
86 2 -6.9063 -1.8947 -0.9784 75.9715
|
|
86 2 -6.9063 -1.6316 0.4557 68.7991
|
|
86 2 -6.9063 -1.3684 1.0060 62.4717
|
|
86 2 -6.9063 -1.1053 1.3052 56.9554
|
|
86 2 -6.9063 -0.8421 1.7774 51.7253
|
|
86 2 -6.9063 -0.5789 2.2122 46.1416
|
|
86 2 -6.9063 -0.3158 1.9054 40.0851
|
|
86 2 -6.9063 -0.0526 0.4204 34.1714
|
|
86 2 -6.9063 0.2105 -1.9387 29.0267
|
|
86 2 -6.9063 0.4737 -4.6511 24.7285
|
|
86 2 -6.9063 0.7368 -7.4875 21.0820
|
|
86 2 -6.9063 1.0000 -10.4089 17.9963
|
|
|
|
86 3 -3.2910 -4.0000 -69.9910 127.1487
|
|
86 3 -3.2910 -3.7368 -62.4571 128.0413
|
|
86 3 -3.2910 -3.4737 -54.4104 128.3120
|
|
86 3 -3.2910 -3.2105 -45.4984 127.9240
|
|
86 3 -3.2910 -2.9474 -35.3016 126.1236
|
|
86 3 -3.2910 -2.6842 -24.4488 121.4475
|
|
86 3 -3.2910 -2.4211 -15.0854 113.5885
|
|
86 3 -3.2910 -2.1579 -8.5866 104.2063
|
|
86 3 -3.2910 -1.8947 -4.6011 94.8932
|
|
86 3 -3.2910 -1.6316 -2.3448 86.2863
|
|
86 3 -3.2910 -1.3684 -1.1723 78.6582
|
|
86 3 -3.2910 -1.1053 -0.2997 71.9783
|
|
86 3 -3.2910 -0.8421 0.8118 65.5791
|
|
86 3 -3.2910 -0.5789 1.8794 58.6274
|
|
86 3 -3.2910 -0.3158 1.9614 50.9677
|
|
86 3 -3.2910 -0.0526 0.4656 43.4229
|
|
86 3 -3.2910 0.2105 -2.2137 36.8351
|
|
86 3 -3.2910 0.4737 -5.3913 31.3160
|
|
86 3 -3.2910 0.7368 -8.7694 26.6182
|
|
86 3 -3.2910 1.0000 -12.2984 22.6346
|
|
|
|
86 4 -2.6027 -4.0000 -75.1971 138.4723
|
|
86 4 -2.6027 -3.7368 -67.0893 139.2715
|
|
86 4 -2.6027 -3.4737 -58.4213 139.4865
|
|
86 4 -2.6027 -3.2105 -48.7510 139.0205
|
|
86 4 -2.6027 -2.9474 -37.6438 136.9847
|
|
86 4 -2.6027 -2.6842 -25.8440 131.7787
|
|
86 4 -2.6027 -2.4211 -15.7123 123.1088
|
|
86 4 -2.6027 -2.1579 -8.7279 112.8110
|
|
86 4 -2.6027 -1.8947 -4.4897 102.6234
|
|
86 4 -2.6027 -1.6316 -2.1259 93.2410
|
|
86 4 -2.6027 -1.3684 -0.9123 84.9437
|
|
86 4 -2.6027 -1.1053 0.0007 77.6647
|
|
86 4 -2.6027 -0.8421 1.1631 70.6640
|
|
86 4 -2.6027 -0.5789 2.2386 63.0679
|
|
86 4 -2.6027 -0.3158 2.2275 54.7442
|
|
86 4 -2.6027 -0.0526 0.5199 46.5756
|
|
86 4 -2.6027 0.2105 -2.4577 39.4546
|
|
86 4 -2.6027 0.4737 -5.9727 33.5049
|
|
86 4 -2.6027 0.7368 -9.6938 28.4668
|
|
86 4 -2.6027 1.0000 -13.5526 24.2164
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 87 coord.: 0.3333333 0.3333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.3978 eV Re[Sigma]= -56.338075 meV Im[Sigma]= 40.534063 meV Z= 1.002330 lam= -0.002325
|
|
E( 2 )= -9.2191 eV Re[Sigma]= -13.643323 meV Im[Sigma]= 49.627666 meV Z= 0.997292 lam= 0.002716
|
|
E( 3 )= -2.0907 eV Re[Sigma]= 96.624120 meV Im[Sigma]= 145.977014 meV Z= 1.021935 lam= -0.021464
|
|
E( 4 )= -2.0907 eV Re[Sigma]= 96.624120 meV Im[Sigma]= 145.977014 meV Z= 1.021935 lam= -0.021464
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 87 coord.: 0.3333333 0.3333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 87 w = -4.0000 eV A(k,w) = 0.28701E-04 meV^-1
|
|
ik = 87 w = -3.7368 eV A(k,w) = 0.38558E-04 meV^-1
|
|
ik = 87 w = -3.4737 eV A(k,w) = 0.54480E-04 meV^-1
|
|
ik = 87 w = -3.2105 eV A(k,w) = 0.82469E-04 meV^-1
|
|
ik = 87 w = -2.9474 eV A(k,w) = 0.13748E-03 meV^-1
|
|
ik = 87 w = -2.6842 eV A(k,w) = 0.26837E-03 meV^-1
|
|
ik = 87 w = -2.4211 eV A(k,w) = 0.74049E-03 meV^-1
|
|
ik = 87 w = -2.1579 eV A(k,w) = 0.43451E-02 meV^-1
|
|
ik = 87 w = -1.8947 eV A(k,w) = 0.13187E-02 meV^-1
|
|
ik = 87 w = -1.6316 eV A(k,w) = 0.28516E-03 meV^-1
|
|
ik = 87 w = -1.3684 eV A(k,w) = 0.10958E-03 meV^-1
|
|
ik = 87 w = -1.1053 eV A(k,w) = 0.54701E-04 meV^-1
|
|
ik = 87 w = -0.8421 eV A(k,w) = 0.31341E-04 meV^-1
|
|
ik = 87 w = -0.5789 eV A(k,w) = 0.19251E-04 meV^-1
|
|
ik = 87 w = -0.3158 eV A(k,w) = 0.12195E-04 meV^-1
|
|
ik = 87 w = -0.0526 eV A(k,w) = 0.78947E-05 meV^-1
|
|
ik = 87 w = 0.2105 eV A(k,w) = 0.52560E-05 meV^-1
|
|
ik = 87 w = 0.4737 eV A(k,w) = 0.35998E-05 meV^-1
|
|
ik = 87 w = 0.7368 eV A(k,w) = 0.25178E-05 meV^-1
|
|
ik = 87 w = 1.0000 eV A(k,w) = 0.17928E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
87 -4.0000 0.28701E-04
|
|
87 -3.7368 0.38558E-04
|
|
87 -3.4737 0.54480E-04
|
|
87 -3.2105 0.82469E-04
|
|
87 -2.9474 0.13748E-03
|
|
87 -2.6842 0.26837E-03
|
|
87 -2.4211 0.74049E-03
|
|
87 -2.1579 0.43451E-02
|
|
87 -1.8947 0.13187E-02
|
|
87 -1.6316 0.28516E-03
|
|
87 -1.3684 0.10958E-03
|
|
87 -1.1053 0.54701E-04
|
|
87 -0.8421 0.31341E-04
|
|
87 -0.5789 0.19251E-04
|
|
87 -0.3158 0.12195E-04
|
|
87 -0.0526 0.78947E-05
|
|
87 0.2105 0.52560E-05
|
|
87 0.4737 0.35998E-05
|
|
87 0.7368 0.25178E-05
|
|
87 1.0000 0.17928E-05
|
|
87 1 -18.3978 -4.0000 -31.6283 115.3522
|
|
87 1 -18.3978 -3.7368 -25.4148 113.2748
|
|
87 1 -18.3978 -3.4737 -19.0564 110.5196
|
|
87 1 -18.3978 -3.2105 -12.4417 107.0385
|
|
87 1 -18.3978 -2.9474 -5.4918 102.4014
|
|
87 1 -18.3978 -2.6842 1.2709 95.8581
|
|
87 1 -18.3978 -2.4211 6.4642 87.4209
|
|
87 1 -18.3978 -2.1579 9.2914 78.3460
|
|
87 1 -18.3978 -1.8947 10.1436 69.7817
|
|
87 1 -18.3978 -1.6316 9.7209 62.1527
|
|
87 1 -18.3978 -1.3684 8.5620 55.5407
|
|
87 1 -18.3978 -1.1053 7.1713 49.8537
|
|
87 1 -18.3978 -0.8421 5.8890 44.6944
|
|
87 1 -18.3978 -0.5789 4.6255 39.5891
|
|
87 1 -18.3978 -0.3158 2.9453 34.3964
|
|
87 1 -18.3978 -0.0526 0.5535 29.4699
|
|
87 1 -18.3978 0.2105 -2.3642 25.2052
|
|
87 1 -18.3978 0.4737 -5.4606 21.6513
|
|
87 1 -18.3978 0.7368 -8.5641 18.6719
|
|
87 1 -18.3978 1.0000 -11.6281 16.1800
|
|
|
|
87 2 -9.2191 -4.0000 -40.7382 91.0195
|
|
87 2 -9.2191 -3.7368 -35.7759 90.8000
|
|
87 2 -9.2191 -3.4737 -30.5954 90.2451
|
|
87 2 -9.2191 -3.2105 -24.8809 89.3673
|
|
87 2 -9.2191 -2.9474 -18.2716 87.6206
|
|
87 2 -9.2191 -2.6842 -11.1705 83.9313
|
|
87 2 -9.2191 -2.4211 -5.0955 78.0189
|
|
87 2 -9.2191 -2.1579 -1.0806 71.0339
|
|
87 2 -9.2191 -1.8947 1.0841 64.1545
|
|
87 2 -9.2191 -1.6316 1.9848 57.8827
|
|
87 2 -9.2191 -1.3684 2.1241 52.4043
|
|
87 2 -9.2191 -1.1053 2.0530 47.6776
|
|
87 2 -9.2191 -0.8421 2.1418 43.2598
|
|
87 2 -9.2191 -0.5789 2.2376 38.6078
|
|
87 2 -9.2191 -0.3158 1.7708 33.5985
|
|
87 2 -9.2191 -0.0526 0.3765 28.7145
|
|
87 2 -9.2191 0.2105 -1.7082 24.4588
|
|
87 2 -9.2191 0.4737 -4.0680 20.8915
|
|
87 2 -9.2191 0.7368 -6.5237 17.8560
|
|
87 2 -9.2191 1.0000 -9.0457 15.2828
|
|
|
|
87 3 -2.0907 -4.0000 -84.7268 143.7438
|
|
87 3 -2.0907 -3.7368 -76.2756 145.2780
|
|
87 3 -2.0907 -3.4737 -67.1153 146.2706
|
|
87 3 -2.0907 -3.2105 -56.7298 146.6003
|
|
87 3 -2.0907 -2.9474 -44.5925 145.2575
|
|
87 3 -2.0907 -2.6842 -31.4885 140.4083
|
|
87 3 -2.0907 -2.4211 -20.0355 131.6277
|
|
87 3 -2.0907 -2.1579 -11.9599 120.8716
|
|
87 3 -2.0907 -1.8947 -6.9202 110.0791
|
|
87 3 -2.0907 -1.6316 -3.9997 100.0748
|
|
87 3 -2.0907 -1.3684 -2.4118 91.2194
|
|
87 3 -2.0907 -1.1053 -1.2102 83.4936
|
|
87 3 -2.0907 -0.8421 0.2670 76.1216
|
|
87 3 -2.0907 -0.5789 1.7189 68.1074
|
|
87 3 -2.0907 -0.3158 2.0391 59.2326
|
|
87 3 -2.0907 -0.0526 0.5044 50.4516
|
|
87 3 -2.0907 0.2105 -2.4381 42.7654
|
|
87 3 -2.0907 0.4737 -5.9855 36.3158
|
|
87 3 -2.0907 0.7368 -9.7889 30.8175
|
|
87 3 -2.0907 1.0000 -13.7897 26.1523
|
|
|
|
87 4 -2.0907 -4.0000 -86.2222 145.2003
|
|
87 4 -2.0907 -3.7368 -77.5253 146.8887
|
|
87 4 -2.0907 -3.4737 -68.0830 147.9678
|
|
87 4 -2.0907 -3.2105 -57.3938 148.3027
|
|
87 4 -2.0907 -2.9474 -44.9649 146.8689
|
|
87 4 -2.0907 -2.6842 -31.6285 141.8425
|
|
87 4 -2.0907 -2.4211 -20.0394 132.8406
|
|
87 4 -2.0907 -2.1579 -11.9222 121.8796
|
|
87 4 -2.0907 -1.8947 -6.8949 110.9351
|
|
87 4 -2.0907 -1.6316 -3.9989 100.8310
|
|
87 4 -2.0907 -1.3684 -2.4241 91.9090
|
|
87 4 -2.0907 -1.1053 -1.2170 84.1283
|
|
87 4 -2.0907 -0.8421 0.2775 76.6948
|
|
87 4 -2.0907 -0.5789 1.7427 68.6065
|
|
87 4 -2.0907 -0.3158 2.0615 59.6526
|
|
87 4 -2.0907 -0.0526 0.5094 50.7971
|
|
87 4 -2.0907 0.2105 -2.4618 43.0478
|
|
87 4 -2.0907 0.4737 -6.0429 36.5477
|
|
87 4 -2.0907 0.7368 -9.8808 31.0103
|
|
87 4 -2.0907 1.0000 -13.9145 26.3147
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 88 coord.: 0.3333333 0.3333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.622368 meV Im[Sigma]= 68.210712 meV Z= 1.015079 lam= -0.014855
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.103465 meV Im[Sigma]= 57.853165 meV Z= 1.005376 lam= -0.005347
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.340451 meV Im[Sigma]= 120.237514 meV Z= 1.022394 lam= -0.021904
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 72.265013 meV Im[Sigma]= 163.896128 meV Z= 1.043274 lam= -0.041479
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 88 coord.: 0.3333333 0.3333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 88 w = -4.0000 eV A(k,w) = 0.47030E-04 meV^-1
|
|
ik = 88 w = -3.7368 eV A(k,w) = 0.55768E-04 meV^-1
|
|
ik = 88 w = -3.4737 eV A(k,w) = 0.83243E-04 meV^-1
|
|
ik = 88 w = -3.2105 eV A(k,w) = 0.16540E-03 meV^-1
|
|
ik = 88 w = -2.9474 eV A(k,w) = 0.53012E-03 meV^-1
|
|
ik = 88 w = -2.6842 eV A(k,w) = 0.25226E-02 meV^-1
|
|
ik = 88 w = -2.4211 eV A(k,w) = 0.48175E-03 meV^-1
|
|
ik = 88 w = -2.1579 eV A(k,w) = 0.13000E-03 meV^-1
|
|
ik = 88 w = -1.8947 eV A(k,w) = 0.54861E-04 meV^-1
|
|
ik = 88 w = -1.6316 eV A(k,w) = 0.28805E-04 meV^-1
|
|
ik = 88 w = -1.3684 eV A(k,w) = 0.17199E-04 meV^-1
|
|
ik = 88 w = -1.1053 eV A(k,w) = 0.11183E-04 meV^-1
|
|
ik = 88 w = -0.8421 eV A(k,w) = 0.76612E-05 meV^-1
|
|
ik = 88 w = -0.5789 eV A(k,w) = 0.53649E-05 meV^-1
|
|
ik = 88 w = -0.3158 eV A(k,w) = 0.37652E-05 meV^-1
|
|
ik = 88 w = -0.0526 eV A(k,w) = 0.26507E-05 meV^-1
|
|
ik = 88 w = 0.2105 eV A(k,w) = 0.18936E-05 meV^-1
|
|
ik = 88 w = 0.4737 eV A(k,w) = 0.13776E-05 meV^-1
|
|
ik = 88 w = 0.7368 eV A(k,w) = 0.10156E-05 meV^-1
|
|
ik = 88 w = 1.0000 eV A(k,w) = 0.75761E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
88 -4.0000 0.47030E-04
|
|
88 -3.7368 0.55768E-04
|
|
88 -3.4737 0.83243E-04
|
|
88 -3.2105 0.16540E-03
|
|
88 -2.9474 0.53012E-03
|
|
88 -2.6842 0.25226E-02
|
|
88 -2.4211 0.48175E-03
|
|
88 -2.1579 0.13000E-03
|
|
88 -1.8947 0.54861E-04
|
|
88 -1.6316 0.28805E-04
|
|
88 -1.3684 0.17199E-04
|
|
88 -1.1053 0.11183E-04
|
|
88 -0.8421 0.76612E-05
|
|
88 -0.5789 0.53649E-05
|
|
88 -0.3158 0.37652E-05
|
|
88 -0.0526 0.26507E-05
|
|
88 0.2105 0.18936E-05
|
|
88 0.4737 0.13776E-05
|
|
88 0.7368 0.10156E-05
|
|
88 1.0000 0.75761E-06
|
|
88 1 -16.6105 -4.0000 -32.3427 106.6443
|
|
88 1 -16.6105 -3.7368 -26.6734 104.8743
|
|
88 1 -16.6105 -3.4737 -20.9510 102.5580
|
|
88 1 -16.6105 -3.2105 -14.9887 99.7467
|
|
88 1 -16.6105 -2.9474 -8.5382 96.0285
|
|
88 1 -16.6105 -2.6842 -1.9922 90.5316
|
|
88 1 -16.6105 -2.4211 3.2791 83.1099
|
|
88 1 -16.6105 -2.1579 6.4088 74.9052
|
|
88 1 -16.6105 -1.8947 7.6846 67.0126
|
|
88 1 -16.6105 -1.6316 7.7031 59.8684
|
|
88 1 -16.6105 -1.3684 6.9436 53.6166
|
|
88 1 -16.6105 -1.1053 5.9104 48.2223
|
|
88 1 -16.6105 -0.8421 4.9627 43.3094
|
|
88 1 -16.6105 -0.5789 4.0177 38.4032
|
|
88 1 -16.6105 -0.3158 2.6306 33.3658
|
|
88 1 -16.6105 -0.0526 0.5033 28.5667
|
|
88 1 -16.6105 0.2105 -2.1691 24.4113
|
|
88 1 -16.6105 0.4737 -5.0327 20.9460
|
|
88 1 -16.6105 0.7368 -7.9202 18.0310
|
|
88 1 -16.6105 1.0000 -10.7913 15.5849
|
|
|
|
88 2 -10.7517 -4.0000 -34.2677 81.7753
|
|
88 2 -10.7517 -3.7368 -29.8629 81.2978
|
|
88 2 -10.7517 -3.4737 -25.3306 80.4855
|
|
88 2 -10.7517 -3.2105 -20.4314 79.3733
|
|
88 2 -10.7517 -2.9474 -14.8651 77.5473
|
|
88 2 -10.7517 -2.6842 -8.9446 74.1353
|
|
88 2 -10.7517 -2.4211 -3.9171 68.9159
|
|
88 2 -10.7517 -2.1579 -0.6114 62.8574
|
|
88 2 -10.7517 -1.8947 1.1823 56.9150
|
|
88 2 -10.7517 -1.6316 1.9463 51.4640
|
|
88 2 -10.7517 -1.3684 2.0634 46.6500
|
|
88 2 -10.7517 -1.1053 1.9801 42.4619
|
|
88 2 -10.7517 -0.8421 2.0208 38.5392
|
|
88 2 -10.7517 -0.5789 2.0640 34.4128
|
|
88 2 -10.7517 -0.3158 1.6127 29.9689
|
|
88 2 -10.7517 -0.0526 0.3411 25.6313
|
|
88 2 -10.7517 0.2105 -1.5447 21.8473
|
|
88 2 -10.7517 0.4737 -3.6769 18.6737
|
|
88 2 -10.7517 0.7368 -5.8949 15.9738
|
|
88 2 -10.7517 1.0000 -8.1706 13.6862
|
|
|
|
88 3 -5.2472 -4.0000 -58.5130 109.5737
|
|
88 3 -5.2472 -3.7368 -52.0696 110.3225
|
|
88 3 -5.2472 -3.4737 -45.1867 110.5031
|
|
88 3 -5.2472 -3.2105 -37.5732 110.1141
|
|
88 3 -5.2472 -2.9474 -28.8435 108.5222
|
|
88 3 -5.2472 -2.6842 -19.5166 104.4421
|
|
88 3 -5.2472 -2.4211 -11.4630 97.5739
|
|
88 3 -5.2472 -2.1579 -5.9078 89.3548
|
|
88 3 -5.2472 -1.8947 -2.5595 81.1842
|
|
88 3 -5.2472 -1.6316 -0.7381 73.6267
|
|
88 3 -5.2472 -1.3684 0.1160 66.9238
|
|
88 3 -5.2472 -1.1053 0.6734 61.0563
|
|
88 3 -5.2472 -0.8421 1.3947 55.4711
|
|
88 3 -5.2472 -0.5789 2.0560 49.4807
|
|
88 3 -5.2472 -0.3158 1.8923 42.9588
|
|
88 3 -5.2472 -0.0526 0.4289 36.5804
|
|
88 3 -5.2472 0.2105 -2.0005 31.0318
|
|
88 3 -5.2472 0.4737 -4.8256 26.3991
|
|
88 3 -5.2472 0.7368 -7.7947 22.4712
|
|
88 3 -5.2472 1.0000 -10.8640 19.1491
|
|
|
|
88 4 -2.6593 -4.0000 -74.6776 132.0257
|
|
88 4 -2.6593 -3.7368 -66.5860 133.0502
|
|
88 4 -2.6593 -3.4737 -58.0212 133.3910
|
|
88 4 -2.6593 -3.2105 -48.5930 133.0532
|
|
88 4 -2.6593 -2.9474 -37.8272 131.2519
|
|
88 4 -2.6593 -2.6842 -26.3720 126.4429
|
|
88 4 -2.6593 -2.4211 -16.4686 118.3026
|
|
88 4 -2.6593 -2.1579 -9.5471 108.5564
|
|
88 4 -2.6593 -1.8947 -5.2497 98.8523
|
|
88 4 -2.6593 -1.6316 -2.7785 89.8569
|
|
88 4 -2.6593 -1.3684 -1.4702 81.8721
|
|
88 4 -2.6593 -1.1053 -0.5032 74.8835
|
|
88 4 -2.6593 -0.8421 0.6979 68.2054
|
|
88 4 -2.6593 -0.5789 1.8544 60.9655
|
|
88 4 -2.6593 -0.3158 1.9874 52.9908
|
|
88 4 -2.6593 -0.0526 0.4757 45.1367
|
|
88 4 -2.6593 0.2105 -2.2678 38.2813
|
|
88 4 -2.6593 0.4737 -5.5280 32.5370
|
|
88 4 -2.6593 0.7368 -8.9982 27.6426
|
|
88 4 -2.6593 1.0000 -12.6308 23.4883
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 89 coord.: 0.3333333 0.3333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.7489 eV Re[Sigma]= -39.580694 meV Im[Sigma]= 60.622273 meV Z= 1.003811 lam= -0.003796
|
|
E( 2 )= -10.6632 eV Re[Sigma]= -15.301540 meV Im[Sigma]= 65.094462 meV Z= 1.006752 lam= -0.006706
|
|
E( 3 )= -9.4579 eV Re[Sigma]= 2.604506 meV Im[Sigma]= 39.545535 meV Z= 0.995880 lam= 0.004137
|
|
E( 4 )= -4.5555 eV Re[Sigma]= 12.355931 meV Im[Sigma]= 124.565020 meV Z= 1.016622 lam= -0.016350
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 89 coord.: 0.3333333 0.3333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 89 w = -4.0000 eV A(k,w) = 0.88621E-04 meV^-1
|
|
ik = 89 w = -3.7368 eV A(k,w) = 0.45792E-04 meV^-1
|
|
ik = 89 w = -3.4737 eV A(k,w) = 0.28123E-04 meV^-1
|
|
ik = 89 w = -3.2105 eV A(k,w) = 0.19102E-04 meV^-1
|
|
ik = 89 w = -2.9474 eV A(k,w) = 0.13766E-04 meV^-1
|
|
ik = 89 w = -2.6842 eV A(k,w) = 0.10180E-04 meV^-1
|
|
ik = 89 w = -2.4211 eV A(k,w) = 0.75750E-05 meV^-1
|
|
ik = 89 w = -2.1579 eV A(k,w) = 0.56773E-05 meV^-1
|
|
ik = 89 w = -1.8947 eV A(k,w) = 0.43134E-05 meV^-1
|
|
ik = 89 w = -1.6316 eV A(k,w) = 0.33285E-05 meV^-1
|
|
ik = 89 w = -1.3684 eV A(k,w) = 0.26114E-05 meV^-1
|
|
ik = 89 w = -1.1053 eV A(k,w) = 0.20824E-05 meV^-1
|
|
ik = 89 w = -0.8421 eV A(k,w) = 0.16725E-05 meV^-1
|
|
ik = 89 w = -0.5789 eV A(k,w) = 0.13314E-05 meV^-1
|
|
ik = 89 w = -0.3158 eV A(k,w) = 0.10393E-05 meV^-1
|
|
ik = 89 w = -0.0526 eV A(k,w) = 0.80072E-06 meV^-1
|
|
ik = 89 w = 0.2105 eV A(k,w) = 0.61817E-06 meV^-1
|
|
ik = 89 w = 0.4737 eV A(k,w) = 0.48100E-06 meV^-1
|
|
ik = 89 w = 0.7368 eV A(k,w) = 0.37603E-06 meV^-1
|
|
ik = 89 w = 1.0000 eV A(k,w) = 0.29539E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
89 -4.0000 0.88621E-04
|
|
89 -3.7368 0.45792E-04
|
|
89 -3.4737 0.28123E-04
|
|
89 -3.2105 0.19102E-04
|
|
89 -2.9474 0.13766E-04
|
|
89 -2.6842 0.10180E-04
|
|
89 -2.4211 0.75750E-05
|
|
89 -2.1579 0.56773E-05
|
|
89 -1.8947 0.43134E-05
|
|
89 -1.6316 0.33285E-05
|
|
89 -1.3684 0.26114E-05
|
|
89 -1.1053 0.20824E-05
|
|
89 -0.8421 0.16725E-05
|
|
89 -0.5789 0.13314E-05
|
|
89 -0.3158 0.10393E-05
|
|
89 -0.0526 0.80072E-06
|
|
89 0.2105 0.61817E-06
|
|
89 0.4737 0.48100E-06
|
|
89 0.7368 0.37603E-06
|
|
89 1.0000 0.29539E-06
|
|
89 1 -13.7489 -4.0000 -38.2895 104.1666
|
|
89 1 -13.7489 -3.7368 -32.5690 103.0590
|
|
89 1 -13.7489 -3.4737 -26.7565 101.4304
|
|
89 1 -13.7489 -3.2105 -20.6025 99.3687
|
|
89 1 -13.7489 -2.9474 -13.7608 96.4026
|
|
89 1 -13.7489 -2.6842 -6.6247 91.5117
|
|
89 1 -13.7489 -2.4211 -0.6974 84.4672
|
|
89 1 -13.7489 -2.1579 3.0333 76.4636
|
|
89 1 -13.7489 -1.8947 4.8288 68.6808
|
|
89 1 -13.7489 -1.6316 5.3010 61.6058
|
|
89 1 -13.7489 -1.3684 4.9602 55.4147
|
|
89 1 -13.7489 -1.1053 4.3591 50.0683
|
|
89 1 -13.7489 -0.8421 3.8755 45.1382
|
|
89 1 -13.7489 -0.5789 3.3823 40.1010
|
|
89 1 -13.7489 -0.3158 2.3580 34.8297
|
|
89 1 -13.7489 -0.0526 0.4684 29.7673
|
|
89 1 -13.7489 0.2105 -2.0572 25.3802
|
|
89 1 -13.7489 0.4737 -4.8182 21.7207
|
|
89 1 -13.7489 0.7368 -7.6321 18.6325
|
|
89 1 -13.7489 1.0000 -10.4611 16.0324
|
|
|
|
89 2 -10.6632 -4.0000 -40.7019 94.3935
|
|
89 2 -10.6632 -3.7368 -35.7329 94.0232
|
|
89 2 -10.6632 -3.4737 -30.5049 93.2887
|
|
89 2 -10.6632 -3.2105 -24.7595 92.1812
|
|
89 2 -10.6632 -2.9474 -18.1864 90.1903
|
|
89 2 -10.6632 -2.6842 -11.1918 86.3059
|
|
89 2 -10.6632 -2.4211 -5.2381 80.2968
|
|
89 2 -10.6632 -2.1579 -1.2780 73.2921
|
|
89 2 -10.6632 -1.8947 0.9239 66.3907
|
|
89 2 -10.6632 -1.6316 1.9093 60.0354
|
|
89 2 -10.6632 -1.3684 2.1188 54.4141
|
|
89 2 -10.6632 -1.1053 2.0804 49.5257
|
|
89 2 -10.6632 -0.8421 2.1820 44.9526
|
|
89 2 -10.6632 -0.5789 2.2887 40.1428
|
|
89 2 -10.6632 -0.3158 1.8195 34.9566
|
|
89 2 -10.6632 -0.0526 0.3883 29.8881
|
|
89 2 -10.6632 0.2105 -1.7656 25.4633
|
|
89 2 -10.6632 0.4737 -4.2119 21.7494
|
|
89 2 -10.6632 0.7368 -6.7637 18.5874
|
|
89 2 -10.6632 1.0000 -9.3883 15.9076
|
|
|
|
89 3 -9.4579 -4.0000 -30.5470 66.5098
|
|
89 3 -9.4579 -3.7368 -27.1415 66.8283
|
|
89 3 -9.4579 -3.4737 -23.3301 66.7999
|
|
89 3 -9.4579 -3.2105 -19.0562 66.3169
|
|
89 3 -9.4579 -2.9474 -14.2359 65.0666
|
|
89 3 -9.4579 -2.6842 -9.1758 62.4318
|
|
89 3 -9.4579 -2.4211 -4.8775 58.2889
|
|
89 3 -9.4579 -2.1579 -1.9866 53.4494
|
|
89 3 -9.4579 -1.8947 -0.3045 48.6795
|
|
89 3 -9.4579 -1.6316 0.5568 44.2547
|
|
89 3 -9.4579 -1.3684 0.8756 40.2900
|
|
89 3 -9.4579 -1.1053 1.0050 36.8047
|
|
89 3 -9.4579 -0.8421 1.2317 33.5128
|
|
89 3 -9.4579 -0.5789 1.4603 30.0021
|
|
89 3 -9.4579 -0.3158 1.2430 26.1635
|
|
89 3 -9.4579 -0.0526 0.2741 22.3811
|
|
89 3 -9.4579 0.2105 -1.2664 19.0691
|
|
89 3 -9.4579 0.4737 -3.0462 16.2871
|
|
89 3 -9.4579 0.7368 -4.9189 13.9168
|
|
89 3 -9.4579 1.0000 -6.8579 11.9069
|
|
|
|
89 4 -4.5555 -4.0000 -59.1831 106.2332
|
|
89 4 -4.5555 -3.7368 -53.1724 107.1506
|
|
89 4 -4.5555 -3.4737 -46.6044 107.6160
|
|
89 4 -4.5555 -3.2105 -39.2133 107.5236
|
|
89 4 -4.5555 -2.9474 -30.6871 106.2274
|
|
89 4 -4.5555 -2.6842 -21.5658 102.5037
|
|
89 4 -4.5555 -2.4211 -13.6521 96.0928
|
|
89 4 -4.5555 -2.1579 -8.0969 88.3824
|
|
89 4 -4.5555 -1.8947 -4.6025 80.6863
|
|
89 4 -4.5555 -1.6316 -2.5384 73.5093
|
|
89 4 -4.5555 -1.3684 -1.4138 67.0894
|
|
89 4 -4.5555 -1.1053 -0.5869 61.4500
|
|
89 4 -4.5555 -0.8421 0.4286 56.0592
|
|
89 4 -4.5555 -0.5789 1.4240 50.1922
|
|
89 4 -4.5555 -0.3158 1.5841 43.6916
|
|
89 4 -4.5555 -0.0526 0.3835 37.2695
|
|
89 4 -4.5555 0.2105 -1.8345 31.6588
|
|
89 4 -4.5555 0.4737 -4.4758 26.9490
|
|
89 4 -4.5555 0.7368 -7.2942 22.9185
|
|
89 4 -4.5555 1.0000 -10.2613 19.4821
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 90 coord.: 0.3333333 0.3333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.305850 meV Im[Sigma]= 56.076441 meV Z= 1.000191 lam= -0.000191
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.714461 meV Im[Sigma]= 56.833161 meV Z= 1.000355 lam= -0.000355
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -10.546366 meV Im[Sigma]= 82.756673 meV Z= 1.018010 lam= -0.017692
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.241423 meV Im[Sigma]= 80.026179 meV Z= 1.002837 lam= -0.002829
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 90 coord.: 0.3333333 0.3333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 90 w = -4.0000 eV A(k,w) = 0.10767E-04 meV^-1
|
|
ik = 90 w = -3.7368 eV A(k,w) = 0.88349E-05 meV^-1
|
|
ik = 90 w = -3.4737 eV A(k,w) = 0.73904E-05 meV^-1
|
|
ik = 90 w = -3.2105 eV A(k,w) = 0.62647E-05 meV^-1
|
|
ik = 90 w = -2.9474 eV A(k,w) = 0.53311E-05 meV^-1
|
|
ik = 90 w = -2.6842 eV A(k,w) = 0.44870E-05 meV^-1
|
|
ik = 90 w = -2.4211 eV A(k,w) = 0.37048E-05 meV^-1
|
|
ik = 90 w = -2.1579 eV A(k,w) = 0.30245E-05 meV^-1
|
|
ik = 90 w = -1.8947 eV A(k,w) = 0.24676E-05 meV^-1
|
|
ik = 90 w = -1.6316 eV A(k,w) = 0.20216E-05 meV^-1
|
|
ik = 90 w = -1.3684 eV A(k,w) = 0.16684E-05 meV^-1
|
|
ik = 90 w = -1.1053 eV A(k,w) = 0.13889E-05 meV^-1
|
|
ik = 90 w = -0.8421 eV A(k,w) = 0.11573E-05 meV^-1
|
|
ik = 90 w = -0.5789 eV A(k,w) = 0.95103E-06 meV^-1
|
|
ik = 90 w = -0.3158 eV A(k,w) = 0.76338E-06 meV^-1
|
|
ik = 90 w = -0.0526 eV A(k,w) = 0.60287E-06 meV^-1
|
|
ik = 90 w = 0.2105 eV A(k,w) = 0.47576E-06 meV^-1
|
|
ik = 90 w = 0.4737 eV A(k,w) = 0.37754E-06 meV^-1
|
|
ik = 90 w = 0.7368 eV A(k,w) = 0.30045E-06 meV^-1
|
|
ik = 90 w = 1.0000 eV A(k,w) = 0.23988E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
90 -4.0000 0.10767E-04
|
|
90 -3.7368 0.88349E-05
|
|
90 -3.4737 0.73904E-05
|
|
90 -3.2105 0.62647E-05
|
|
90 -2.9474 0.53311E-05
|
|
90 -2.6842 0.44870E-05
|
|
90 -2.4211 0.37048E-05
|
|
90 -2.1579 0.30245E-05
|
|
90 -1.8947 0.24676E-05
|
|
90 -1.6316 0.20216E-05
|
|
90 -1.3684 0.16684E-05
|
|
90 -1.1053 0.13889E-05
|
|
90 -0.8421 0.11573E-05
|
|
90 -0.5789 0.95103E-06
|
|
90 -0.3158 0.76338E-06
|
|
90 -0.0526 0.60287E-06
|
|
90 0.2105 0.47576E-06
|
|
90 0.4737 0.37754E-06
|
|
90 0.7368 0.30045E-06
|
|
90 1.0000 0.23988E-06
|
|
90 1 -14.5793 -4.0000 -33.5467 97.8214
|
|
90 1 -14.5793 -3.7368 -28.5410 96.5701
|
|
90 1 -14.5793 -3.4737 -23.4056 94.9067
|
|
90 1 -14.5793 -3.2105 -17.9272 92.8504
|
|
90 1 -14.5793 -2.9474 -11.8333 89.9720
|
|
90 1 -14.5793 -2.6842 -5.4859 85.3669
|
|
90 1 -14.5793 -2.4211 -0.2436 78.8358
|
|
90 1 -14.5793 -2.1579 3.0075 71.4736
|
|
90 1 -14.5793 -1.8947 4.5301 64.3488
|
|
90 1 -14.5793 -1.6316 4.8929 57.8761
|
|
90 1 -14.5793 -1.3684 4.5432 52.1945
|
|
90 1 -14.5793 -1.1053 3.9698 47.2732
|
|
90 1 -14.5793 -0.8421 3.5234 42.7242
|
|
90 1 -14.5793 -0.5789 3.0909 38.0524
|
|
90 1 -14.5793 -0.3158 2.1733 33.1244
|
|
90 1 -14.5793 -0.0526 0.4349 28.3571
|
|
90 1 -14.5793 0.2105 -1.9198 24.2036
|
|
90 1 -14.5793 0.4737 -4.5141 20.7248
|
|
90 1 -14.5793 0.7368 -7.1747 17.7813
|
|
90 1 -14.5793 1.0000 -9.8622 15.3014
|
|
|
|
90 2 -10.2664 -4.0000 -44.2282 92.6925
|
|
90 2 -10.2664 -3.7368 -39.1227 92.8471
|
|
90 2 -10.2664 -3.4737 -33.6610 92.5951
|
|
90 2 -10.2664 -3.2105 -27.6027 91.8886
|
|
90 2 -10.2664 -2.9474 -20.6736 90.2029
|
|
90 2 -10.2664 -2.6842 -13.3075 86.5248
|
|
90 2 -10.2664 -2.4211 -7.0063 80.6259
|
|
90 2 -10.2664 -2.1579 -2.7533 73.6746
|
|
90 2 -10.2664 -1.8947 -0.3004 66.8082
|
|
90 2 -10.2664 -1.6316 0.9165 60.4766
|
|
90 2 -10.2664 -1.3684 1.3480 54.8628
|
|
90 2 -10.2664 -1.1053 1.5260 49.9568
|
|
90 2 -10.2664 -0.8421 1.8299 45.3284
|
|
90 2 -10.2664 -0.5789 2.1020 40.4265
|
|
90 2 -10.2664 -0.3158 1.7458 35.1329
|
|
90 2 -10.2664 -0.0526 0.3796 29.9674
|
|
90 2 -10.2664 0.2105 -1.7406 25.4701
|
|
90 2 -10.2664 0.4737 -4.1668 21.7107
|
|
90 2 -10.2664 0.7368 -6.6994 18.5234
|
|
90 2 -10.2664 1.0000 -9.3012 15.8296
|
|
|
|
90 3 -7.2955 -4.0000 -43.8414 85.0767
|
|
90 3 -7.2955 -3.7368 -39.2161 85.7001
|
|
90 3 -7.2955 -3.4737 -34.1142 85.9387
|
|
90 3 -7.2955 -3.2105 -28.3562 85.6849
|
|
90 3 -7.2955 -2.9474 -21.7427 84.4438
|
|
90 3 -7.2955 -2.6842 -14.7074 81.2937
|
|
90 3 -7.2955 -2.4211 -8.6501 76.0472
|
|
90 3 -7.2955 -2.1579 -4.4664 69.7960
|
|
90 3 -7.2955 -1.8947 -1.9186 63.5743
|
|
90 3 -7.2955 -1.6316 -0.5073 57.7795
|
|
90 3 -7.2955 -1.3684 0.1541 52.5950
|
|
90 3 -7.2955 -1.1053 0.5609 48.0412
|
|
90 3 -7.2955 -0.8421 1.0897 43.7184
|
|
90 3 -7.2955 -0.5789 1.5941 39.0817
|
|
90 3 -7.2955 -0.3158 1.4731 34.0073
|
|
90 3 -7.2955 -0.0526 0.3351 29.0197
|
|
90 3 -7.2955 0.2105 -1.5661 24.6666
|
|
90 3 -7.2955 0.4737 -3.7834 21.0193
|
|
90 3 -7.2955 0.7368 -6.1229 17.9138
|
|
90 3 -7.2955 1.0000 -8.5538 15.2788
|
|
|
|
90 4 -5.9070 -4.0000 -49.9868 88.2792
|
|
90 4 -5.9070 -3.7368 -45.0578 89.3079
|
|
90 4 -5.9070 -3.4737 -39.6011 89.9359
|
|
90 4 -5.9070 -3.2105 -33.4104 90.0591
|
|
90 4 -5.9070 -2.9474 -26.2455 89.1432
|
|
90 4 -5.9070 -2.6842 -18.5529 86.1715
|
|
90 4 -5.9070 -2.4211 -11.8455 80.9082
|
|
90 4 -5.9070 -2.1579 -7.1119 74.5159
|
|
90 4 -5.9070 -1.8947 -4.1075 68.1106
|
|
90 4 -5.9070 -1.6316 -2.3017 62.1149
|
|
90 4 -5.9070 -1.3684 -1.2914 56.7280
|
|
90 4 -5.9070 -1.1053 -0.5433 51.9775
|
|
90 4 -5.9070 -0.8421 0.3521 47.4203
|
|
90 4 -5.9070 -0.5789 1.2143 42.4481
|
|
90 4 -5.9070 -0.3158 1.3525 36.9371
|
|
90 4 -5.9070 -0.0526 0.3273 31.4970
|
|
90 4 -5.9070 0.2105 -1.5653 26.7504
|
|
90 4 -5.9070 0.4737 -3.8168 22.7735
|
|
90 4 -5.9070 0.7368 -6.2141 19.3758
|
|
90 4 -5.9070 1.0000 -8.7329 16.4802
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 91 coord.: 0.3333333 0.5000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.220766 meV Im[Sigma]= 56.067521 meV Z= 1.000168 lam= -0.000168
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.333182 meV Im[Sigma]= 57.067883 meV Z= 1.000464 lam= -0.000464
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -11.005112 meV Im[Sigma]= 83.964603 meV Z= 1.018399 lam= -0.018067
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -4.796098 meV Im[Sigma]= 78.112609 meV Z= 1.002530 lam= -0.002523
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 91 coord.: 0.3333333 0.5000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 91 w = -4.0000 eV A(k,w) = 0.10638E-04 meV^-1
|
|
ik = 91 w = -3.7368 eV A(k,w) = 0.87346E-05 meV^-1
|
|
ik = 91 w = -3.4737 eV A(k,w) = 0.73139E-05 meV^-1
|
|
ik = 91 w = -3.2105 eV A(k,w) = 0.62076E-05 meV^-1
|
|
ik = 91 w = -2.9474 eV A(k,w) = 0.52888E-05 meV^-1
|
|
ik = 91 w = -2.6842 eV A(k,w) = 0.44552E-05 meV^-1
|
|
ik = 91 w = -2.4211 eV A(k,w) = 0.36804E-05 meV^-1
|
|
ik = 91 w = -2.1579 eV A(k,w) = 0.30058E-05 meV^-1
|
|
ik = 91 w = -1.8947 eV A(k,w) = 0.24537E-05 meV^-1
|
|
ik = 91 w = -1.6316 eV A(k,w) = 0.20114E-05 meV^-1
|
|
ik = 91 w = -1.3684 eV A(k,w) = 0.16607E-05 meV^-1
|
|
ik = 91 w = -1.1053 eV A(k,w) = 0.13828E-05 meV^-1
|
|
ik = 91 w = -0.8421 eV A(k,w) = 0.11522E-05 meV^-1
|
|
ik = 91 w = -0.5789 eV A(k,w) = 0.94662E-06 meV^-1
|
|
ik = 91 w = -0.3158 eV A(k,w) = 0.75968E-06 meV^-1
|
|
ik = 91 w = -0.0526 eV A(k,w) = 0.59981E-06 meV^-1
|
|
ik = 91 w = 0.2105 eV A(k,w) = 0.47321E-06 meV^-1
|
|
ik = 91 w = 0.4737 eV A(k,w) = 0.37542E-06 meV^-1
|
|
ik = 91 w = 0.7368 eV A(k,w) = 0.29873E-06 meV^-1
|
|
ik = 91 w = 1.0000 eV A(k,w) = 0.23851E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
91 -4.0000 0.10638E-04
|
|
91 -3.7368 0.87346E-05
|
|
91 -3.4737 0.73139E-05
|
|
91 -3.2105 0.62076E-05
|
|
91 -2.9474 0.52888E-05
|
|
91 -2.6842 0.44552E-05
|
|
91 -2.4211 0.36804E-05
|
|
91 -2.1579 0.30058E-05
|
|
91 -1.8947 0.24537E-05
|
|
91 -1.6316 0.20114E-05
|
|
91 -1.3684 0.16607E-05
|
|
91 -1.1053 0.13828E-05
|
|
91 -0.8421 0.11522E-05
|
|
91 -0.5789 0.94662E-06
|
|
91 -0.3158 0.75968E-06
|
|
91 -0.0526 0.59981E-06
|
|
91 0.2105 0.47321E-06
|
|
91 0.4737 0.37542E-06
|
|
91 0.7368 0.29873E-06
|
|
91 1.0000 0.23851E-06
|
|
91 1 -14.5793 -4.0000 -33.3605 98.1083
|
|
91 1 -14.5793 -3.7368 -28.3362 96.7526
|
|
91 1 -14.5793 -3.4737 -23.2105 95.0101
|
|
91 1 -14.5793 -3.2105 -17.7529 92.8974
|
|
91 1 -14.5793 -2.9474 -11.6826 89.9786
|
|
91 1 -14.5793 -2.6842 -5.3605 85.3436
|
|
91 1 -14.5793 -2.4211 -0.1453 78.7930
|
|
91 1 -14.5793 -2.1579 3.0802 71.4220
|
|
91 1 -14.5793 -1.8947 4.5825 64.2970
|
|
91 1 -14.5793 -1.6316 4.9328 57.8288
|
|
91 1 -14.5793 -1.3684 4.5785 52.1508
|
|
91 1 -14.5793 -1.1053 4.0047 47.2278
|
|
91 1 -14.5793 -0.8421 3.5556 42.6717
|
|
91 1 -14.5793 -0.5789 3.1149 37.9923
|
|
91 1 -14.5793 -0.3158 2.1861 33.0606
|
|
91 1 -14.5793 -0.0526 0.4369 28.2930
|
|
91 1 -14.5793 0.2105 -1.9280 24.1411
|
|
91 1 -14.5793 0.4737 -4.5326 20.6663
|
|
91 1 -14.5793 0.7368 -7.2017 17.7302
|
|
91 1 -14.5793 1.0000 -9.8940 15.2596
|
|
|
|
91 2 -10.2664 -4.0000 -44.4904 92.9155
|
|
91 2 -10.2664 -3.7368 -39.3662 93.0622
|
|
91 2 -10.2664 -3.4737 -33.8856 92.8073
|
|
91 2 -10.2664 -3.2105 -27.8057 92.0956
|
|
91 2 -10.2664 -2.9474 -20.8576 90.3978
|
|
91 2 -10.2664 -2.6842 -13.4821 86.7034
|
|
91 2 -10.2664 -2.4211 -7.1830 80.7924
|
|
91 2 -10.2664 -2.1579 -2.9385 73.8405
|
|
91 2 -10.2664 -1.8947 -0.4920 66.9876
|
|
91 2 -10.2664 -1.6316 0.7306 60.6804
|
|
91 2 -10.2664 -1.3684 1.1856 55.0917
|
|
91 2 -10.2664 -1.1053 1.4023 50.1997
|
|
91 2 -10.2664 -0.8421 1.7508 45.5672
|
|
91 2 -10.2664 -0.5789 2.0626 40.6435
|
|
91 2 -10.2664 -0.3158 1.7332 35.3167
|
|
91 2 -10.2664 -0.0526 0.3788 30.1151
|
|
91 2 -10.2664 0.2105 -1.7412 25.5862
|
|
91 2 -10.2664 0.4737 -4.1736 21.8018
|
|
91 2 -10.2664 0.7368 -6.7150 18.5958
|
|
91 2 -10.2664 1.0000 -9.3263 15.8880
|
|
|
|
91 3 -7.2955 -4.0000 -42.8636 85.3117
|
|
91 3 -7.2955 -3.7368 -38.3274 85.7690
|
|
91 3 -7.2955 -3.4737 -33.3258 85.8865
|
|
91 3 -7.2955 -3.2105 -27.6678 85.5431
|
|
91 3 -7.2955 -2.9474 -21.1536 84.2341
|
|
91 3 -7.2955 -2.6842 -14.2195 81.0357
|
|
91 3 -7.2955 -2.4211 -8.2645 75.7637
|
|
91 3 -7.2955 -2.1579 -4.1776 69.5139
|
|
91 3 -7.2955 -1.8947 -1.7072 63.3173
|
|
91 3 -7.2955 -1.6316 -0.3459 57.5558
|
|
91 3 -7.2955 -1.3684 0.2858 52.3969
|
|
91 3 -7.2955 -1.1053 0.6693 47.8565
|
|
91 3 -7.2955 -0.8421 1.1712 43.5412
|
|
91 3 -7.2955 -0.5789 1.6441 38.9161
|
|
91 3 -7.2955 -0.3158 1.4949 33.8617
|
|
91 3 -7.2955 -0.0526 0.3378 28.8980
|
|
91 3 -7.2955 0.2105 -1.5746 24.5665
|
|
91 3 -7.2955 0.4737 -3.7992 20.9375
|
|
91 3 -7.2955 0.7368 -6.1437 17.8483
|
|
91 3 -7.2955 1.0000 -8.5769 15.2281
|
|
|
|
91 4 -5.9070 -4.0000 -49.7614 86.5753
|
|
91 4 -5.9070 -3.7368 -45.0397 87.6784
|
|
91 4 -5.9070 -3.4737 -39.7622 88.4469
|
|
91 4 -5.9070 -3.2105 -33.6952 88.7533
|
|
91 4 -5.9070 -2.9474 -26.5870 88.0303
|
|
91 4 -5.9070 -2.6842 -18.8973 85.2266
|
|
91 4 -5.9070 -2.4211 -12.1708 80.0956
|
|
91 4 -5.9070 -2.1579 -7.4155 73.8158
|
|
91 4 -5.9070 -1.8947 -4.3802 67.5163
|
|
91 4 -5.9070 -1.6316 -2.5265 61.6134
|
|
91 4 -5.9070 -1.3684 -1.4570 56.2956
|
|
91 4 -5.9070 -1.1053 -0.6513 51.5874
|
|
91 4 -5.9070 -0.8421 0.2862 47.0535
|
|
91 4 -5.9070 -0.5789 1.1727 42.1021
|
|
91 4 -5.9070 -0.3158 1.3283 36.6188
|
|
91 4 -5.9070 -0.0526 0.3230 31.2089
|
|
91 4 -5.9070 0.2105 -1.5484 26.4889
|
|
91 4 -5.9070 0.4737 -3.7817 22.5359
|
|
91 4 -5.9070 0.7368 -6.1630 19.1637
|
|
91 4 -5.9070 1.0000 -8.6636 16.2954
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 92 coord.: 0.3333333 0.5000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.721655 meV Im[Sigma]= 72.550738 meV Z= 1.014355 lam= -0.014152
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.814437 meV Im[Sigma]= 49.833839 meV Z= 0.996140 lam= 0.003874
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.489419 meV Im[Sigma]= 87.638652 meV Z= 1.015650 lam= -0.015409
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.725360 meV Im[Sigma]= 142.114369 meV Z= 1.024786 lam= -0.024187
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 92 coord.: 0.3333333 0.5000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 92 w = -4.0000 eV A(k,w) = 0.26892E-02 meV^-1
|
|
ik = 92 w = -3.7368 eV A(k,w) = 0.41860E-03 meV^-1
|
|
ik = 92 w = -3.4737 eV A(k,w) = 0.12920E-03 meV^-1
|
|
ik = 92 w = -3.2105 eV A(k,w) = 0.61869E-04 meV^-1
|
|
ik = 92 w = -2.9474 eV A(k,w) = 0.36178E-04 meV^-1
|
|
ik = 92 w = -2.6842 eV A(k,w) = 0.23287E-04 meV^-1
|
|
ik = 92 w = -2.4211 eV A(k,w) = 0.15686E-04 meV^-1
|
|
ik = 92 w = -2.1579 eV A(k,w) = 0.10903E-04 meV^-1
|
|
ik = 92 w = -1.8947 eV A(k,w) = 0.78092E-05 meV^-1
|
|
ik = 92 w = -1.6316 eV A(k,w) = 0.57480E-05 meV^-1
|
|
ik = 92 w = -1.3684 eV A(k,w) = 0.43387E-05 meV^-1
|
|
ik = 92 w = -1.1053 eV A(k,w) = 0.33498E-05 meV^-1
|
|
ik = 92 w = -0.8421 eV A(k,w) = 0.26171E-05 meV^-1
|
|
ik = 92 w = -0.5789 eV A(k,w) = 0.20344E-05 meV^-1
|
|
ik = 92 w = -0.3158 eV A(k,w) = 0.15560E-05 meV^-1
|
|
ik = 92 w = -0.0526 eV A(k,w) = 0.11778E-05 meV^-1
|
|
ik = 92 w = 0.2105 eV A(k,w) = 0.89507E-06 meV^-1
|
|
ik = 92 w = 0.4737 eV A(k,w) = 0.68684E-06 meV^-1
|
|
ik = 92 w = 0.7368 eV A(k,w) = 0.53056E-06 meV^-1
|
|
ik = 92 w = 1.0000 eV A(k,w) = 0.41254E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
92 -4.0000 0.26892E-02
|
|
92 -3.7368 0.41860E-03
|
|
92 -3.4737 0.12920E-03
|
|
92 -3.2105 0.61869E-04
|
|
92 -2.9474 0.36178E-04
|
|
92 -2.6842 0.23287E-04
|
|
92 -2.4211 0.15686E-04
|
|
92 -2.1579 0.10903E-04
|
|
92 -1.8947 0.78092E-05
|
|
92 -1.6316 0.57480E-05
|
|
92 -1.3684 0.43387E-05
|
|
92 -1.1053 0.33498E-05
|
|
92 -0.8421 0.26171E-05
|
|
92 -0.5789 0.20344E-05
|
|
92 -0.3158 0.15560E-05
|
|
92 -0.0526 0.11778E-05
|
|
92 0.2105 0.89507E-06
|
|
92 0.4737 0.68684E-06
|
|
92 0.7368 0.53056E-06
|
|
92 1.0000 0.41254E-06
|
|
92 1 -16.2688 -4.0000 -31.8898 105.0143
|
|
92 1 -16.2688 -3.7368 -26.4840 103.2986
|
|
92 1 -16.2688 -3.4737 -20.9653 101.0998
|
|
92 1 -16.2688 -3.2105 -15.1531 98.4169
|
|
92 1 -16.2688 -2.9474 -8.8287 94.8293
|
|
92 1 -16.2688 -2.6842 -2.3894 89.4773
|
|
92 1 -16.2688 -2.4211 2.8032 82.2135
|
|
92 1 -16.2688 -2.1579 5.8823 74.1738
|
|
92 1 -16.2688 -1.8947 7.1399 66.4516
|
|
92 1 -16.2688 -1.6316 7.1772 59.4712
|
|
92 1 -16.2688 -1.3684 6.4660 53.3651
|
|
92 1 -16.2688 -1.1053 5.5028 48.0967
|
|
92 1 -16.2688 -0.8421 4.6454 43.2875
|
|
92 1 -16.2688 -0.5789 3.8064 38.4536
|
|
92 1 -16.2688 -0.3158 2.5251 33.4513
|
|
92 1 -16.2688 -0.0526 0.4875 28.6601
|
|
92 1 -16.2688 0.2105 -2.1123 24.4994
|
|
92 1 -16.2688 0.4737 -4.9165 21.0203
|
|
92 1 -16.2688 0.7368 -7.7581 18.0848
|
|
92 1 -16.2688 1.0000 -10.5977 15.6169
|
|
|
|
92 2 -8.9488 -4.0000 -45.4564 94.4918
|
|
92 2 -8.9488 -3.7368 -40.2618 94.5735
|
|
92 2 -8.9488 -3.4737 -34.7377 94.2942
|
|
92 2 -8.9488 -3.2105 -28.5959 93.6123
|
|
92 2 -8.9488 -2.9474 -21.5192 91.9617
|
|
92 2 -8.9488 -2.6842 -13.9548 88.2631
|
|
92 2 -8.9488 -2.4211 -7.4679 82.2684
|
|
92 2 -8.9488 -2.1579 -3.0818 75.1837
|
|
92 2 -8.9488 -1.8947 -0.5431 68.1847
|
|
92 2 -8.9488 -1.6316 0.7321 61.7360
|
|
92 2 -8.9488 -1.3684 1.2113 56.0218
|
|
92 2 -8.9488 -1.1053 1.4396 51.0230
|
|
92 2 -8.9488 -0.8421 1.7964 46.2932
|
|
92 2 -8.9488 -0.5789 2.1101 41.2731
|
|
92 2 -8.9488 -0.3158 1.7675 35.8523
|
|
92 2 -8.9488 -0.0526 0.3852 30.5703
|
|
92 2 -8.9488 0.2105 -1.7668 25.9782
|
|
92 2 -8.9488 0.4737 -4.2278 22.1420
|
|
92 2 -8.9488 0.7368 -6.7950 18.8884
|
|
92 2 -8.9488 1.0000 -9.4338 16.1359
|
|
|
|
92 3 -6.9060 -4.0000 -45.2213 89.2230
|
|
92 3 -6.9060 -3.7368 -40.3574 89.7462
|
|
92 3 -6.9060 -3.4737 -35.0320 89.8982
|
|
92 3 -6.9060 -3.2105 -29.0223 89.5700
|
|
92 3 -6.9060 -2.9474 -22.0980 88.2220
|
|
92 3 -6.9060 -2.6842 -14.7157 84.8611
|
|
92 3 -6.9060 -2.4211 -8.3665 79.2750
|
|
92 3 -6.9060 -2.1579 -4.0183 72.6208
|
|
92 3 -6.9060 -1.8947 -1.4264 66.0144
|
|
92 3 -6.9060 -1.6316 -0.0461 59.8926
|
|
92 3 -6.9060 -1.3684 0.5525 54.4439
|
|
92 3 -6.9060 -1.1053 0.8958 49.6716
|
|
92 3 -6.9060 -0.8421 1.3678 45.1485
|
|
92 3 -6.9060 -0.5789 1.8077 40.3153
|
|
92 3 -6.9060 -0.3158 1.6015 35.0542
|
|
92 3 -6.9060 -0.0526 0.3578 29.9026
|
|
92 3 -6.9060 0.2105 -1.6591 25.4146
|
|
92 3 -6.9060 0.4737 -3.9917 21.6595
|
|
92 3 -6.9060 0.7368 -6.4410 18.4670
|
|
92 3 -6.9060 1.0000 -8.9749 15.7610
|
|
|
|
92 4 -3.9563 -4.0000 -62.4548 115.5182
|
|
92 4 -3.9563 -3.7368 -55.9057 116.4155
|
|
92 4 -3.9563 -3.4737 -48.7390 116.8414
|
|
92 4 -3.9563 -3.2105 -40.6310 116.6334
|
|
92 4 -3.9563 -2.9474 -31.2874 115.0373
|
|
92 4 -3.9563 -2.6842 -21.3612 110.7414
|
|
92 4 -3.9563 -2.4211 -12.8291 103.5160
|
|
92 4 -3.9563 -2.1579 -6.9258 94.9019
|
|
92 4 -3.9563 -1.8947 -3.3124 86.3428
|
|
92 4 -3.9563 -1.6316 -1.2828 78.4003
|
|
92 4 -3.9563 -1.3684 -0.2773 71.3229
|
|
92 4 -3.9563 -1.1053 0.3951 65.1113
|
|
92 4 -3.9563 -0.8421 1.2321 59.2000
|
|
92 4 -3.9563 -0.5789 2.0140 52.8547
|
|
92 4 -3.9563 -0.3158 1.9239 45.9250
|
|
92 4 -3.9563 -0.0526 0.4425 39.1299
|
|
92 4 -3.9563 0.2105 -2.0768 33.2089
|
|
92 4 -3.9563 0.4737 -5.0249 28.2542
|
|
92 4 -3.9563 0.7368 -8.1379 24.0406
|
|
92 4 -3.9563 1.0000 -11.3732 20.4692
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 93 coord.: 0.3333333 0.5000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.565477 meV Im[Sigma]= 68.248575 meV Z= 1.015117 lam= -0.014892
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.255721 meV Im[Sigma]= 57.760871 meV Z= 1.005393 lam= -0.005364
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 0.487755 meV Im[Sigma]= 121.321423 meV Z= 1.022860 lam= -0.022349
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 70.741517 meV Im[Sigma]= 161.648592 meV Z= 1.042872 lam= -0.041109
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 93 coord.: 0.3333333 0.5000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 93 w = -4.0000 eV A(k,w) = 0.46288E-04 meV^-1
|
|
ik = 93 w = -3.7368 eV A(k,w) = 0.54667E-04 meV^-1
|
|
ik = 93 w = -3.4737 eV A(k,w) = 0.81574E-04 meV^-1
|
|
ik = 93 w = -3.2105 eV A(k,w) = 0.16260E-03 meV^-1
|
|
ik = 93 w = -2.9474 eV A(k,w) = 0.52605E-03 meV^-1
|
|
ik = 93 w = -2.6842 eV A(k,w) = 0.25626E-02 meV^-1
|
|
ik = 93 w = -2.4211 eV A(k,w) = 0.47566E-03 meV^-1
|
|
ik = 93 w = -2.1579 eV A(k,w) = 0.12850E-03 meV^-1
|
|
ik = 93 w = -1.8947 eV A(k,w) = 0.54367E-04 meV^-1
|
|
ik = 93 w = -1.6316 eV A(k,w) = 0.28588E-04 meV^-1
|
|
ik = 93 w = -1.3684 eV A(k,w) = 0.17076E-04 meV^-1
|
|
ik = 93 w = -1.1053 eV A(k,w) = 0.11101E-04 meV^-1
|
|
ik = 93 w = -0.8421 eV A(k,w) = 0.76014E-05 meV^-1
|
|
ik = 93 w = -0.5789 eV A(k,w) = 0.53209E-05 meV^-1
|
|
ik = 93 w = -0.3158 eV A(k,w) = 0.37335E-05 meV^-1
|
|
ik = 93 w = -0.0526 eV A(k,w) = 0.26279E-05 meV^-1
|
|
ik = 93 w = 0.2105 eV A(k,w) = 0.18771E-05 meV^-1
|
|
ik = 93 w = 0.4737 eV A(k,w) = 0.13654E-05 meV^-1
|
|
ik = 93 w = 0.7368 eV A(k,w) = 0.10067E-05 meV^-1
|
|
ik = 93 w = 1.0000 eV A(k,w) = 0.75121E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
93 -4.0000 0.46288E-04
|
|
93 -3.7368 0.54667E-04
|
|
93 -3.4737 0.81574E-04
|
|
93 -3.2105 0.16260E-03
|
|
93 -2.9474 0.52605E-03
|
|
93 -2.6842 0.25626E-02
|
|
93 -2.4211 0.47566E-03
|
|
93 -2.1579 0.12850E-03
|
|
93 -1.8947 0.54367E-04
|
|
93 -1.6316 0.28588E-04
|
|
93 -1.3684 0.17076E-04
|
|
93 -1.1053 0.11101E-04
|
|
93 -0.8421 0.76014E-05
|
|
93 -0.5789 0.53209E-05
|
|
93 -0.3158 0.37335E-05
|
|
93 -0.0526 0.26279E-05
|
|
93 0.2105 0.18771E-05
|
|
93 0.4737 0.13654E-05
|
|
93 0.7368 0.10067E-05
|
|
93 1.0000 0.75121E-06
|
|
93 1 -16.6105 -4.0000 -32.4925 106.4593
|
|
93 1 -16.6105 -3.7368 -26.9031 104.6857
|
|
93 1 -16.6105 -3.4737 -21.2607 102.3982
|
|
93 1 -16.6105 -3.2105 -15.3694 99.6441
|
|
93 1 -16.6105 -2.9474 -8.9729 96.0134
|
|
93 1 -16.6105 -2.6842 -2.4450 90.6320
|
|
93 1 -16.6105 -2.4211 2.8648 83.3334
|
|
93 1 -16.6105 -2.1579 6.0907 75.2201
|
|
93 1 -16.6105 -1.8947 7.4877 67.3566
|
|
93 1 -16.6105 -1.6316 7.6084 60.1850
|
|
93 1 -16.6105 -1.3684 6.9133 53.8795
|
|
93 1 -16.6105 -1.1053 5.9116 48.4297
|
|
93 1 -16.6105 -0.8421 4.9747 43.4702
|
|
93 1 -16.6105 -0.5789 4.0298 38.5280
|
|
93 1 -16.6105 -0.3158 2.6385 33.4631
|
|
93 1 -16.6105 -0.0526 0.5047 28.6425
|
|
93 1 -16.6105 0.2105 -2.1754 24.4700
|
|
93 1 -16.6105 0.4737 -5.0477 20.9913
|
|
93 1 -16.6105 0.7368 -7.9441 18.0666
|
|
93 1 -16.6105 1.0000 -10.8234 15.6139
|
|
|
|
93 2 -10.7517 -4.0000 -34.4561 81.8182
|
|
93 2 -10.7517 -3.7368 -30.1065 81.3311
|
|
93 2 -10.7517 -3.4737 -25.6271 80.5555
|
|
93 2 -10.7517 -3.2105 -20.7505 79.5111
|
|
93 2 -10.7517 -2.9474 -15.1685 77.7590
|
|
93 2 -10.7517 -2.6842 -9.2016 74.4091
|
|
93 2 -10.7517 -2.4211 -4.1056 69.2328
|
|
93 2 -10.7517 -2.1579 -0.7144 63.1899
|
|
93 2 -10.7517 -1.8947 1.1661 57.2246
|
|
93 2 -10.7517 -1.6316 1.9941 51.7187
|
|
93 2 -10.7517 -1.3684 2.1439 46.8396
|
|
93 2 -10.7517 -1.1053 2.0695 42.5900
|
|
93 2 -10.7517 -0.8421 2.1020 38.6139
|
|
93 2 -10.7517 -0.5789 2.1234 34.4458
|
|
93 2 -10.7517 -0.3158 1.6440 29.9756
|
|
93 2 -10.7517 -0.0526 0.3458 25.6250
|
|
93 2 -10.7517 0.2105 -1.5617 21.8361
|
|
93 2 -10.7517 0.4737 -3.7112 18.6623
|
|
93 2 -10.7517 0.7368 -5.9420 15.9652
|
|
93 2 -10.7517 1.0000 -8.2261 13.6813
|
|
|
|
93 3 -5.2472 -4.0000 -59.2125 109.8008
|
|
93 3 -5.2472 -3.7368 -52.9361 110.4606
|
|
93 3 -5.2472 -3.4737 -46.2345 110.6945
|
|
93 3 -5.2472 -3.2105 -38.7441 110.4558
|
|
93 3 -5.2472 -2.9474 -30.0611 109.0674
|
|
93 3 -5.2472 -2.6842 -20.6908 105.2164
|
|
93 3 -5.2472 -2.4211 -12.4875 98.5603
|
|
93 3 -5.2472 -2.1579 -6.6899 90.4724
|
|
93 3 -5.2472 -1.8947 -3.0756 82.3065
|
|
93 3 -5.2472 -1.6316 -1.0453 74.6545
|
|
93 3 -5.2472 -1.3684 -0.0619 67.8245
|
|
93 3 -5.2472 -1.1053 0.5698 61.8388
|
|
93 3 -5.2472 -0.8421 1.3374 56.1521
|
|
93 3 -5.2472 -0.5789 2.0311 50.0707
|
|
93 3 -5.2472 -0.3158 1.8878 43.4616
|
|
93 3 -5.2472 -0.0526 0.4296 37.0004
|
|
93 3 -5.2472 0.2105 -2.0078 31.3785
|
|
93 3 -5.2472 0.4737 -4.8495 26.6833
|
|
93 3 -5.2472 0.7368 -7.8408 22.7029
|
|
93 3 -5.2472 1.0000 -10.9356 19.3383
|
|
|
|
93 4 -2.6593 -4.0000 -73.2447 128.3576
|
|
93 4 -2.6593 -3.7368 -65.8234 129.5245
|
|
93 4 -2.6593 -3.4737 -57.8019 130.1733
|
|
93 4 -2.6593 -3.2105 -48.7684 130.2189
|
|
93 4 -2.6593 -2.9474 -38.2767 128.8278
|
|
93 4 -2.6593 -2.6842 -26.9886 124.4476
|
|
93 4 -2.6593 -2.4211 -17.1286 116.7370
|
|
93 4 -2.6593 -2.1579 -10.1185 107.3678
|
|
93 4 -2.6593 -1.8947 -5.6433 97.9249
|
|
93 4 -2.6593 -1.6316 -2.9853 89.0622
|
|
93 4 -2.6593 -1.3684 -1.5372 81.1219
|
|
93 4 -2.6593 -1.1053 -0.4921 74.1371
|
|
93 4 -2.6593 -0.8421 0.7306 67.4594
|
|
93 4 -2.6593 -0.5789 1.8724 60.2446
|
|
93 4 -2.6593 -0.3158 1.9870 52.3269
|
|
93 4 -2.6593 -0.0526 0.4740 44.5438
|
|
93 4 -2.6593 0.2105 -2.2581 37.7554
|
|
93 4 -2.6593 0.4737 -5.5040 32.0738
|
|
93 4 -2.6593 0.7368 -8.9560 27.2428
|
|
93 4 -2.6593 1.0000 -12.5613 23.1506
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 94 coord.: 0.3333333 0.5000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.206075 meV Im[Sigma]= 62.540027 meV Z= 1.004137 lam= -0.004120
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.484291 meV Im[Sigma]= 65.235134 meV Z= 1.008652 lam= -0.008578
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.755654 meV Im[Sigma]= 134.099469 meV Z= 1.018132 lam= -0.017809
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.529218 meV Im[Sigma]= 142.416588 meV Z= 1.025045 lam= -0.024433
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 94 coord.: 0.3333333 0.5000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 94 w = -4.0000 eV A(k,w) = 0.25511E-02 meV^-1
|
|
ik = 94 w = -3.7368 eV A(k,w) = 0.66740E-03 meV^-1
|
|
ik = 94 w = -3.4737 eV A(k,w) = 0.18758E-03 meV^-1
|
|
ik = 94 w = -3.2105 eV A(k,w) = 0.88827E-04 meV^-1
|
|
ik = 94 w = -2.9474 eV A(k,w) = 0.52108E-04 meV^-1
|
|
ik = 94 w = -2.6842 eV A(k,w) = 0.33637E-04 meV^-1
|
|
ik = 94 w = -2.4211 eV A(k,w) = 0.22641E-04 meV^-1
|
|
ik = 94 w = -2.1579 eV A(k,w) = 0.15667E-04 meV^-1
|
|
ik = 94 w = -1.8947 eV A(k,w) = 0.11141E-04 meV^-1
|
|
ik = 94 w = -1.6316 eV A(k,w) = 0.81290E-05 meV^-1
|
|
ik = 94 w = -1.3684 eV A(k,w) = 0.60790E-05 meV^-1
|
|
ik = 94 w = -1.1053 eV A(k,w) = 0.46488E-05 meV^-1
|
|
ik = 94 w = -0.8421 eV A(k,w) = 0.35965E-05 meV^-1
|
|
ik = 94 w = -0.5789 eV A(k,w) = 0.27672E-05 meV^-1
|
|
ik = 94 w = -0.3158 eV A(k,w) = 0.20939E-05 meV^-1
|
|
ik = 94 w = -0.0526 eV A(k,w) = 0.15675E-05 meV^-1
|
|
ik = 94 w = 0.2105 eV A(k,w) = 0.11783E-05 meV^-1
|
|
ik = 94 w = 0.4737 eV A(k,w) = 0.89463E-06 meV^-1
|
|
ik = 94 w = 0.7368 eV A(k,w) = 0.68388E-06 meV^-1
|
|
ik = 94 w = 1.0000 eV A(k,w) = 0.52628E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
94 -4.0000 0.25511E-02
|
|
94 -3.7368 0.66740E-03
|
|
94 -3.4737 0.18758E-03
|
|
94 -3.2105 0.88827E-04
|
|
94 -2.9474 0.52108E-04
|
|
94 -2.6842 0.33637E-04
|
|
94 -2.4211 0.22641E-04
|
|
94 -2.1579 0.15667E-04
|
|
94 -1.8947 0.11141E-04
|
|
94 -1.6316 0.81290E-05
|
|
94 -1.3684 0.60790E-05
|
|
94 -1.1053 0.46488E-05
|
|
94 -0.8421 0.35965E-05
|
|
94 -0.5789 0.27672E-05
|
|
94 -0.3158 0.20939E-05
|
|
94 -0.0526 0.15675E-05
|
|
94 0.2105 0.11783E-05
|
|
94 0.4737 0.89463E-06
|
|
94 0.7368 0.68388E-06
|
|
94 1.0000 0.52628E-06
|
|
94 1 -15.5565 -4.0000 -32.5994 103.1815
|
|
94 1 -15.5565 -3.7368 -27.1363 101.4671
|
|
94 1 -15.5565 -3.4737 -21.6533 99.2862
|
|
94 1 -15.5565 -3.2105 -15.9266 96.7032
|
|
94 1 -15.5565 -2.9474 -9.6556 93.3008
|
|
94 1 -15.5565 -2.6842 -3.1924 88.1605
|
|
94 1 -15.5565 -2.4211 2.0845 81.0776
|
|
94 1 -15.5565 -2.1579 5.2680 73.1713
|
|
94 1 -15.5565 -1.8947 6.6227 65.5478
|
|
94 1 -15.5565 -1.6316 6.7431 58.6515
|
|
94 1 -15.5565 -1.3684 6.1103 52.6263
|
|
94 1 -15.5565 -1.1053 5.2301 47.4311
|
|
94 1 -15.5565 -0.8421 4.4558 42.6781
|
|
94 1 -15.5565 -0.5789 3.6876 37.8862
|
|
94 1 -15.5565 -0.3158 2.4627 32.9254
|
|
94 1 -15.5565 -0.0526 0.4770 28.1817
|
|
94 1 -15.5565 0.2105 -2.0686 24.0709
|
|
94 1 -15.5565 0.4737 -4.8150 20.6400
|
|
94 1 -15.5565 0.7368 -7.5956 17.7483
|
|
94 1 -15.5565 1.0000 -10.3729 15.3176
|
|
|
|
94 2 -12.4383 -4.0000 -30.0173 73.6832
|
|
94 2 -12.4383 -3.7368 -26.3949 73.3941
|
|
94 2 -12.4383 -3.4737 -22.5085 72.8622
|
|
94 2 -12.4383 -3.2105 -18.1657 72.0345
|
|
94 2 -12.4383 -2.9474 -13.1523 70.5029
|
|
94 2 -12.4383 -2.6842 -7.7917 67.4834
|
|
94 2 -12.4383 -2.4211 -3.2343 62.7878
|
|
94 2 -12.4383 -2.1579 -0.2401 57.3090
|
|
94 2 -12.4383 -1.8947 1.3864 51.9201
|
|
94 2 -12.4383 -1.6316 2.0813 46.9534
|
|
94 2 -12.4383 -1.3684 2.1754 42.5389
|
|
94 2 -12.4383 -1.1053 2.0592 38.6830
|
|
94 2 -12.4383 -0.8421 2.0314 35.0801
|
|
94 2 -12.4383 -0.5789 1.9984 31.3144
|
|
94 2 -12.4383 -0.3158 1.5256 27.2765
|
|
94 2 -12.4383 -0.0526 0.3193 23.3379
|
|
94 2 -12.4383 0.2105 -1.4405 19.8994
|
|
94 2 -12.4383 0.4737 -3.4246 17.0158
|
|
94 2 -12.4383 0.7368 -5.4856 14.5670
|
|
94 2 -12.4383 1.0000 -7.5939 12.4967
|
|
|
|
94 3 -4.5379 -4.0000 -63.5398 114.9743
|
|
94 3 -4.5379 -3.7368 -56.9713 115.9776
|
|
94 3 -4.5379 -3.4737 -49.8234 116.5258
|
|
94 3 -4.5379 -3.2105 -41.7275 116.5150
|
|
94 3 -4.5379 -2.9474 -32.2932 115.1743
|
|
94 3 -4.5379 -2.6842 -22.1340 111.0780
|
|
94 3 -4.5379 -2.4211 -13.3166 103.8975
|
|
94 3 -4.5379 -2.1579 -7.1989 95.2014
|
|
94 3 -4.5379 -1.8947 -3.4774 86.5280
|
|
94 3 -4.5379 -1.6316 -1.4095 78.5022
|
|
94 3 -4.5379 -1.3684 -0.3851 71.3840
|
|
94 3 -4.5379 -1.1053 0.3164 65.1519
|
|
94 3 -4.5379 -0.8421 1.1898 59.2149
|
|
94 3 -4.5379 -0.5789 1.9983 52.8351
|
|
94 3 -4.5379 -0.3158 1.9207 45.8731
|
|
94 3 -4.5379 -0.0526 0.4427 39.0526
|
|
94 3 -4.5379 0.2105 -2.0800 33.1133
|
|
94 3 -4.5379 0.4737 -5.0362 28.1502
|
|
94 3 -4.5379 0.7368 -8.1561 23.9392
|
|
94 3 -4.5379 1.0000 -11.3922 20.3772
|
|
|
|
94 4 -3.8929 -4.0000 -65.6068 114.7272
|
|
94 4 -3.8929 -3.7368 -59.1306 115.8511
|
|
94 4 -3.8929 -3.4737 -52.0288 116.5943
|
|
94 4 -3.8929 -3.2105 -43.9221 116.8023
|
|
94 4 -3.8929 -2.9474 -34.4345 115.6879
|
|
94 4 -3.8929 -2.6842 -24.1752 111.8249
|
|
94 4 -3.8929 -2.4211 -15.1974 104.8678
|
|
94 4 -3.8929 -2.1579 -8.8608 96.3542
|
|
94 4 -3.8929 -1.8947 -4.8876 87.7957
|
|
94 4 -3.8929 -1.6316 -2.5757 79.8173
|
|
94 4 -3.8929 -1.3684 -1.3370 72.7098
|
|
94 4 -3.8929 -1.1053 -0.4357 66.4794
|
|
94 4 -3.8929 -0.8421 0.6499 60.5265
|
|
94 4 -3.8929 -0.5789 1.6790 54.0788
|
|
94 4 -3.8929 -0.3158 1.7856 46.9868
|
|
94 4 -3.8929 -0.0526 0.4259 40.0136
|
|
94 4 -3.8929 0.2105 -2.0262 33.9369
|
|
94 4 -3.8929 0.4737 -4.9316 28.8521
|
|
94 4 -3.8929 0.7368 -8.0168 24.5219
|
|
94 4 -3.8929 1.0000 -11.2427 20.8451
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 95 coord.: 0.3333333 0.5000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.809520 meV Im[Sigma]= 61.804542 meV Z= 1.001409 lam= -0.001407
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.747700 meV Im[Sigma]= 66.399493 meV Z= 1.009668 lam= -0.009575
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -18.527459 meV Im[Sigma]= 76.767912 meV Z= 1.006441 lam= -0.006400
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 1.744071 meV Im[Sigma]= 111.083125 meV Z= 1.020936 lam= -0.020507
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 95 coord.: 0.3333333 0.5000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 95 w = -4.0000 eV A(k,w) = 0.21324E-04 meV^-1
|
|
ik = 95 w = -3.7368 eV A(k,w) = 0.15535E-04 meV^-1
|
|
ik = 95 w = -3.4737 eV A(k,w) = 0.11890E-04 meV^-1
|
|
ik = 95 w = -3.2105 eV A(k,w) = 0.94148E-05 meV^-1
|
|
ik = 95 w = -2.9474 eV A(k,w) = 0.75939E-05 meV^-1
|
|
ik = 95 w = -2.6842 eV A(k,w) = 0.61203E-05 meV^-1
|
|
ik = 95 w = -2.4211 eV A(k,w) = 0.48740E-05 meV^-1
|
|
ik = 95 w = -2.1579 eV A(k,w) = 0.38588E-05 meV^-1
|
|
ik = 95 w = -1.8947 eV A(k,w) = 0.30670E-05 meV^-1
|
|
ik = 95 w = -1.6316 eV A(k,w) = 0.24572E-05 meV^-1
|
|
ik = 95 w = -1.3684 eV A(k,w) = 0.19892E-05 meV^-1
|
|
ik = 95 w = -1.1053 eV A(k,w) = 0.16283E-05 meV^-1
|
|
ik = 95 w = -0.8421 eV A(k,w) = 0.13368E-05 meV^-1
|
|
ik = 95 w = -0.5789 eV A(k,w) = 0.10845E-05 meV^-1
|
|
ik = 95 w = -0.3158 eV A(k,w) = 0.86099E-06 meV^-1
|
|
ik = 95 w = -0.0526 eV A(k,w) = 0.67353E-06 meV^-1
|
|
ik = 95 w = 0.2105 eV A(k,w) = 0.52709E-06 meV^-1
|
|
ik = 95 w = 0.4737 eV A(k,w) = 0.41520E-06 meV^-1
|
|
ik = 95 w = 0.7368 eV A(k,w) = 0.32836E-06 meV^-1
|
|
ik = 95 w = 1.0000 eV A(k,w) = 0.26080E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
95 -4.0000 0.21324E-04
|
|
95 -3.7368 0.15535E-04
|
|
95 -3.4737 0.11890E-04
|
|
95 -3.2105 0.94148E-05
|
|
95 -2.9474 0.75939E-05
|
|
95 -2.6842 0.61203E-05
|
|
95 -2.4211 0.48740E-05
|
|
95 -2.1579 0.38588E-05
|
|
95 -1.8947 0.30670E-05
|
|
95 -1.6316 0.24572E-05
|
|
95 -1.3684 0.19892E-05
|
|
95 -1.1053 0.16283E-05
|
|
95 -0.8421 0.13368E-05
|
|
95 -0.5789 0.10845E-05
|
|
95 -0.3158 0.86099E-06
|
|
95 -0.0526 0.67353E-06
|
|
95 0.2105 0.52709E-06
|
|
95 0.4737 0.41520E-06
|
|
95 0.7368 0.32836E-06
|
|
95 1.0000 0.26080E-06
|
|
95 1 -13.5072 -4.0000 -40.3384 111.2175
|
|
95 1 -13.5072 -3.7368 -34.1675 109.8060
|
|
95 1 -13.5072 -3.4737 -27.9780 107.8593
|
|
95 1 -13.5072 -3.2105 -21.4854 105.4930
|
|
95 1 -13.5072 -2.9474 -14.2963 102.2193
|
|
95 1 -13.5072 -2.6842 -6.8034 96.9516
|
|
95 1 -13.5072 -2.4211 -0.5874 89.4370
|
|
95 1 -13.5072 -2.1579 3.3121 80.9312
|
|
95 1 -13.5072 -1.8947 5.1739 72.6744
|
|
95 1 -13.5072 -1.6316 5.6438 65.1762
|
|
95 1 -13.5072 -1.3684 5.2609 58.6215
|
|
95 1 -13.5072 -1.1053 4.6120 52.9665
|
|
95 1 -13.5072 -0.8421 4.0962 47.7522
|
|
95 1 -13.5072 -0.5789 3.5750 42.4217
|
|
95 1 -13.5072 -0.3158 2.4928 36.8418
|
|
95 1 -13.5072 -0.0526 0.4952 31.4830
|
|
95 1 -13.5072 0.2105 -2.1745 26.8393
|
|
95 1 -13.5072 0.4737 -5.0926 22.9657
|
|
95 1 -13.5072 0.7368 -8.0660 19.6969
|
|
95 1 -13.5072 1.0000 -11.0549 16.9449
|
|
|
|
95 2 -11.9153 -4.0000 -30.1215 71.1678
|
|
95 2 -11.9153 -3.7368 -26.6274 71.1055
|
|
95 2 -11.9153 -3.4737 -22.8094 70.7776
|
|
95 2 -11.9153 -3.2105 -18.5175 70.0995
|
|
95 2 -11.9153 -2.9474 -13.5895 68.6903
|
|
95 2 -11.9153 -2.6842 -8.3489 65.8253
|
|
95 2 -11.9153 -2.4211 -3.8971 61.3436
|
|
95 2 -11.9153 -2.1579 -0.9504 56.1167
|
|
95 2 -11.9153 -1.8947 0.7008 50.9792
|
|
95 2 -11.9153 -1.6316 1.4806 46.2263
|
|
95 2 -11.9153 -1.3684 1.6864 41.9695
|
|
95 2 -11.9153 -1.1053 1.6783 38.2261
|
|
95 2 -11.9153 -0.8421 1.7476 34.7119
|
|
95 2 -11.9153 -0.5789 1.8080 31.0197
|
|
95 2 -11.9153 -0.3158 1.4262 27.0376
|
|
95 2 -11.9153 -0.0526 0.3036 23.1382
|
|
95 2 -11.9153 0.2105 -1.3813 19.7274
|
|
95 2 -11.9153 0.4737 -3.2989 16.8624
|
|
95 2 -11.9153 0.7368 -5.3026 14.4251
|
|
95 2 -11.9153 1.0000 -7.3628 12.3627
|
|
|
|
95 3 -7.7465 -4.0000 -42.9663 89.1855
|
|
95 3 -7.7465 -3.7368 -38.1318 89.3456
|
|
95 3 -7.7465 -3.4737 -32.9458 89.1485
|
|
95 3 -7.7465 -3.2105 -27.1715 88.5344
|
|
95 3 -7.7465 -2.9474 -20.5385 86.9933
|
|
95 3 -7.7465 -2.6842 -13.4640 83.5366
|
|
95 3 -7.7465 -2.4211 -7.4039 77.9454
|
|
95 3 -7.7465 -2.1579 -3.2961 71.3542
|
|
95 3 -7.7465 -1.8947 -0.8828 64.8458
|
|
95 3 -7.7465 -1.6316 0.3752 58.8255
|
|
95 3 -7.7465 -1.3684 0.8868 53.4601
|
|
95 3 -7.7465 -1.1053 1.1503 48.7525
|
|
95 3 -7.7465 -0.8421 1.5353 44.2955
|
|
95 3 -7.7465 -0.5789 1.8910 39.5500
|
|
95 3 -7.7465 -0.3158 1.6259 34.3977
|
|
95 3 -7.7465 -0.0526 0.3589 29.3559
|
|
95 3 -7.7465 0.2105 -1.6559 24.9618
|
|
95 3 -7.7465 0.4737 -3.9757 21.2828
|
|
95 3 -7.7465 0.7368 -6.4074 18.1549
|
|
95 3 -7.7465 1.0000 -8.9188 15.5045
|
|
|
|
95 4 -5.2565 -4.0000 -54.3977 101.0170
|
|
95 4 -5.2565 -3.7368 -48.7013 101.6587
|
|
95 4 -5.2565 -3.4737 -42.5576 101.9222
|
|
95 4 -5.2565 -3.2105 -35.6560 101.7045
|
|
95 4 -5.2565 -2.9474 -27.6806 100.3749
|
|
95 4 -5.2565 -2.6842 -19.1366 96.7582
|
|
95 4 -5.2565 -2.4211 -11.7409 90.5952
|
|
95 4 -5.2565 -2.1579 -6.5975 83.2083
|
|
95 4 -5.2565 -1.8947 -3.4180 75.8579
|
|
95 4 -5.2565 -1.6316 -1.5890 69.0223
|
|
95 4 -5.2565 -1.3684 -0.6367 62.9121
|
|
95 4 -5.2565 -1.1053 0.0347 57.5332
|
|
95 4 -5.2565 -0.8421 0.8614 52.3891
|
|
95 4 -5.2565 -0.5789 1.6422 46.8260
|
|
95 4 -5.2565 -0.3158 1.6388 40.7135
|
|
95 4 -5.2565 -0.0526 0.3828 34.7035
|
|
95 4 -5.2565 0.2105 -1.8074 29.4631
|
|
95 4 -5.2565 0.4737 -4.3847 25.0760
|
|
95 4 -5.2565 0.7368 -7.1142 21.3398
|
|
95 4 -5.2565 1.0000 -9.9605 18.1683
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 96 coord.: 0.3333333 0.5000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.0052 eV Re[Sigma]= -24.871288 meV Im[Sigma]= 79.955813 meV Z= 1.015947 lam= -0.015696
|
|
E( 2 )= -11.7636 eV Re[Sigma]= -23.492507 meV Im[Sigma]= 75.575126 meV Z= 1.006779 lam= -0.006733
|
|
E( 3 )= -8.4117 eV Re[Sigma]= -8.339547 meV Im[Sigma]= 41.486887 meV Z= 0.992729 lam= 0.007325
|
|
E( 4 )= -7.0563 eV Re[Sigma]= -3.462774 meV Im[Sigma]= 78.068187 meV Z= 1.016948 lam= -0.016665
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 96 coord.: 0.3333333 0.5000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 96 w = -4.0000 eV A(k,w) = 0.47902E-05 meV^-1
|
|
ik = 96 w = -3.7368 eV A(k,w) = 0.42406E-05 meV^-1
|
|
ik = 96 w = -3.4737 eV A(k,w) = 0.37738E-05 meV^-1
|
|
ik = 96 w = -3.2105 eV A(k,w) = 0.33671E-05 meV^-1
|
|
ik = 96 w = -2.9474 eV A(k,w) = 0.29914E-05 meV^-1
|
|
ik = 96 w = -2.6842 eV A(k,w) = 0.26124E-05 meV^-1
|
|
ik = 96 w = -2.4211 eV A(k,w) = 0.22278E-05 meV^-1
|
|
ik = 96 w = -2.1579 eV A(k,w) = 0.18718E-05 meV^-1
|
|
ik = 96 w = -1.8947 eV A(k,w) = 0.15669E-05 meV^-1
|
|
ik = 96 w = -1.6316 eV A(k,w) = 0.13136E-05 meV^-1
|
|
ik = 96 w = -1.3684 eV A(k,w) = 0.11065E-05 meV^-1
|
|
ik = 96 w = -1.1053 eV A(k,w) = 0.93800E-06 meV^-1
|
|
ik = 96 w = -0.8421 eV A(k,w) = 0.79460E-06 meV^-1
|
|
ik = 96 w = -0.5789 eV A(k,w) = 0.66326E-06 meV^-1
|
|
ik = 96 w = -0.3158 eV A(k,w) = 0.54049E-06 meV^-1
|
|
ik = 96 w = -0.0526 eV A(k,w) = 0.43305E-06 meV^-1
|
|
ik = 96 w = 0.2105 eV A(k,w) = 0.34638E-06 meV^-1
|
|
ik = 96 w = 0.4737 eV A(k,w) = 0.27835E-06 meV^-1
|
|
ik = 96 w = 0.7368 eV A(k,w) = 0.22421E-06 meV^-1
|
|
ik = 96 w = 1.0000 eV A(k,w) = 0.18112E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
96 -4.0000 0.47902E-05
|
|
96 -3.7368 0.42406E-05
|
|
96 -3.4737 0.37738E-05
|
|
96 -3.2105 0.33671E-05
|
|
96 -2.9474 0.29914E-05
|
|
96 -2.6842 0.26124E-05
|
|
96 -2.4211 0.22278E-05
|
|
96 -2.1579 0.18718E-05
|
|
96 -1.8947 0.15669E-05
|
|
96 -1.6316 0.13136E-05
|
|
96 -1.3684 0.11065E-05
|
|
96 -1.1053 0.93800E-06
|
|
96 -0.8421 0.79460E-06
|
|
96 -0.5789 0.66326E-06
|
|
96 -0.3158 0.54049E-06
|
|
96 -0.0526 0.43305E-06
|
|
96 0.2105 0.34638E-06
|
|
96 0.4737 0.27835E-06
|
|
96 0.7368 0.22421E-06
|
|
96 1.0000 0.18112E-06
|
|
96 1 -12.0052 -4.0000 -41.1016 98.9791
|
|
96 1 -12.0052 -3.7368 -35.7167 98.4179
|
|
96 1 -12.0052 -3.4737 -30.0937 97.3932
|
|
96 1 -12.0052 -3.2105 -24.0196 95.8986
|
|
96 1 -12.0052 -2.9474 -17.2234 93.4648
|
|
96 1 -12.0052 -2.6842 -10.1100 89.1256
|
|
96 1 -12.0052 -2.4211 -4.1366 82.6762
|
|
96 1 -12.0052 -2.1579 -0.2435 75.2817
|
|
96 1 -12.0052 -1.8947 1.8438 68.0632
|
|
96 1 -12.0052 -1.6316 2.7048 61.4524
|
|
96 1 -12.0052 -1.3684 2.7916 55.6133
|
|
96 1 -12.0052 -1.1053 2.6281 50.5334
|
|
96 1 -12.0052 -0.8421 2.6001 45.7932
|
|
96 1 -12.0052 -0.5789 2.5736 40.8415
|
|
96 1 -12.0052 -0.3158 1.9725 35.5382
|
|
96 1 -12.0052 -0.0526 0.4134 30.3725
|
|
96 1 -12.0052 0.2105 -1.8653 25.8682
|
|
96 1 -12.0052 0.4737 -4.4327 22.0940
|
|
96 1 -12.0052 0.7368 -7.0966 18.8912
|
|
96 1 -12.0052 1.0000 -9.8190 16.1848
|
|
|
|
96 2 -11.7636 -4.0000 -41.8874 101.8429
|
|
96 2 -11.7636 -3.7368 -36.5060 101.1982
|
|
96 2 -11.7636 -3.4737 -30.8988 100.1855
|
|
96 2 -11.7636 -3.2105 -24.7593 98.7965
|
|
96 2 -11.7636 -2.9474 -17.7425 96.4705
|
|
96 2 -11.7636 -2.6842 -10.2871 92.1091
|
|
96 2 -11.7636 -2.4211 -3.9816 85.4597
|
|
96 2 -11.7636 -2.1579 0.1358 77.7551
|
|
96 2 -11.7636 -1.8947 2.3281 70.2018
|
|
96 2 -11.7636 -1.6316 3.2038 63.2835
|
|
96 2 -11.7636 -1.3684 3.2571 57.1852
|
|
96 2 -11.7636 -1.1053 3.0469 51.8811
|
|
96 2 -11.7636 -0.8421 2.9601 46.9271
|
|
96 2 -11.7636 -0.5789 2.8467 41.7722
|
|
96 2 -11.7636 -0.3158 2.1299 36.2925
|
|
96 2 -11.7636 -0.0526 0.4402 30.9859
|
|
96 2 -11.7636 0.2105 -1.9724 26.3738
|
|
96 2 -11.7636 0.4737 -4.6695 22.5215
|
|
96 2 -11.7636 0.7368 -7.4517 19.2649
|
|
96 2 -11.7636 1.0000 -10.2771 16.5207
|
|
|
|
96 3 -8.4117 -4.0000 -35.1624 69.9974
|
|
96 3 -8.4117 -3.7368 -31.5453 70.5034
|
|
96 3 -8.4117 -3.4737 -27.4923 70.7206
|
|
96 3 -8.4117 -3.2105 -22.8739 70.5345
|
|
96 3 -8.4117 -2.9474 -17.5388 69.5468
|
|
96 3 -8.4117 -2.6842 -11.8304 66.9985
|
|
96 3 -8.4117 -2.4211 -6.9061 62.7159
|
|
96 3 -8.4117 -2.1579 -3.5209 57.6052
|
|
96 3 -8.4117 -1.8947 -1.4650 52.5309
|
|
96 3 -8.4117 -1.6316 -0.3128 47.8000
|
|
96 3 -8.4117 -1.3684 0.2361 43.5427
|
|
96 3 -8.4117 -1.1053 0.5671 39.7826
|
|
96 3 -8.4117 -0.8421 0.9865 36.2059
|
|
96 3 -8.4117 -0.5789 1.3782 32.3705
|
|
96 3 -8.4117 -0.3158 1.2500 28.1765
|
|
96 3 -8.4117 -0.0526 0.2821 24.0576
|
|
96 3 -8.4117 0.2105 -1.3135 20.4646
|
|
96 3 -8.4117 0.4737 -3.1670 17.4542
|
|
96 3 -8.4117 0.7368 -5.1194 14.8890
|
|
96 3 -8.4117 1.0000 -7.1470 12.7105
|
|
|
|
96 4 -7.0563 -4.0000 -42.9547 79.8754
|
|
96 4 -7.0563 -3.7368 -38.7650 80.7577
|
|
96 4 -7.0563 -3.4737 -34.0173 81.3068
|
|
96 4 -7.0563 -3.2105 -28.5585 81.3707
|
|
96 4 -7.0563 -2.9474 -22.2245 80.4650
|
|
96 4 -7.0563 -2.6842 -15.4401 77.7036
|
|
96 4 -7.0563 -2.4211 -9.5610 72.9007
|
|
96 4 -7.0563 -2.1579 -5.4558 67.1132
|
|
96 4 -7.0563 -1.8947 -2.8832 61.3348
|
|
96 4 -7.0563 -1.6316 -1.3629 55.9216
|
|
96 4 -7.0563 -1.3684 -0.5525 51.0372
|
|
96 4 -7.0563 -1.1053 0.0037 46.7164
|
|
96 4 -7.0563 -0.8421 0.6707 42.5869
|
|
96 4 -7.0563 -0.5789 1.3071 38.1187
|
|
96 4 -7.0563 -0.3158 1.3169 33.1913
|
|
96 4 -7.0563 -0.0526 0.3092 28.3294
|
|
96 4 -7.0563 0.2105 -1.4634 24.0806
|
|
96 4 -7.0563 0.4737 -3.5566 20.5165
|
|
96 4 -7.0563 0.7368 -5.7806 17.4750
|
|
96 4 -7.0563 1.0000 -8.1073 14.8895
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 97 coord.: 0.3333333 0.6666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.7489 eV Re[Sigma]= -39.525420 meV Im[Sigma]= 60.328984 meV Z= 1.003539 lam= -0.003527
|
|
E( 2 )= -10.6632 eV Re[Sigma]= -14.928541 meV Im[Sigma]= 64.847896 meV Z= 1.006733 lam= -0.006688
|
|
E( 3 )= -9.4579 eV Re[Sigma]= 2.042370 meV Im[Sigma]= 40.767014 meV Z= 0.996245 lam= 0.003769
|
|
E( 4 )= -4.5555 eV Re[Sigma]= 11.675640 meV Im[Sigma]= 121.276765 meV Z= 1.015918 lam= -0.015669
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 97 coord.: 0.3333333 0.6666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 97 w = -4.0000 eV A(k,w) = 0.87135E-04 meV^-1
|
|
ik = 97 w = -3.7368 eV A(k,w) = 0.45082E-04 meV^-1
|
|
ik = 97 w = -3.4737 eV A(k,w) = 0.27739E-04 meV^-1
|
|
ik = 97 w = -3.2105 eV A(k,w) = 0.18880E-04 meV^-1
|
|
ik = 97 w = -2.9474 eV A(k,w) = 0.13633E-04 meV^-1
|
|
ik = 97 w = -2.6842 eV A(k,w) = 0.10098E-04 meV^-1
|
|
ik = 97 w = -2.4211 eV A(k,w) = 0.75236E-05 meV^-1
|
|
ik = 97 w = -2.1579 eV A(k,w) = 0.56443E-05 meV^-1
|
|
ik = 97 w = -1.8947 eV A(k,w) = 0.42915E-05 meV^-1
|
|
ik = 97 w = -1.6316 eV A(k,w) = 0.33135E-05 meV^-1
|
|
ik = 97 w = -1.3684 eV A(k,w) = 0.26009E-05 meV^-1
|
|
ik = 97 w = -1.1053 eV A(k,w) = 0.20750E-05 meV^-1
|
|
ik = 97 w = -0.8421 eV A(k,w) = 0.16671E-05 meV^-1
|
|
ik = 97 w = -0.5789 eV A(k,w) = 0.13274E-05 meV^-1
|
|
ik = 97 w = -0.3158 eV A(k,w) = 0.10362E-05 meV^-1
|
|
ik = 97 w = -0.0526 eV A(k,w) = 0.79828E-06 meV^-1
|
|
ik = 97 w = 0.2105 eV A(k,w) = 0.61621E-06 meV^-1
|
|
ik = 97 w = 0.4737 eV A(k,w) = 0.47940E-06 meV^-1
|
|
ik = 97 w = 0.7368 eV A(k,w) = 0.37471E-06 meV^-1
|
|
ik = 97 w = 1.0000 eV A(k,w) = 0.29430E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
97 -4.0000 0.87135E-04
|
|
97 -3.7368 0.45082E-04
|
|
97 -3.4737 0.27739E-04
|
|
97 -3.2105 0.18880E-04
|
|
97 -2.9474 0.13633E-04
|
|
97 -2.6842 0.10098E-04
|
|
97 -2.4211 0.75236E-05
|
|
97 -2.1579 0.56443E-05
|
|
97 -1.8947 0.42915E-05
|
|
97 -1.6316 0.33135E-05
|
|
97 -1.3684 0.26009E-05
|
|
97 -1.1053 0.20750E-05
|
|
97 -0.8421 0.16671E-05
|
|
97 -0.5789 0.13274E-05
|
|
97 -0.3158 0.10362E-05
|
|
97 -0.0526 0.79828E-06
|
|
97 0.2105 0.61621E-06
|
|
97 0.4737 0.47940E-06
|
|
97 0.7368 0.37471E-06
|
|
97 1.0000 0.29430E-06
|
|
97 1 -13.7489 -4.0000 -37.7637 103.8657
|
|
97 1 -13.7489 -3.7368 -32.1023 102.7324
|
|
97 1 -13.7489 -3.4737 -26.3443 101.0980
|
|
97 1 -13.7489 -3.2105 -20.2324 99.0379
|
|
97 1 -13.7489 -2.9474 -13.4267 96.0728
|
|
97 1 -13.7489 -2.6842 -6.3243 91.1855
|
|
97 1 -13.7489 -2.4211 -0.4241 84.1461
|
|
97 1 -13.7489 -2.1579 3.2833 76.1418
|
|
97 1 -13.7489 -1.8947 5.0501 68.3532
|
|
97 1 -13.7489 -1.6316 5.4855 61.2753
|
|
97 1 -13.7489 -1.3684 5.1034 55.0890
|
|
97 1 -13.7489 -1.1053 4.4594 49.7565
|
|
97 1 -13.7489 -0.8421 3.9345 44.8517
|
|
97 1 -13.7489 -0.5789 3.4080 39.8511
|
|
97 1 -13.7489 -0.3158 2.3637 34.6227
|
|
97 1 -13.7489 -0.0526 0.4682 29.6023
|
|
97 1 -13.7489 0.2105 -2.0532 25.2505
|
|
97 1 -13.7489 0.4737 -4.8049 21.6185
|
|
97 1 -13.7489 0.7368 -7.6077 18.5511
|
|
97 1 -13.7489 1.0000 -10.4257 15.9667
|
|
|
|
97 2 -10.6632 -4.0000 -41.2956 94.9331
|
|
97 2 -10.6632 -3.7368 -36.2694 94.6051
|
|
97 2 -10.6632 -3.4737 -30.9747 93.9017
|
|
97 2 -10.6632 -3.2105 -25.1539 92.8158
|
|
97 2 -10.6632 -2.9474 -18.4929 90.8315
|
|
97 2 -10.6632 -2.6842 -11.4055 86.9244
|
|
97 2 -10.6632 -2.4211 -5.3774 80.8633
|
|
97 2 -10.6632 -2.1579 -1.3722 73.7991
|
|
97 2 -10.6632 -1.8947 0.8557 66.8470
|
|
97 2 -10.6632 -1.6316 1.8610 60.4506
|
|
97 2 -10.6632 -1.3684 2.0904 54.7929
|
|
97 2 -10.6632 -1.1053 2.0726 49.8665
|
|
97 2 -10.6632 -0.8421 2.1913 45.2501
|
|
97 2 -10.6632 -0.5789 2.3064 40.3932
|
|
97 2 -10.6632 -0.3158 1.8346 35.1608
|
|
97 2 -10.6632 -0.0526 0.3914 30.0525
|
|
97 2 -10.6632 0.2105 -1.7792 25.5961
|
|
97 2 -10.6632 0.4737 -4.2434 21.8581
|
|
97 2 -10.6632 0.7368 -6.8125 18.6777
|
|
97 2 -10.6632 1.0000 -9.4530 15.9838
|
|
|
|
97 3 -9.4579 -4.0000 -29.9398 66.4027
|
|
97 3 -9.4579 -3.7368 -26.5989 66.6487
|
|
97 3 -9.4579 -3.4737 -22.8623 66.5831
|
|
97 3 -9.4579 -3.2105 -18.6518 66.0941
|
|
97 3 -9.4579 -2.9474 -13.8717 64.8524
|
|
97 3 -9.4579 -2.6842 -8.8308 62.2241
|
|
97 3 -9.4579 -2.4211 -4.5399 58.0746
|
|
97 3 -9.4579 -2.1579 -1.6585 53.2124
|
|
97 3 -9.4579 -1.8947 0.0006 48.4111
|
|
97 3 -9.4579 -1.6316 0.8228 43.9577
|
|
97 3 -9.4579 -1.3684 1.0911 39.9752
|
|
97 3 -9.4579 -1.1053 1.1632 36.4866
|
|
97 3 -9.4579 -0.8421 1.3320 33.2091
|
|
97 3 -9.4579 -0.5789 1.5109 29.7305
|
|
97 3 -9.4579 -0.3158 1.2598 25.9358
|
|
97 3 -9.4579 -0.0526 0.2753 22.1992
|
|
97 3 -9.4579 0.2105 -1.2667 18.9272
|
|
97 3 -9.4579 0.4737 -3.0401 16.1766
|
|
97 3 -9.4579 0.7368 -4.9033 13.8299
|
|
97 3 -9.4579 1.0000 -6.8319 11.8375
|
|
|
|
97 4 -4.5555 -4.0000 -59.4512 104.3987
|
|
97 4 -4.5555 -3.7368 -53.5881 105.4771
|
|
97 4 -4.5555 -3.4737 -47.1401 106.1351
|
|
97 4 -4.5555 -3.2105 -39.8245 106.2510
|
|
97 4 -4.5555 -2.9474 -31.3285 105.1621
|
|
97 4 -4.5555 -2.6842 -22.1962 101.6317
|
|
97 4 -4.5555 -2.4211 -14.2391 95.3892
|
|
97 4 -4.5555 -2.1579 -8.6207 87.8166
|
|
97 4 -4.5555 -1.8947 -5.0560 80.2296
|
|
97 4 -4.5555 -1.6316 -2.9224 73.1402
|
|
97 4 -4.5555 -1.3684 -1.7298 66.7930
|
|
97 4 -4.5555 -1.1053 -0.8344 61.2133
|
|
97 4 -4.5555 -0.8421 0.2490 55.8682
|
|
97 4 -4.5555 -0.5789 1.3086 50.0333
|
|
97 4 -4.5555 -0.3158 1.5263 43.5534
|
|
97 4 -4.5555 -0.0526 0.3748 37.1440
|
|
97 4 -4.5555 0.2105 -1.8026 31.5423
|
|
97 4 -4.5555 0.4737 -4.4096 26.8400
|
|
97 4 -4.5555 0.7368 -7.1981 22.8166
|
|
97 4 -4.5555 1.0000 -10.1387 19.3871
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 98 coord.: 0.3333333 0.6666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.541320 meV Im[Sigma]= 61.500663 meV Z= 1.001087 lam= -0.001085
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.455086 meV Im[Sigma]= 66.906202 meV Z= 1.010113 lam= -0.010012
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -18.849566 meV Im[Sigma]= 76.189743 meV Z= 1.006297 lam= -0.006257
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 3.263640 meV Im[Sigma]= 108.409766 meV Z= 1.020209 lam= -0.019809
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 98 coord.: 0.3333333 0.6666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 98 w = -4.0000 eV A(k,w) = 0.20958E-04 meV^-1
|
|
ik = 98 w = -3.7368 eV A(k,w) = 0.15310E-04 meV^-1
|
|
ik = 98 w = -3.4737 eV A(k,w) = 0.11746E-04 meV^-1
|
|
ik = 98 w = -3.2105 eV A(k,w) = 0.93178E-05 meV^-1
|
|
ik = 98 w = -2.9474 eV A(k,w) = 0.75250E-05 meV^-1
|
|
ik = 98 w = -2.6842 eV A(k,w) = 0.60697E-05 meV^-1
|
|
ik = 98 w = -2.4211 eV A(k,w) = 0.48364E-05 meV^-1
|
|
ik = 98 w = -2.1579 eV A(k,w) = 0.38306E-05 meV^-1
|
|
ik = 98 w = -1.8947 eV A(k,w) = 0.30452E-05 meV^-1
|
|
ik = 98 w = -1.6316 eV A(k,w) = 0.24397E-05 meV^-1
|
|
ik = 98 w = -1.3684 eV A(k,w) = 0.19748E-05 meV^-1
|
|
ik = 98 w = -1.1053 eV A(k,w) = 0.16163E-05 meV^-1
|
|
ik = 98 w = -0.8421 eV A(k,w) = 0.13271E-05 meV^-1
|
|
ik = 98 w = -0.5789 eV A(k,w) = 0.10769E-05 meV^-1
|
|
ik = 98 w = -0.3158 eV A(k,w) = 0.85526E-06 meV^-1
|
|
ik = 98 w = -0.0526 eV A(k,w) = 0.66927E-06 meV^-1
|
|
ik = 98 w = 0.2105 eV A(k,w) = 0.52392E-06 meV^-1
|
|
ik = 98 w = 0.4737 eV A(k,w) = 0.41279E-06 meV^-1
|
|
ik = 98 w = 0.7368 eV A(k,w) = 0.32650E-06 meV^-1
|
|
ik = 98 w = 1.0000 eV A(k,w) = 0.25934E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
98 -4.0000 0.20958E-04
|
|
98 -3.7368 0.15310E-04
|
|
98 -3.4737 0.11746E-04
|
|
98 -3.2105 0.93178E-05
|
|
98 -2.9474 0.75250E-05
|
|
98 -2.6842 0.60697E-05
|
|
98 -2.4211 0.48364E-05
|
|
98 -2.1579 0.38306E-05
|
|
98 -1.8947 0.30452E-05
|
|
98 -1.6316 0.24397E-05
|
|
98 -1.3684 0.19748E-05
|
|
98 -1.1053 0.16163E-05
|
|
98 -0.8421 0.13271E-05
|
|
98 -0.5789 0.10769E-05
|
|
98 -0.3158 0.85526E-06
|
|
98 -0.0526 0.66927E-06
|
|
98 0.2105 0.52392E-06
|
|
98 0.4737 0.41279E-06
|
|
98 0.7368 0.32650E-06
|
|
98 1.0000 0.25934E-06
|
|
98 1 -13.5072 -4.0000 -39.3121 110.2543
|
|
98 1 -13.5072 -3.7368 -33.2011 108.8356
|
|
98 1 -13.5072 -3.4737 -27.0666 106.8578
|
|
98 1 -13.5072 -3.2105 -20.6494 104.4412
|
|
98 1 -13.5072 -2.9474 -13.5733 101.1209
|
|
98 1 -13.5072 -2.6842 -6.2235 95.8451
|
|
98 1 -13.5072 -2.4211 -0.1431 88.3738
|
|
98 1 -13.5072 -2.1579 3.6552 79.9389
|
|
98 1 -13.5072 -1.8947 5.4460 71.7543
|
|
98 1 -13.5072 -1.6316 5.8619 64.3211
|
|
98 1 -13.5072 -1.3684 5.4320 57.8240
|
|
98 1 -13.5072 -1.1053 4.7349 52.2231
|
|
98 1 -13.5072 -0.8421 4.1676 47.0704
|
|
98 1 -13.5072 -0.5789 3.6009 41.8172
|
|
98 1 -13.5072 -0.3158 2.4923 36.3268
|
|
98 1 -13.5072 -0.0526 0.4930 31.0565
|
|
98 1 -13.5072 0.2105 -2.1603 26.4887
|
|
98 1 -13.5072 0.4737 -5.0537 22.6764
|
|
98 1 -13.5072 0.7368 -7.9995 19.4573
|
|
98 1 -13.5072 1.0000 -10.9597 16.7459
|
|
|
|
98 2 -11.9153 -4.0000 -30.8926 72.0154
|
|
98 2 -11.9153 -3.7368 -27.2707 72.0061
|
|
98 2 -11.9153 -3.4737 -23.3182 71.6890
|
|
98 2 -11.9153 -3.2105 -18.9024 70.9862
|
|
98 2 -11.9153 -2.9474 -13.8706 69.5268
|
|
98 2 -11.9153 -2.6842 -8.5509 66.5971
|
|
98 2 -11.9153 -2.4211 -4.0430 62.0475
|
|
98 2 -11.9153 -2.1579 -1.0572 56.7539
|
|
98 2 -11.9153 -1.8947 0.6159 51.5522
|
|
98 2 -11.9153 -1.6316 1.4020 46.7458
|
|
98 2 -11.9153 -1.3684 1.6084 42.4524
|
|
98 2 -11.9153 -1.1053 1.6074 38.6856
|
|
98 2 -11.9153 -0.8421 1.6961 35.1496
|
|
98 2 -11.9153 -0.5789 1.7833 31.4245
|
|
98 2 -11.9153 -0.3158 1.4214 27.3960
|
|
98 2 -11.9153 -0.0526 0.3040 23.4475
|
|
98 2 -11.9153 0.2105 -1.3854 19.9938
|
|
98 2 -11.9153 0.4737 -3.3105 17.0920
|
|
98 2 -11.9153 0.7368 -5.3236 14.6203
|
|
98 2 -11.9153 1.0000 -7.3971 12.5259
|
|
|
|
98 3 -7.7465 -4.0000 -43.7297 89.0935
|
|
98 3 -7.7465 -3.7368 -38.8712 89.3903
|
|
98 3 -7.7465 -3.4737 -33.6198 89.3007
|
|
98 3 -7.7465 -3.2105 -27.7630 88.7561
|
|
98 3 -7.7465 -2.9474 -21.0519 87.2536
|
|
98 3 -7.7465 -2.6842 -13.9104 83.8212
|
|
98 3 -7.7465 -2.4211 -7.7863 78.2491
|
|
98 3 -7.7465 -2.1579 -3.6119 71.6651
|
|
98 3 -7.7465 -1.8947 -1.1395 65.1471
|
|
98 3 -7.7465 -1.6316 0.1620 59.1103
|
|
98 3 -7.7465 -1.3684 0.7053 53.7327
|
|
98 3 -7.7465 -1.1053 0.9987 49.0201
|
|
98 3 -7.7465 -0.8421 1.4198 44.5602
|
|
98 3 -7.7465 -0.5789 1.8184 39.8039
|
|
98 3 -7.7465 -0.3158 1.5938 34.6265
|
|
98 3 -7.7465 -0.0526 0.3549 29.5508
|
|
98 3 -7.7465 0.2105 -1.6441 25.1231
|
|
98 3 -7.7465 0.4737 -3.9556 21.4143
|
|
98 3 -7.7465 0.7368 -6.3844 18.2596
|
|
98 3 -7.7465 1.0000 -8.8973 15.5864
|
|
|
|
98 4 -5.2565 -4.0000 -53.9393 98.9462
|
|
98 4 -5.2565 -3.7368 -48.4478 99.8520
|
|
98 4 -5.2565 -3.4737 -42.4000 100.3493
|
|
98 4 -5.2565 -3.2105 -35.5365 100.3125
|
|
98 4 -5.2565 -2.9474 -27.5813 99.1177
|
|
98 4 -5.2565 -2.6842 -19.0578 95.6122
|
|
98 4 -5.2565 -2.4211 -11.6780 89.5539
|
|
98 4 -5.2565 -2.1579 -6.5361 82.2640
|
|
98 4 -5.2565 -1.8947 -3.3449 74.9929
|
|
98 4 -5.2565 -1.6316 -1.5015 68.2131
|
|
98 4 -5.2565 -1.3684 -0.5475 62.1392
|
|
98 4 -5.2565 -1.1053 0.1038 56.7929
|
|
98 4 -5.2565 -0.8421 0.8943 51.6967
|
|
98 4 -5.2565 -0.5789 1.6412 46.2054
|
|
98 4 -5.2565 -0.3158 1.6238 40.1804
|
|
98 4 -5.2565 -0.0526 0.3784 34.2568
|
|
98 4 -5.2565 0.2105 -1.7848 29.0901
|
|
98 4 -5.2565 0.4737 -4.3286 24.7623
|
|
98 4 -5.2565 0.7368 -7.0231 21.0749
|
|
98 4 -5.2565 1.0000 -9.8340 17.9439
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 99 coord.: 0.3333333 0.6666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.7489 eV Re[Sigma]= -39.525423 meV Im[Sigma]= 60.329031 meV Z= 1.003539 lam= -0.003527
|
|
E( 2 )= -10.6632 eV Re[Sigma]= -14.928495 meV Im[Sigma]= 64.847934 meV Z= 1.006733 lam= -0.006688
|
|
E( 3 )= -9.4579 eV Re[Sigma]= 2.042371 meV Im[Sigma]= 40.767051 meV Z= 0.996245 lam= 0.003769
|
|
E( 4 )= -4.5555 eV Re[Sigma]= 11.675615 meV Im[Sigma]= 121.276731 meV Z= 1.015918 lam= -0.015669
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 99 coord.: 0.3333333 0.6666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 99 w = -4.0000 eV A(k,w) = 0.87135E-04 meV^-1
|
|
ik = 99 w = -3.7368 eV A(k,w) = 0.45082E-04 meV^-1
|
|
ik = 99 w = -3.4737 eV A(k,w) = 0.27739E-04 meV^-1
|
|
ik = 99 w = -3.2105 eV A(k,w) = 0.18880E-04 meV^-1
|
|
ik = 99 w = -2.9474 eV A(k,w) = 0.13633E-04 meV^-1
|
|
ik = 99 w = -2.6842 eV A(k,w) = 0.10098E-04 meV^-1
|
|
ik = 99 w = -2.4211 eV A(k,w) = 0.75236E-05 meV^-1
|
|
ik = 99 w = -2.1579 eV A(k,w) = 0.56442E-05 meV^-1
|
|
ik = 99 w = -1.8947 eV A(k,w) = 0.42915E-05 meV^-1
|
|
ik = 99 w = -1.6316 eV A(k,w) = 0.33135E-05 meV^-1
|
|
ik = 99 w = -1.3684 eV A(k,w) = 0.26009E-05 meV^-1
|
|
ik = 99 w = -1.1053 eV A(k,w) = 0.20750E-05 meV^-1
|
|
ik = 99 w = -0.8421 eV A(k,w) = 0.16671E-05 meV^-1
|
|
ik = 99 w = -0.5789 eV A(k,w) = 0.13274E-05 meV^-1
|
|
ik = 99 w = -0.3158 eV A(k,w) = 0.10362E-05 meV^-1
|
|
ik = 99 w = -0.0526 eV A(k,w) = 0.79828E-06 meV^-1
|
|
ik = 99 w = 0.2105 eV A(k,w) = 0.61621E-06 meV^-1
|
|
ik = 99 w = 0.4737 eV A(k,w) = 0.47940E-06 meV^-1
|
|
ik = 99 w = 0.7368 eV A(k,w) = 0.37471E-06 meV^-1
|
|
ik = 99 w = 1.0000 eV A(k,w) = 0.29430E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
99 -4.0000 0.87135E-04
|
|
99 -3.7368 0.45082E-04
|
|
99 -3.4737 0.27739E-04
|
|
99 -3.2105 0.18880E-04
|
|
99 -2.9474 0.13633E-04
|
|
99 -2.6842 0.10098E-04
|
|
99 -2.4211 0.75236E-05
|
|
99 -2.1579 0.56442E-05
|
|
99 -1.8947 0.42915E-05
|
|
99 -1.6316 0.33135E-05
|
|
99 -1.3684 0.26009E-05
|
|
99 -1.1053 0.20750E-05
|
|
99 -0.8421 0.16671E-05
|
|
99 -0.5789 0.13274E-05
|
|
99 -0.3158 0.10362E-05
|
|
99 -0.0526 0.79828E-06
|
|
99 0.2105 0.61621E-06
|
|
99 0.4737 0.47940E-06
|
|
99 0.7368 0.37471E-06
|
|
99 1.0000 0.29430E-06
|
|
99 1 -13.7489 -4.0000 -37.7637 103.8658
|
|
99 1 -13.7489 -3.7368 -32.1023 102.7325
|
|
99 1 -13.7489 -3.4737 -26.3444 101.0980
|
|
99 1 -13.7489 -3.2105 -20.2324 99.0379
|
|
99 1 -13.7489 -2.9474 -13.4267 96.0728
|
|
99 1 -13.7489 -2.6842 -6.3243 91.1855
|
|
99 1 -13.7489 -2.4211 -0.4241 84.1462
|
|
99 1 -13.7489 -2.1579 3.2833 76.1419
|
|
99 1 -13.7489 -1.8947 5.0501 68.3533
|
|
99 1 -13.7489 -1.6316 5.4855 61.2754
|
|
99 1 -13.7489 -1.3684 5.1034 55.0890
|
|
99 1 -13.7489 -1.1053 4.4594 49.7565
|
|
99 1 -13.7489 -0.8421 3.9345 44.8517
|
|
99 1 -13.7489 -0.5789 3.4080 39.8511
|
|
99 1 -13.7489 -0.3158 2.3637 34.6228
|
|
99 1 -13.7489 -0.0526 0.4682 29.6023
|
|
99 1 -13.7489 0.2105 -2.0532 25.2505
|
|
99 1 -13.7489 0.4737 -4.8049 21.6185
|
|
99 1 -13.7489 0.7368 -7.6077 18.5511
|
|
99 1 -13.7489 1.0000 -10.4257 15.9667
|
|
|
|
99 2 -10.6632 -4.0000 -41.2956 94.9330
|
|
99 2 -10.6632 -3.7368 -36.2694 94.6050
|
|
99 2 -10.6632 -3.4737 -30.9747 93.9017
|
|
99 2 -10.6632 -3.2105 -25.1540 92.8157
|
|
99 2 -10.6632 -2.9474 -18.4930 90.8315
|
|
99 2 -10.6632 -2.6842 -11.4056 86.9243
|
|
99 2 -10.6632 -2.4211 -5.3775 80.8633
|
|
99 2 -10.6632 -2.1579 -1.3723 73.7991
|
|
99 2 -10.6632 -1.8947 0.8556 66.8470
|
|
99 2 -10.6632 -1.6316 1.8610 60.4506
|
|
99 2 -10.6632 -1.3684 2.0904 54.7929
|
|
99 2 -10.6632 -1.1053 2.0725 49.8665
|
|
99 2 -10.6632 -0.8421 2.1913 45.2501
|
|
99 2 -10.6632 -0.5789 2.3064 40.3932
|
|
99 2 -10.6632 -0.3158 1.8345 35.1608
|
|
99 2 -10.6632 -0.0526 0.3914 30.0525
|
|
99 2 -10.6632 0.2105 -1.7792 25.5961
|
|
99 2 -10.6632 0.4737 -4.2434 21.8581
|
|
99 2 -10.6632 0.7368 -6.8125 18.6777
|
|
99 2 -10.6632 1.0000 -9.4530 15.9838
|
|
|
|
99 3 -9.4579 -4.0000 -29.9398 66.4027
|
|
99 3 -9.4579 -3.7368 -26.5989 66.6488
|
|
99 3 -9.4579 -3.4737 -22.8622 66.5831
|
|
99 3 -9.4579 -3.2105 -18.6518 66.0941
|
|
99 3 -9.4579 -2.9474 -13.8717 64.8524
|
|
99 3 -9.4579 -2.6842 -8.8308 62.2241
|
|
99 3 -9.4579 -2.4211 -4.5399 58.0746
|
|
99 3 -9.4579 -2.1579 -1.6585 53.2124
|
|
99 3 -9.4579 -1.8947 0.0006 48.4111
|
|
99 3 -9.4579 -1.6316 0.8229 43.9577
|
|
99 3 -9.4579 -1.3684 1.0911 39.9752
|
|
99 3 -9.4579 -1.1053 1.1632 36.4866
|
|
99 3 -9.4579 -0.8421 1.3320 33.2091
|
|
99 3 -9.4579 -0.5789 1.5109 29.7305
|
|
99 3 -9.4579 -0.3158 1.2598 25.9358
|
|
99 3 -9.4579 -0.0526 0.2753 22.1992
|
|
99 3 -9.4579 0.2105 -1.2667 18.9272
|
|
99 3 -9.4579 0.4737 -3.0401 16.1766
|
|
99 3 -9.4579 0.7368 -4.9033 13.8299
|
|
99 3 -9.4579 1.0000 -6.8319 11.8375
|
|
|
|
99 4 -4.5555 -4.0000 -59.4513 104.3987
|
|
99 4 -4.5555 -3.7368 -53.5881 105.4771
|
|
99 4 -4.5555 -3.4737 -47.1401 106.1351
|
|
99 4 -4.5555 -3.2105 -39.8245 106.2510
|
|
99 4 -4.5555 -2.9474 -31.3285 105.1621
|
|
99 4 -4.5555 -2.6842 -22.1962 101.6317
|
|
99 4 -4.5555 -2.4211 -14.2391 95.3892
|
|
99 4 -4.5555 -2.1579 -8.6207 87.8166
|
|
99 4 -4.5555 -1.8947 -5.0560 80.2296
|
|
99 4 -4.5555 -1.6316 -2.9224 73.1402
|
|
99 4 -4.5555 -1.3684 -1.7298 66.7930
|
|
99 4 -4.5555 -1.1053 -0.8344 61.2133
|
|
99 4 -4.5555 -0.8421 0.2490 55.8682
|
|
99 4 -4.5555 -0.5789 1.3086 50.0333
|
|
99 4 -4.5555 -0.3158 1.5263 43.5534
|
|
99 4 -4.5555 -0.0526 0.3748 37.1440
|
|
99 4 -4.5555 0.2105 -1.8026 31.5423
|
|
99 4 -4.5555 0.4737 -4.4096 26.8400
|
|
99 4 -4.5555 0.7368 -7.1981 22.8166
|
|
99 4 -4.5555 1.0000 -10.1387 19.3871
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 100 coord.: 0.3333333 0.6666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.865700 meV Im[Sigma]= 61.529531 meV Z= 1.001109 lam= -0.001108
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.502003 meV Im[Sigma]= 67.453330 meV Z= 1.010418 lam= -0.010311
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -19.378329 meV Im[Sigma]= 76.057791 meV Z= 1.006225 lam= -0.006186
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 2.810843 meV Im[Sigma]= 109.183561 meV Z= 1.020288 lam= -0.019885
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 100 coord.: 0.3333333 0.6666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 100 w = -4.0000 eV A(k,w) = 0.21212E-04 meV^-1
|
|
ik = 100 w = -3.7368 eV A(k,w) = 0.15493E-04 meV^-1
|
|
ik = 100 w = -3.4737 eV A(k,w) = 0.11871E-04 meV^-1
|
|
ik = 100 w = -3.2105 eV A(k,w) = 0.94004E-05 meV^-1
|
|
ik = 100 w = -2.9474 eV A(k,w) = 0.75794E-05 meV^-1
|
|
ik = 100 w = -2.6842 eV A(k,w) = 0.61059E-05 meV^-1
|
|
ik = 100 w = -2.4211 eV A(k,w) = 0.48607E-05 meV^-1
|
|
ik = 100 w = -2.1579 eV A(k,w) = 0.38470E-05 meV^-1
|
|
ik = 100 w = -1.8947 eV A(k,w) = 0.30565E-05 meV^-1
|
|
ik = 100 w = -1.6316 eV A(k,w) = 0.24477E-05 meV^-1
|
|
ik = 100 w = -1.3684 eV A(k,w) = 0.19806E-05 meV^-1
|
|
ik = 100 w = -1.1053 eV A(k,w) = 0.16206E-05 meV^-1
|
|
ik = 100 w = -0.8421 eV A(k,w) = 0.13302E-05 meV^-1
|
|
ik = 100 w = -0.5789 eV A(k,w) = 0.10791E-05 meV^-1
|
|
ik = 100 w = -0.3158 eV A(k,w) = 0.85685E-06 meV^-1
|
|
ik = 100 w = -0.0526 eV A(k,w) = 0.67047E-06 meV^-1
|
|
ik = 100 w = 0.2105 eV A(k,w) = 0.52487E-06 meV^-1
|
|
ik = 100 w = 0.4737 eV A(k,w) = 0.41359E-06 meV^-1
|
|
ik = 100 w = 0.7368 eV A(k,w) = 0.32719E-06 meV^-1
|
|
ik = 100 w = 1.0000 eV A(k,w) = 0.25995E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
100 -4.0000 0.21212E-04
|
|
100 -3.7368 0.15493E-04
|
|
100 -3.4737 0.11871E-04
|
|
100 -3.2105 0.94004E-05
|
|
100 -2.9474 0.75794E-05
|
|
100 -2.6842 0.61059E-05
|
|
100 -2.4211 0.48607E-05
|
|
100 -2.1579 0.38470E-05
|
|
100 -1.8947 0.30565E-05
|
|
100 -1.6316 0.24477E-05
|
|
100 -1.3684 0.19806E-05
|
|
100 -1.1053 0.16206E-05
|
|
100 -0.8421 0.13302E-05
|
|
100 -0.5789 0.10791E-05
|
|
100 -0.3158 0.85685E-06
|
|
100 -0.0526 0.67047E-06
|
|
100 0.2105 0.52487E-06
|
|
100 0.4737 0.41359E-06
|
|
100 0.7368 0.32719E-06
|
|
100 1.0000 0.25995E-06
|
|
100 1 -13.5072 -4.0000 -39.9480 110.5930
|
|
100 1 -13.5072 -3.7368 -33.8351 109.2205
|
|
100 1 -13.5072 -3.4737 -27.6827 107.3054
|
|
100 1 -13.5072 -3.2105 -21.2210 104.9564
|
|
100 1 -13.5072 -2.9474 -14.0701 101.6922
|
|
100 1 -13.5072 -2.6842 -6.6252 96.4406
|
|
100 1 -13.5072 -2.4211 -0.4556 88.9569
|
|
100 1 -13.5072 -2.1579 3.4098 80.4913
|
|
100 1 -13.5072 -1.8947 5.2508 72.2743
|
|
100 1 -13.5072 -1.6316 5.7086 64.8097
|
|
100 1 -13.5072 -1.3684 5.3155 58.2815
|
|
100 1 -13.5072 -1.1053 4.6534 52.6488
|
|
100 1 -13.5072 -0.8421 4.1202 47.4595
|
|
100 1 -13.5072 -0.5789 3.5823 42.1612
|
|
100 1 -13.5072 -0.3158 2.4906 36.6194
|
|
100 1 -13.5072 -0.0526 0.4939 31.2994
|
|
100 1 -13.5072 0.2105 -2.1667 26.6893
|
|
100 1 -13.5072 0.4737 -5.0716 22.8427
|
|
100 1 -13.5072 0.7368 -8.0306 19.5952
|
|
100 1 -13.5072 1.0000 -11.0051 16.8601
|
|
|
|
100 2 -11.9153 -4.0000 -30.5139 71.4991
|
|
100 2 -11.9153 -3.7368 -26.9486 71.4512
|
|
100 2 -11.9153 -3.4737 -23.0670 71.1150
|
|
100 2 -11.9153 -3.2105 -18.7281 70.4151
|
|
100 2 -11.9153 -2.9474 -13.7713 68.9824
|
|
100 2 -11.9153 -2.6842 -8.5130 66.1029
|
|
100 2 -11.9153 -2.4211 -4.0410 61.6152
|
|
100 2 -11.9153 -2.1579 -1.0670 56.3782
|
|
100 2 -11.9153 -1.8947 0.6063 51.2190
|
|
100 2 -11.9153 -1.6316 1.3935 46.4430
|
|
100 2 -11.9153 -1.3684 1.5966 42.1742
|
|
100 2 -11.9153 -1.1053 1.5881 38.4330
|
|
100 2 -11.9153 -0.8421 1.6695 34.9279
|
|
100 2 -11.9153 -0.5789 1.7556 31.2386
|
|
100 2 -11.9153 -0.3158 1.4022 27.2452
|
|
100 2 -11.9153 -0.0526 0.3005 23.3251
|
|
100 2 -11.9153 0.2105 -1.3712 19.8922
|
|
100 2 -11.9153 0.4737 -3.2798 17.0053
|
|
100 2 -11.9153 0.7368 -5.2785 14.5453
|
|
100 2 -11.9153 1.0000 -7.3390 12.4607
|
|
|
|
100 3 -7.7465 -4.0000 -44.2042 90.2458
|
|
100 3 -7.7465 -3.7368 -39.1735 90.5311
|
|
100 3 -7.7465 -3.4737 -33.7691 90.3841
|
|
100 3 -7.7465 -3.2105 -27.7893 89.7552
|
|
100 3 -7.7465 -2.9474 -20.9824 88.1547
|
|
100 3 -7.7465 -2.6842 -13.7692 84.6136
|
|
100 3 -7.7465 -2.4211 -7.6022 78.9253
|
|
100 3 -7.7465 -2.1579 -3.4165 72.2300
|
|
100 3 -7.7465 -1.8947 -0.9561 65.6175
|
|
100 3 -7.7465 -1.6316 0.3220 59.5056
|
|
100 3 -7.7465 -1.3684 0.8390 54.0691
|
|
100 3 -7.7465 -1.1053 1.1076 49.3085
|
|
100 3 -7.7465 -0.8421 1.5054 44.8065
|
|
100 3 -7.7465 -0.5789 1.8797 40.0116
|
|
100 3 -7.7465 -0.3158 1.6277 34.8009
|
|
100 3 -7.7465 -0.0526 0.3604 29.6993
|
|
100 3 -7.7465 0.2105 -1.6651 25.2524
|
|
100 3 -7.7465 0.4737 -3.9997 21.5287
|
|
100 3 -7.7465 0.7368 -6.4486 18.3614
|
|
100 3 -7.7465 1.0000 -8.9798 15.6766
|
|
|
|
100 4 -5.2565 -4.0000 -54.2198 100.2520
|
|
100 4 -5.2565 -3.7368 -48.4286 101.1222
|
|
100 4 -5.2565 -3.4737 -42.1423 101.4579
|
|
100 4 -5.2565 -3.2105 -35.1469 101.2098
|
|
100 4 -5.2565 -2.9474 -27.1468 99.8150
|
|
100 4 -5.2565 -2.6842 -18.6317 96.1435
|
|
100 4 -5.2565 -2.4211 -11.2881 89.9549
|
|
100 4 -5.2565 -2.1579 -6.1952 82.5655
|
|
100 4 -5.2565 -1.8947 -3.0572 75.2201
|
|
100 4 -5.2565 -1.6316 -1.2660 68.3869
|
|
100 4 -5.2565 -1.3684 -0.3576 62.2751
|
|
100 4 -5.2565 -1.1053 0.2563 56.8982
|
|
100 4 -5.2565 -0.8421 1.0131 51.7727
|
|
100 4 -5.2565 -0.5789 1.7236 46.2545
|
|
100 4 -5.2565 -0.3158 1.6671 40.2107
|
|
100 4 -5.2565 -0.0526 0.3851 34.2775
|
|
100 4 -5.2565 0.2105 -1.8095 29.1074
|
|
100 4 -5.2565 0.4737 -4.3796 24.7798
|
|
100 4 -5.2565 0.7368 -7.0954 21.0950
|
|
100 4 -5.2565 1.0000 -9.9228 17.9672
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 101 coord.: 0.3333333 0.6666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.7489 eV Re[Sigma]= -39.580712 meV Im[Sigma]= 60.622308 meV Z= 1.003811 lam= -0.003796
|
|
E( 2 )= -10.6632 eV Re[Sigma]= -15.301419 meV Im[Sigma]= 65.094494 meV Z= 1.006752 lam= -0.006706
|
|
E( 3 )= -9.4579 eV Re[Sigma]= 2.604495 meV Im[Sigma]= 39.545535 meV Z= 0.995880 lam= 0.004137
|
|
E( 4 )= -4.5555 eV Re[Sigma]= 12.355952 meV Im[Sigma]= 124.565017 meV Z= 1.016622 lam= -0.016350
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 101 coord.: 0.3333333 0.6666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 101 w = -4.0000 eV A(k,w) = 0.88621E-04 meV^-1
|
|
ik = 101 w = -3.7368 eV A(k,w) = 0.45792E-04 meV^-1
|
|
ik = 101 w = -3.4737 eV A(k,w) = 0.28123E-04 meV^-1
|
|
ik = 101 w = -3.2105 eV A(k,w) = 0.19102E-04 meV^-1
|
|
ik = 101 w = -2.9474 eV A(k,w) = 0.13766E-04 meV^-1
|
|
ik = 101 w = -2.6842 eV A(k,w) = 0.10180E-04 meV^-1
|
|
ik = 101 w = -2.4211 eV A(k,w) = 0.75750E-05 meV^-1
|
|
ik = 101 w = -2.1579 eV A(k,w) = 0.56773E-05 meV^-1
|
|
ik = 101 w = -1.8947 eV A(k,w) = 0.43134E-05 meV^-1
|
|
ik = 101 w = -1.6316 eV A(k,w) = 0.33285E-05 meV^-1
|
|
ik = 101 w = -1.3684 eV A(k,w) = 0.26114E-05 meV^-1
|
|
ik = 101 w = -1.1053 eV A(k,w) = 0.20824E-05 meV^-1
|
|
ik = 101 w = -0.8421 eV A(k,w) = 0.16725E-05 meV^-1
|
|
ik = 101 w = -0.5789 eV A(k,w) = 0.13314E-05 meV^-1
|
|
ik = 101 w = -0.3158 eV A(k,w) = 0.10393E-05 meV^-1
|
|
ik = 101 w = -0.0526 eV A(k,w) = 0.80072E-06 meV^-1
|
|
ik = 101 w = 0.2105 eV A(k,w) = 0.61817E-06 meV^-1
|
|
ik = 101 w = 0.4737 eV A(k,w) = 0.48100E-06 meV^-1
|
|
ik = 101 w = 0.7368 eV A(k,w) = 0.37603E-06 meV^-1
|
|
ik = 101 w = 1.0000 eV A(k,w) = 0.29538E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
101 -4.0000 0.88621E-04
|
|
101 -3.7368 0.45792E-04
|
|
101 -3.4737 0.28123E-04
|
|
101 -3.2105 0.19102E-04
|
|
101 -2.9474 0.13766E-04
|
|
101 -2.6842 0.10180E-04
|
|
101 -2.4211 0.75750E-05
|
|
101 -2.1579 0.56773E-05
|
|
101 -1.8947 0.43134E-05
|
|
101 -1.6316 0.33285E-05
|
|
101 -1.3684 0.26114E-05
|
|
101 -1.1053 0.20824E-05
|
|
101 -0.8421 0.16725E-05
|
|
101 -0.5789 0.13314E-05
|
|
101 -0.3158 0.10393E-05
|
|
101 -0.0526 0.80072E-06
|
|
101 0.2105 0.61817E-06
|
|
101 0.4737 0.48100E-06
|
|
101 0.7368 0.37603E-06
|
|
101 1.0000 0.29538E-06
|
|
101 1 -13.7489 -4.0000 -38.2894 104.1666
|
|
101 1 -13.7489 -3.7368 -32.5690 103.0590
|
|
101 1 -13.7489 -3.4737 -26.7565 101.4304
|
|
101 1 -13.7489 -3.2105 -20.6025 99.3687
|
|
101 1 -13.7489 -2.9474 -13.7608 96.4026
|
|
101 1 -13.7489 -2.6842 -6.6246 91.5117
|
|
101 1 -13.7489 -2.4211 -0.6973 84.4672
|
|
101 1 -13.7489 -2.1579 3.0333 76.4636
|
|
101 1 -13.7489 -1.8947 4.8288 68.6808
|
|
101 1 -13.7489 -1.6316 5.3010 61.6058
|
|
101 1 -13.7489 -1.3684 4.9602 55.4147
|
|
101 1 -13.7489 -1.1053 4.3591 50.0683
|
|
101 1 -13.7489 -0.8421 3.8755 45.1382
|
|
101 1 -13.7489 -0.5789 3.3823 40.1010
|
|
101 1 -13.7489 -0.3158 2.3580 34.8297
|
|
101 1 -13.7489 -0.0526 0.4684 29.7673
|
|
101 1 -13.7489 0.2105 -2.0572 25.3802
|
|
101 1 -13.7489 0.4737 -4.8182 21.7207
|
|
101 1 -13.7489 0.7368 -7.6321 18.6325
|
|
101 1 -13.7489 1.0000 -10.4611 16.0325
|
|
|
|
101 2 -10.6632 -4.0000 -40.7013 94.3935
|
|
101 2 -10.6632 -3.7368 -35.7323 94.0231
|
|
101 2 -10.6632 -3.4737 -30.5043 93.2885
|
|
101 2 -10.6632 -3.2105 -24.7589 92.1810
|
|
101 2 -10.6632 -2.9474 -18.1858 90.1900
|
|
101 2 -10.6632 -2.6842 -11.1913 86.3056
|
|
101 2 -10.6632 -2.4211 -5.2376 80.2964
|
|
101 2 -10.6632 -2.1579 -1.2775 73.2917
|
|
101 2 -10.6632 -1.8947 0.9243 66.3902
|
|
101 2 -10.6632 -1.6316 1.9097 60.0349
|
|
101 2 -10.6632 -1.3684 2.1191 54.4136
|
|
101 2 -10.6632 -1.1053 2.0807 49.5252
|
|
101 2 -10.6632 -0.8421 2.1822 44.9521
|
|
101 2 -10.6632 -0.5789 2.2888 40.1423
|
|
101 2 -10.6632 -0.3158 1.8196 34.9561
|
|
101 2 -10.6632 -0.0526 0.3883 29.8877
|
|
101 2 -10.6632 0.2105 -1.7656 25.4629
|
|
101 2 -10.6632 0.4737 -4.2119 21.7491
|
|
101 2 -10.6632 0.7368 -6.7638 18.5871
|
|
101 2 -10.6632 1.0000 -9.3883 15.9074
|
|
|
|
101 3 -9.4579 -4.0000 -30.5471 66.5099
|
|
101 3 -9.4579 -3.7368 -27.1416 66.8284
|
|
101 3 -9.4579 -3.4737 -23.3303 66.8000
|
|
101 3 -9.4579 -3.2105 -19.0564 66.3170
|
|
101 3 -9.4579 -2.9474 -14.2361 65.0667
|
|
101 3 -9.4579 -2.6842 -9.1760 62.4319
|
|
101 3 -9.4579 -2.4211 -4.8776 58.2890
|
|
101 3 -9.4579 -2.1579 -1.9868 53.4495
|
|
101 3 -9.4579 -1.8947 -0.3046 48.6797
|
|
101 3 -9.4579 -1.6316 0.5567 44.2548
|
|
101 3 -9.4579 -1.3684 0.8755 40.2902
|
|
101 3 -9.4579 -1.1053 1.0049 36.8049
|
|
101 3 -9.4579 -0.8421 1.2316 33.5130
|
|
101 3 -9.4579 -0.5789 1.4603 30.0023
|
|
101 3 -9.4579 -0.3158 1.2430 26.1637
|
|
101 3 -9.4579 -0.0526 0.2741 22.3813
|
|
101 3 -9.4579 0.2105 -1.2664 19.0692
|
|
101 3 -9.4579 0.4737 -3.0462 16.2872
|
|
101 3 -9.4579 0.7368 -4.9189 13.9169
|
|
101 3 -9.4579 1.0000 -6.8579 11.9070
|
|
|
|
101 4 -4.5555 -4.0000 -59.1830 106.2332
|
|
101 4 -4.5555 -3.7368 -53.1724 107.1506
|
|
101 4 -4.5555 -3.4737 -46.6044 107.6160
|
|
101 4 -4.5555 -3.2105 -39.2132 107.5235
|
|
101 4 -4.5555 -2.9474 -30.6870 106.2273
|
|
101 4 -4.5555 -2.6842 -21.5657 102.5037
|
|
101 4 -4.5555 -2.4211 -13.6521 96.0928
|
|
101 4 -4.5555 -2.1579 -8.0969 88.3824
|
|
101 4 -4.5555 -1.8947 -4.6024 80.6862
|
|
101 4 -4.5555 -1.6316 -2.5383 73.5093
|
|
101 4 -4.5555 -1.3684 -1.4137 67.0894
|
|
101 4 -4.5555 -1.1053 -0.5869 61.4499
|
|
101 4 -4.5555 -0.8421 0.4286 56.0592
|
|
101 4 -4.5555 -0.5789 1.4240 50.1922
|
|
101 4 -4.5555 -0.3158 1.5841 43.6915
|
|
101 4 -4.5555 -0.0526 0.3835 37.2694
|
|
101 4 -4.5555 0.2105 -1.8345 31.6588
|
|
101 4 -4.5555 0.4737 -4.4758 26.9489
|
|
101 4 -4.5555 0.7368 -7.2942 22.9185
|
|
101 4 -4.5555 1.0000 -10.2613 19.4821
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 102 coord.: 0.3333333 0.6666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.865635 meV Im[Sigma]= 61.529584 meV Z= 1.001109 lam= -0.001108
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.501818 meV Im[Sigma]= 67.453227 meV Z= 1.010418 lam= -0.010311
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -19.378321 meV Im[Sigma]= 76.057703 meV Z= 1.006225 lam= -0.006186
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 2.810842 meV Im[Sigma]= 109.183483 meV Z= 1.020288 lam= -0.019885
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 102 coord.: 0.3333333 0.6666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 102 w = -4.0000 eV A(k,w) = 0.21212E-04 meV^-1
|
|
ik = 102 w = -3.7368 eV A(k,w) = 0.15493E-04 meV^-1
|
|
ik = 102 w = -3.4737 eV A(k,w) = 0.11871E-04 meV^-1
|
|
ik = 102 w = -3.2105 eV A(k,w) = 0.94004E-05 meV^-1
|
|
ik = 102 w = -2.9474 eV A(k,w) = 0.75794E-05 meV^-1
|
|
ik = 102 w = -2.6842 eV A(k,w) = 0.61059E-05 meV^-1
|
|
ik = 102 w = -2.4211 eV A(k,w) = 0.48607E-05 meV^-1
|
|
ik = 102 w = -2.1579 eV A(k,w) = 0.38470E-05 meV^-1
|
|
ik = 102 w = -1.8947 eV A(k,w) = 0.30565E-05 meV^-1
|
|
ik = 102 w = -1.6316 eV A(k,w) = 0.24477E-05 meV^-1
|
|
ik = 102 w = -1.3684 eV A(k,w) = 0.19806E-05 meV^-1
|
|
ik = 102 w = -1.1053 eV A(k,w) = 0.16206E-05 meV^-1
|
|
ik = 102 w = -0.8421 eV A(k,w) = 0.13302E-05 meV^-1
|
|
ik = 102 w = -0.5789 eV A(k,w) = 0.10791E-05 meV^-1
|
|
ik = 102 w = -0.3158 eV A(k,w) = 0.85685E-06 meV^-1
|
|
ik = 102 w = -0.0526 eV A(k,w) = 0.67047E-06 meV^-1
|
|
ik = 102 w = 0.2105 eV A(k,w) = 0.52487E-06 meV^-1
|
|
ik = 102 w = 0.4737 eV A(k,w) = 0.41359E-06 meV^-1
|
|
ik = 102 w = 0.7368 eV A(k,w) = 0.32719E-06 meV^-1
|
|
ik = 102 w = 1.0000 eV A(k,w) = 0.25995E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
102 -4.0000 0.21212E-04
|
|
102 -3.7368 0.15493E-04
|
|
102 -3.4737 0.11871E-04
|
|
102 -3.2105 0.94004E-05
|
|
102 -2.9474 0.75794E-05
|
|
102 -2.6842 0.61059E-05
|
|
102 -2.4211 0.48607E-05
|
|
102 -2.1579 0.38470E-05
|
|
102 -1.8947 0.30565E-05
|
|
102 -1.6316 0.24477E-05
|
|
102 -1.3684 0.19806E-05
|
|
102 -1.1053 0.16206E-05
|
|
102 -0.8421 0.13302E-05
|
|
102 -0.5789 0.10791E-05
|
|
102 -0.3158 0.85685E-06
|
|
102 -0.0526 0.67047E-06
|
|
102 0.2105 0.52487E-06
|
|
102 0.4737 0.41359E-06
|
|
102 0.7368 0.32719E-06
|
|
102 1.0000 0.25995E-06
|
|
102 1 -13.5072 -4.0000 -39.9481 110.5930
|
|
102 1 -13.5072 -3.7368 -33.8353 109.2205
|
|
102 1 -13.5072 -3.4737 -27.6828 107.3054
|
|
102 1 -13.5072 -3.2105 -21.2211 104.9564
|
|
102 1 -13.5072 -2.9474 -14.0702 101.6922
|
|
102 1 -13.5072 -2.6842 -6.6253 96.4406
|
|
102 1 -13.5072 -2.4211 -0.4557 88.9569
|
|
102 1 -13.5072 -2.1579 3.4097 80.4914
|
|
102 1 -13.5072 -1.8947 5.2507 72.2743
|
|
102 1 -13.5072 -1.6316 5.7085 64.8098
|
|
102 1 -13.5072 -1.3684 5.3155 58.2815
|
|
102 1 -13.5072 -1.1053 4.6533 52.6489
|
|
102 1 -13.5072 -0.8421 4.1202 47.4596
|
|
102 1 -13.5072 -0.5789 3.5823 42.1613
|
|
102 1 -13.5072 -0.3158 2.4905 36.6195
|
|
102 1 -13.5072 -0.0526 0.4939 31.2995
|
|
102 1 -13.5072 0.2105 -2.1667 26.6894
|
|
102 1 -13.5072 0.4737 -5.0716 22.8428
|
|
102 1 -13.5072 0.7368 -8.0306 19.5953
|
|
102 1 -13.5072 1.0000 -11.0051 16.8602
|
|
|
|
102 2 -11.9153 -4.0000 -30.5135 71.4989
|
|
102 2 -11.9153 -3.7368 -26.9482 71.4509
|
|
102 2 -11.9153 -3.4737 -23.0666 71.1148
|
|
102 2 -11.9153 -3.2105 -18.7278 70.4148
|
|
102 2 -11.9153 -2.9474 -13.7711 68.9821
|
|
102 2 -11.9153 -2.6842 -8.5128 66.1025
|
|
102 2 -11.9153 -2.4211 -4.0408 61.6149
|
|
102 2 -11.9153 -2.1579 -1.0669 56.3778
|
|
102 2 -11.9153 -1.8947 0.6064 51.2187
|
|
102 2 -11.9153 -1.6316 1.3937 46.4427
|
|
102 2 -11.9153 -1.3684 1.5967 42.1739
|
|
102 2 -11.9153 -1.1053 1.5882 38.4327
|
|
102 2 -11.9153 -0.8421 1.6696 34.9277
|
|
102 2 -11.9153 -0.5789 1.7556 31.2384
|
|
102 2 -11.9153 -0.3158 1.4022 27.2450
|
|
102 2 -11.9153 -0.0526 0.3005 23.3250
|
|
102 2 -11.9153 0.2105 -1.3712 19.8921
|
|
102 2 -11.9153 0.4737 -3.2798 17.0052
|
|
102 2 -11.9153 0.7368 -5.2784 14.5452
|
|
102 2 -11.9153 1.0000 -7.3390 12.4606
|
|
|
|
102 3 -7.7465 -4.0000 -44.2040 90.2458
|
|
102 3 -7.7465 -3.7368 -39.1733 90.5310
|
|
102 3 -7.7465 -3.4737 -33.7689 90.3841
|
|
102 3 -7.7465 -3.2105 -27.7892 89.7551
|
|
102 3 -7.7465 -2.9474 -20.9823 88.1546
|
|
102 3 -7.7465 -2.6842 -13.7691 84.6135
|
|
102 3 -7.7465 -2.4211 -7.6022 78.9252
|
|
102 3 -7.7465 -2.1579 -3.4165 72.2299
|
|
102 3 -7.7465 -1.8947 -0.9560 65.6174
|
|
102 3 -7.7465 -1.6316 0.3220 59.5055
|
|
102 3 -7.7465 -1.3684 0.8390 54.0690
|
|
102 3 -7.7465 -1.1053 1.1076 49.3085
|
|
102 3 -7.7465 -0.8421 1.5054 44.8065
|
|
102 3 -7.7465 -0.5789 1.8797 40.0115
|
|
102 3 -7.7465 -0.3158 1.6277 34.8008
|
|
102 3 -7.7465 -0.0526 0.3604 29.6992
|
|
102 3 -7.7465 0.2105 -1.6651 25.2524
|
|
102 3 -7.7465 0.4737 -3.9997 21.5287
|
|
102 3 -7.7465 0.7368 -6.4486 18.3613
|
|
102 3 -7.7465 1.0000 -8.9798 15.6766
|
|
|
|
102 4 -5.2565 -4.0000 -54.2197 100.2519
|
|
102 4 -5.2565 -3.7368 -48.4285 101.1220
|
|
102 4 -5.2565 -3.4737 -42.1423 101.4577
|
|
102 4 -5.2565 -3.2105 -35.1469 101.2097
|
|
102 4 -5.2565 -2.9474 -27.1468 99.8149
|
|
102 4 -5.2565 -2.6842 -18.6317 96.1434
|
|
102 4 -5.2565 -2.4211 -11.2881 89.9548
|
|
102 4 -5.2565 -2.1579 -6.1952 82.5654
|
|
102 4 -5.2565 -1.8947 -3.0572 75.2200
|
|
102 4 -5.2565 -1.6316 -1.2661 68.3868
|
|
102 4 -5.2565 -1.3684 -0.3576 62.2750
|
|
102 4 -5.2565 -1.1053 0.2563 56.8982
|
|
102 4 -5.2565 -0.8421 1.0131 51.7727
|
|
102 4 -5.2565 -0.5789 1.7236 46.2544
|
|
102 4 -5.2565 -0.3158 1.6671 40.2106
|
|
102 4 -5.2565 -0.0526 0.3851 34.2775
|
|
102 4 -5.2565 0.2105 -1.8095 29.1073
|
|
102 4 -5.2565 0.4737 -4.3796 24.7798
|
|
102 4 -5.2565 0.7368 -7.0954 21.0950
|
|
102 4 -5.2565 1.0000 -9.9227 17.9672
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 103 coord.: 0.3333333 0.8333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.565552 meV Im[Sigma]= 68.248894 meV Z= 1.015118 lam= -0.014892
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.255657 meV Im[Sigma]= 57.760797 meV Z= 1.005393 lam= -0.005364
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 0.487721 meV Im[Sigma]= 121.321318 meV Z= 1.022859 lam= -0.022349
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 70.741380 meV Im[Sigma]= 161.648474 meV Z= 1.042872 lam= -0.041109
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 103 coord.: 0.3333333 0.8333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 103 w = -4.0000 eV A(k,w) = 0.46288E-04 meV^-1
|
|
ik = 103 w = -3.7368 eV A(k,w) = 0.54667E-04 meV^-1
|
|
ik = 103 w = -3.4737 eV A(k,w) = 0.81574E-04 meV^-1
|
|
ik = 103 w = -3.2105 eV A(k,w) = 0.16260E-03 meV^-1
|
|
ik = 103 w = -2.9474 eV A(k,w) = 0.52605E-03 meV^-1
|
|
ik = 103 w = -2.6842 eV A(k,w) = 0.25626E-02 meV^-1
|
|
ik = 103 w = -2.4211 eV A(k,w) = 0.47566E-03 meV^-1
|
|
ik = 103 w = -2.1579 eV A(k,w) = 0.12850E-03 meV^-1
|
|
ik = 103 w = -1.8947 eV A(k,w) = 0.54367E-04 meV^-1
|
|
ik = 103 w = -1.6316 eV A(k,w) = 0.28588E-04 meV^-1
|
|
ik = 103 w = -1.3684 eV A(k,w) = 0.17076E-04 meV^-1
|
|
ik = 103 w = -1.1053 eV A(k,w) = 0.11101E-04 meV^-1
|
|
ik = 103 w = -0.8421 eV A(k,w) = 0.76014E-05 meV^-1
|
|
ik = 103 w = -0.5789 eV A(k,w) = 0.53209E-05 meV^-1
|
|
ik = 103 w = -0.3158 eV A(k,w) = 0.37335E-05 meV^-1
|
|
ik = 103 w = -0.0526 eV A(k,w) = 0.26279E-05 meV^-1
|
|
ik = 103 w = 0.2105 eV A(k,w) = 0.18771E-05 meV^-1
|
|
ik = 103 w = 0.4737 eV A(k,w) = 0.13654E-05 meV^-1
|
|
ik = 103 w = 0.7368 eV A(k,w) = 0.10067E-05 meV^-1
|
|
ik = 103 w = 1.0000 eV A(k,w) = 0.75121E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
103 -4.0000 0.46288E-04
|
|
103 -3.7368 0.54667E-04
|
|
103 -3.4737 0.81574E-04
|
|
103 -3.2105 0.16260E-03
|
|
103 -2.9474 0.52605E-03
|
|
103 -2.6842 0.25626E-02
|
|
103 -2.4211 0.47566E-03
|
|
103 -2.1579 0.12850E-03
|
|
103 -1.8947 0.54367E-04
|
|
103 -1.6316 0.28588E-04
|
|
103 -1.3684 0.17076E-04
|
|
103 -1.1053 0.11101E-04
|
|
103 -0.8421 0.76014E-05
|
|
103 -0.5789 0.53209E-05
|
|
103 -0.3158 0.37335E-05
|
|
103 -0.0526 0.26279E-05
|
|
103 0.2105 0.18771E-05
|
|
103 0.4737 0.13654E-05
|
|
103 0.7368 0.10067E-05
|
|
103 1.0000 0.75121E-06
|
|
103 1 -16.6105 -4.0000 -32.4926 106.4593
|
|
103 1 -16.6105 -3.7368 -26.9032 104.6857
|
|
103 1 -16.6105 -3.4737 -21.2608 102.3982
|
|
103 1 -16.6105 -3.2105 -15.3695 99.6442
|
|
103 1 -16.6105 -2.9474 -8.9730 96.0134
|
|
103 1 -16.6105 -2.6842 -2.4451 90.6321
|
|
103 1 -16.6105 -2.4211 2.8648 83.3334
|
|
103 1 -16.6105 -2.1579 6.0907 75.2202
|
|
103 1 -16.6105 -1.8947 7.4876 67.3567
|
|
103 1 -16.6105 -1.6316 7.6084 60.1851
|
|
103 1 -16.6105 -1.3684 6.9133 53.8796
|
|
103 1 -16.6105 -1.1053 5.9116 48.4298
|
|
103 1 -16.6105 -0.8421 4.9747 43.4702
|
|
103 1 -16.6105 -0.5789 4.0298 38.5281
|
|
103 1 -16.6105 -0.3158 2.6385 33.4632
|
|
103 1 -16.6105 -0.0526 0.5047 28.6425
|
|
103 1 -16.6105 0.2105 -2.1754 24.4700
|
|
103 1 -16.6105 0.4737 -5.0477 20.9913
|
|
103 1 -16.6105 0.7368 -7.9441 18.0666
|
|
103 1 -16.6105 1.0000 -10.8234 15.6139
|
|
|
|
103 2 -10.7517 -4.0000 -34.4563 81.8184
|
|
103 2 -10.7517 -3.7368 -30.1067 81.3313
|
|
103 2 -10.7517 -3.4737 -25.6272 80.5557
|
|
103 2 -10.7517 -3.2105 -20.7505 79.5113
|
|
103 2 -10.7517 -2.9474 -15.1685 77.7592
|
|
103 2 -10.7517 -2.6842 -9.2016 74.4093
|
|
103 2 -10.7517 -2.4211 -4.1056 69.2330
|
|
103 2 -10.7517 -2.1579 -0.7144 63.1901
|
|
103 2 -10.7517 -1.8947 1.1662 57.2247
|
|
103 2 -10.7517 -1.6316 1.9941 51.7187
|
|
103 2 -10.7517 -1.3684 2.1440 46.8396
|
|
103 2 -10.7517 -1.1053 2.0696 42.5901
|
|
103 2 -10.7517 -0.8421 2.1020 38.6139
|
|
103 2 -10.7517 -0.5789 2.1235 34.4458
|
|
103 2 -10.7517 -0.3158 1.6440 29.9756
|
|
103 2 -10.7517 -0.0526 0.3458 25.6250
|
|
103 2 -10.7517 0.2105 -1.5617 21.8360
|
|
103 2 -10.7517 0.4737 -3.7112 18.6623
|
|
103 2 -10.7517 0.7368 -5.9420 15.9652
|
|
103 2 -10.7517 1.0000 -8.2262 13.6813
|
|
|
|
103 3 -5.2472 -4.0000 -59.2125 109.8007
|
|
103 3 -5.2472 -3.7368 -52.9362 110.4606
|
|
103 3 -5.2472 -3.4737 -46.2345 110.6945
|
|
103 3 -5.2472 -3.2105 -38.7441 110.4558
|
|
103 3 -5.2472 -2.9474 -30.0611 109.0674
|
|
103 3 -5.2472 -2.6842 -20.6908 105.2164
|
|
103 3 -5.2472 -2.4211 -12.4875 98.5604
|
|
103 3 -5.2472 -2.1579 -6.6898 90.4725
|
|
103 3 -5.2472 -1.8947 -3.0755 82.3065
|
|
103 3 -5.2472 -1.6316 -1.0453 74.6545
|
|
103 3 -5.2472 -1.3684 -0.0619 67.8245
|
|
103 3 -5.2472 -1.1053 0.5698 61.8388
|
|
103 3 -5.2472 -0.8421 1.3374 56.1520
|
|
103 3 -5.2472 -0.5789 2.0311 50.0707
|
|
103 3 -5.2472 -0.3158 1.8878 43.4615
|
|
103 3 -5.2472 -0.0526 0.4296 37.0004
|
|
103 3 -5.2472 0.2105 -2.0078 31.3785
|
|
103 3 -5.2472 0.4737 -4.8495 26.6832
|
|
103 3 -5.2472 0.7368 -7.8408 22.7028
|
|
103 3 -5.2472 1.0000 -10.9356 19.3382
|
|
|
|
103 4 -2.6593 -4.0000 -73.2446 128.3575
|
|
103 4 -2.6593 -3.7368 -65.8233 129.5243
|
|
103 4 -2.6593 -3.4737 -57.8019 130.1731
|
|
103 4 -2.6593 -3.2105 -48.7685 130.2187
|
|
103 4 -2.6593 -2.9474 -38.2768 128.8277
|
|
103 4 -2.6593 -2.6842 -26.9887 124.4475
|
|
103 4 -2.6593 -2.4211 -17.1287 116.7370
|
|
103 4 -2.6593 -2.1579 -10.1186 107.3678
|
|
103 4 -2.6593 -1.8947 -5.6434 97.9249
|
|
103 4 -2.6593 -1.6316 -2.9854 89.0622
|
|
103 4 -2.6593 -1.3684 -1.5372 81.1219
|
|
103 4 -2.6593 -1.1053 -0.4921 74.1372
|
|
103 4 -2.6593 -0.8421 0.7306 67.4595
|
|
103 4 -2.6593 -0.5789 1.8724 60.2446
|
|
103 4 -2.6593 -0.3158 1.9870 52.3270
|
|
103 4 -2.6593 -0.0526 0.4740 44.5439
|
|
103 4 -2.6593 0.2105 -2.2581 37.7555
|
|
103 4 -2.6593 0.4737 -5.5040 32.0738
|
|
103 4 -2.6593 0.7368 -8.9560 27.2429
|
|
103 4 -2.6593 1.0000 -12.5613 23.1507
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 104 coord.: 0.3333333 0.8333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.721680 meV Im[Sigma]= 72.550834 meV Z= 1.014355 lam= -0.014152
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.814592 meV Im[Sigma]= 49.833801 meV Z= 0.996140 lam= 0.003875
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.489307 meV Im[Sigma]= 87.638660 meV Z= 1.015650 lam= -0.015409
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.725414 meV Im[Sigma]= 142.114713 meV Z= 1.024787 lam= -0.024187
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 104 coord.: 0.3333333 0.8333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 104 w = -4.0000 eV A(k,w) = 0.26892E-02 meV^-1
|
|
ik = 104 w = -3.7368 eV A(k,w) = 0.41860E-03 meV^-1
|
|
ik = 104 w = -3.4737 eV A(k,w) = 0.12920E-03 meV^-1
|
|
ik = 104 w = -3.2105 eV A(k,w) = 0.61869E-04 meV^-1
|
|
ik = 104 w = -2.9474 eV A(k,w) = 0.36178E-04 meV^-1
|
|
ik = 104 w = -2.6842 eV A(k,w) = 0.23287E-04 meV^-1
|
|
ik = 104 w = -2.4211 eV A(k,w) = 0.15686E-04 meV^-1
|
|
ik = 104 w = -2.1579 eV A(k,w) = 0.10903E-04 meV^-1
|
|
ik = 104 w = -1.8947 eV A(k,w) = 0.78092E-05 meV^-1
|
|
ik = 104 w = -1.6316 eV A(k,w) = 0.57480E-05 meV^-1
|
|
ik = 104 w = -1.3684 eV A(k,w) = 0.43388E-05 meV^-1
|
|
ik = 104 w = -1.1053 eV A(k,w) = 0.33498E-05 meV^-1
|
|
ik = 104 w = -0.8421 eV A(k,w) = 0.26171E-05 meV^-1
|
|
ik = 104 w = -0.5789 eV A(k,w) = 0.20344E-05 meV^-1
|
|
ik = 104 w = -0.3158 eV A(k,w) = 0.15560E-05 meV^-1
|
|
ik = 104 w = -0.0526 eV A(k,w) = 0.11778E-05 meV^-1
|
|
ik = 104 w = 0.2105 eV A(k,w) = 0.89507E-06 meV^-1
|
|
ik = 104 w = 0.4737 eV A(k,w) = 0.68684E-06 meV^-1
|
|
ik = 104 w = 0.7368 eV A(k,w) = 0.53057E-06 meV^-1
|
|
ik = 104 w = 1.0000 eV A(k,w) = 0.41254E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
104 -4.0000 0.26892E-02
|
|
104 -3.7368 0.41860E-03
|
|
104 -3.4737 0.12920E-03
|
|
104 -3.2105 0.61869E-04
|
|
104 -2.9474 0.36178E-04
|
|
104 -2.6842 0.23287E-04
|
|
104 -2.4211 0.15686E-04
|
|
104 -2.1579 0.10903E-04
|
|
104 -1.8947 0.78092E-05
|
|
104 -1.6316 0.57480E-05
|
|
104 -1.3684 0.43388E-05
|
|
104 -1.1053 0.33498E-05
|
|
104 -0.8421 0.26171E-05
|
|
104 -0.5789 0.20344E-05
|
|
104 -0.3158 0.15560E-05
|
|
104 -0.0526 0.11778E-05
|
|
104 0.2105 0.89507E-06
|
|
104 0.4737 0.68684E-06
|
|
104 0.7368 0.53057E-06
|
|
104 1.0000 0.41254E-06
|
|
104 1 -16.2688 -4.0000 -31.8898 105.0143
|
|
104 1 -16.2688 -3.7368 -26.4840 103.2986
|
|
104 1 -16.2688 -3.4737 -20.9653 101.0998
|
|
104 1 -16.2688 -3.2105 -15.1531 98.4170
|
|
104 1 -16.2688 -2.9474 -8.8287 94.8293
|
|
104 1 -16.2688 -2.6842 -2.3894 89.4774
|
|
104 1 -16.2688 -2.4211 2.8032 82.2136
|
|
104 1 -16.2688 -2.1579 5.8823 74.1738
|
|
104 1 -16.2688 -1.8947 7.1399 66.4516
|
|
104 1 -16.2688 -1.6316 7.1772 59.4712
|
|
104 1 -16.2688 -1.3684 6.4660 53.3651
|
|
104 1 -16.2688 -1.1053 5.5027 48.0968
|
|
104 1 -16.2688 -0.8421 4.6453 43.2876
|
|
104 1 -16.2688 -0.5789 3.8064 38.4536
|
|
104 1 -16.2688 -0.3158 2.5251 33.4513
|
|
104 1 -16.2688 -0.0526 0.4875 28.6601
|
|
104 1 -16.2688 0.2105 -2.1123 24.4994
|
|
104 1 -16.2688 0.4737 -4.9165 21.0203
|
|
104 1 -16.2688 0.7368 -7.7581 18.0849
|
|
104 1 -16.2688 1.0000 -10.5977 15.6169
|
|
|
|
104 2 -8.9488 -4.0000 -45.4568 94.4923
|
|
104 2 -8.9488 -3.7368 -40.2621 94.5740
|
|
104 2 -8.9488 -3.4737 -34.7380 94.2947
|
|
104 2 -8.9488 -3.2105 -28.5961 93.6127
|
|
104 2 -8.9488 -2.9474 -21.5194 91.9622
|
|
104 2 -8.9488 -2.6842 -13.9549 88.2635
|
|
104 2 -8.9488 -2.4211 -7.4679 82.2688
|
|
104 2 -8.9488 -2.1579 -3.0819 75.1841
|
|
104 2 -8.9488 -1.8947 -0.5431 68.1851
|
|
104 2 -8.9488 -1.6316 0.7321 61.7363
|
|
104 2 -8.9488 -1.3684 1.2113 56.0221
|
|
104 2 -8.9488 -1.1053 1.4396 51.0232
|
|
104 2 -8.9488 -0.8421 1.7964 46.2935
|
|
104 2 -8.9488 -0.5789 2.1101 41.2732
|
|
104 2 -8.9488 -0.3158 1.7675 35.8525
|
|
104 2 -8.9488 -0.0526 0.3852 30.5705
|
|
104 2 -8.9488 0.2105 -1.7668 25.9783
|
|
104 2 -8.9488 0.4737 -4.2278 22.1421
|
|
104 2 -8.9488 0.7368 -6.7951 18.8885
|
|
104 2 -8.9488 1.0000 -9.4338 16.1360
|
|
|
|
104 3 -6.9060 -4.0000 -45.2212 89.2228
|
|
104 3 -6.9060 -3.7368 -40.3573 89.7460
|
|
104 3 -6.9060 -3.4737 -35.0320 89.8979
|
|
104 3 -6.9060 -3.2105 -29.0223 89.5698
|
|
104 3 -6.9060 -2.9474 -22.0980 88.2218
|
|
104 3 -6.9060 -2.6842 -14.7158 84.8610
|
|
104 3 -6.9060 -2.4211 -8.3666 79.2749
|
|
104 3 -6.9060 -2.1579 -4.0184 72.6207
|
|
104 3 -6.9060 -1.8947 -1.4265 66.0143
|
|
104 3 -6.9060 -1.6316 -0.0461 59.8925
|
|
104 3 -6.9060 -1.3684 0.5525 54.4439
|
|
104 3 -6.9060 -1.1053 0.8958 49.6716
|
|
104 3 -6.9060 -0.8421 1.3678 45.1485
|
|
104 3 -6.9060 -0.5789 1.8077 40.3153
|
|
104 3 -6.9060 -0.3158 1.6014 35.0542
|
|
104 3 -6.9060 -0.0526 0.3578 29.9026
|
|
104 3 -6.9060 0.2105 -1.6591 25.4146
|
|
104 3 -6.9060 0.4737 -3.9917 21.6595
|
|
104 3 -6.9060 0.7368 -6.4410 18.4670
|
|
104 3 -6.9060 1.0000 -8.9749 15.7610
|
|
|
|
104 4 -3.9563 -4.0000 -62.4549 115.5185
|
|
104 4 -3.9563 -3.7368 -55.9057 116.4157
|
|
104 4 -3.9563 -3.4737 -48.7390 116.8416
|
|
104 4 -3.9563 -3.2105 -40.6310 116.6336
|
|
104 4 -3.9563 -2.9474 -31.2875 115.0375
|
|
104 4 -3.9563 -2.6842 -21.3612 110.7415
|
|
104 4 -3.9563 -2.4211 -12.8290 103.5162
|
|
104 4 -3.9563 -2.1579 -6.9258 94.9021
|
|
104 4 -3.9563 -1.8947 -3.3124 86.3430
|
|
104 4 -3.9563 -1.6316 -1.2828 78.4005
|
|
104 4 -3.9563 -1.3684 -0.2773 71.3230
|
|
104 4 -3.9563 -1.1053 0.3951 65.1114
|
|
104 4 -3.9563 -0.8421 1.2322 59.2001
|
|
104 4 -3.9563 -0.5789 2.0140 52.8548
|
|
104 4 -3.9563 -0.3158 1.9239 45.9251
|
|
104 4 -3.9563 -0.0526 0.4425 39.1300
|
|
104 4 -3.9563 0.2105 -2.0768 33.2090
|
|
104 4 -3.9563 0.4737 -5.0249 28.2543
|
|
104 4 -3.9563 0.7368 -8.1379 24.0406
|
|
104 4 -3.9563 1.0000 -11.3732 20.4692
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 105 coord.: 0.3333333 0.8333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.220767 meV Im[Sigma]= 56.067741 meV Z= 1.000168 lam= -0.000168
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.333153 meV Im[Sigma]= 57.067875 meV Z= 1.000464 lam= -0.000464
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -11.005118 meV Im[Sigma]= 83.964795 meV Z= 1.018399 lam= -0.018067
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -4.795991 meV Im[Sigma]= 78.112656 meV Z= 1.002530 lam= -0.002523
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 105 coord.: 0.3333333 0.8333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 105 w = -4.0000 eV A(k,w) = 0.10638E-04 meV^-1
|
|
ik = 105 w = -3.7368 eV A(k,w) = 0.87346E-05 meV^-1
|
|
ik = 105 w = -3.4737 eV A(k,w) = 0.73139E-05 meV^-1
|
|
ik = 105 w = -3.2105 eV A(k,w) = 0.62076E-05 meV^-1
|
|
ik = 105 w = -2.9474 eV A(k,w) = 0.52888E-05 meV^-1
|
|
ik = 105 w = -2.6842 eV A(k,w) = 0.44552E-05 meV^-1
|
|
ik = 105 w = -2.4211 eV A(k,w) = 0.36804E-05 meV^-1
|
|
ik = 105 w = -2.1579 eV A(k,w) = 0.30058E-05 meV^-1
|
|
ik = 105 w = -1.8947 eV A(k,w) = 0.24537E-05 meV^-1
|
|
ik = 105 w = -1.6316 eV A(k,w) = 0.20114E-05 meV^-1
|
|
ik = 105 w = -1.3684 eV A(k,w) = 0.16607E-05 meV^-1
|
|
ik = 105 w = -1.1053 eV A(k,w) = 0.13828E-05 meV^-1
|
|
ik = 105 w = -0.8421 eV A(k,w) = 0.11522E-05 meV^-1
|
|
ik = 105 w = -0.5789 eV A(k,w) = 0.94662E-06 meV^-1
|
|
ik = 105 w = -0.3158 eV A(k,w) = 0.75968E-06 meV^-1
|
|
ik = 105 w = -0.0526 eV A(k,w) = 0.59981E-06 meV^-1
|
|
ik = 105 w = 0.2105 eV A(k,w) = 0.47321E-06 meV^-1
|
|
ik = 105 w = 0.4737 eV A(k,w) = 0.37542E-06 meV^-1
|
|
ik = 105 w = 0.7368 eV A(k,w) = 0.29873E-06 meV^-1
|
|
ik = 105 w = 1.0000 eV A(k,w) = 0.23851E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
105 -4.0000 0.10638E-04
|
|
105 -3.7368 0.87346E-05
|
|
105 -3.4737 0.73139E-05
|
|
105 -3.2105 0.62076E-05
|
|
105 -2.9474 0.52888E-05
|
|
105 -2.6842 0.44552E-05
|
|
105 -2.4211 0.36804E-05
|
|
105 -2.1579 0.30058E-05
|
|
105 -1.8947 0.24537E-05
|
|
105 -1.6316 0.20114E-05
|
|
105 -1.3684 0.16607E-05
|
|
105 -1.1053 0.13828E-05
|
|
105 -0.8421 0.11522E-05
|
|
105 -0.5789 0.94662E-06
|
|
105 -0.3158 0.75968E-06
|
|
105 -0.0526 0.59981E-06
|
|
105 0.2105 0.47321E-06
|
|
105 0.4737 0.37542E-06
|
|
105 0.7368 0.29873E-06
|
|
105 1.0000 0.23851E-06
|
|
105 1 -14.5793 -4.0000 -33.3603 98.1082
|
|
105 1 -14.5793 -3.7368 -28.3361 96.7525
|
|
105 1 -14.5793 -3.4737 -23.2104 95.0100
|
|
105 1 -14.5793 -3.2105 -17.7528 92.8973
|
|
105 1 -14.5793 -2.9474 -11.6826 89.9786
|
|
105 1 -14.5793 -2.6842 -5.3604 85.3436
|
|
105 1 -14.5793 -2.4211 -0.1453 78.7929
|
|
105 1 -14.5793 -2.1579 3.0802 71.4219
|
|
105 1 -14.5793 -1.8947 4.5825 64.2970
|
|
105 1 -14.5793 -1.6316 4.9328 57.8287
|
|
105 1 -14.5793 -1.3684 4.5785 52.1508
|
|
105 1 -14.5793 -1.1053 4.0047 47.2278
|
|
105 1 -14.5793 -0.8421 3.5556 42.6717
|
|
105 1 -14.5793 -0.5789 3.1149 37.9922
|
|
105 1 -14.5793 -0.3158 2.1861 33.0606
|
|
105 1 -14.5793 -0.0526 0.4369 28.2930
|
|
105 1 -14.5793 0.2105 -1.9280 24.1411
|
|
105 1 -14.5793 0.4737 -4.5325 20.6663
|
|
105 1 -14.5793 0.7368 -7.2017 17.7302
|
|
105 1 -14.5793 1.0000 -9.8939 15.2596
|
|
|
|
105 2 -10.2664 -4.0000 -44.4905 92.9156
|
|
105 2 -10.2664 -3.7368 -39.3663 93.0623
|
|
105 2 -10.2664 -3.4737 -33.8858 92.8074
|
|
105 2 -10.2664 -3.2105 -27.8059 92.0958
|
|
105 2 -10.2664 -2.9474 -20.8578 90.3979
|
|
105 2 -10.2664 -2.6842 -13.4822 86.7036
|
|
105 2 -10.2664 -2.4211 -7.1831 80.7926
|
|
105 2 -10.2664 -2.1579 -2.9386 73.8406
|
|
105 2 -10.2664 -1.8947 -0.4921 66.9877
|
|
105 2 -10.2664 -1.6316 0.7305 60.6806
|
|
105 2 -10.2664 -1.3684 1.1855 55.0918
|
|
105 2 -10.2664 -1.1053 1.4023 50.1998
|
|
105 2 -10.2664 -0.8421 1.7508 45.5673
|
|
105 2 -10.2664 -0.5789 2.0625 40.6436
|
|
105 2 -10.2664 -0.3158 1.7332 35.3168
|
|
105 2 -10.2664 -0.0526 0.3788 30.1152
|
|
105 2 -10.2664 0.2105 -1.7412 25.5863
|
|
105 2 -10.2664 0.4737 -4.1736 21.8019
|
|
105 2 -10.2664 0.7368 -6.7150 18.5959
|
|
105 2 -10.2664 1.0000 -9.3263 15.8881
|
|
|
|
105 3 -7.2955 -4.0000 -42.8635 85.3118
|
|
105 3 -7.2955 -3.7368 -38.3272 85.7692
|
|
105 3 -7.2955 -3.4737 -33.3256 85.8866
|
|
105 3 -7.2955 -3.2105 -27.6675 85.5432
|
|
105 3 -7.2955 -2.9474 -21.1533 84.2341
|
|
105 3 -7.2955 -2.6842 -14.2192 81.0357
|
|
105 3 -7.2955 -2.4211 -8.2643 75.7636
|
|
105 3 -7.2955 -2.1579 -4.1775 69.5138
|
|
105 3 -7.2955 -1.8947 -1.7071 63.3172
|
|
105 3 -7.2955 -1.6316 -0.3458 57.5556
|
|
105 3 -7.2955 -1.3684 0.2859 52.3968
|
|
105 3 -7.2955 -1.1053 0.6694 47.8564
|
|
105 3 -7.2955 -0.8421 1.1712 43.5411
|
|
105 3 -7.2955 -0.5789 1.6441 38.9160
|
|
105 3 -7.2955 -0.3158 1.4949 33.8617
|
|
105 3 -7.2955 -0.0526 0.3378 28.8979
|
|
105 3 -7.2955 0.2105 -1.5746 24.5664
|
|
105 3 -7.2955 0.4737 -3.7992 20.9375
|
|
105 3 -7.2955 0.7368 -6.1437 17.8482
|
|
105 3 -7.2955 1.0000 -8.5769 15.2280
|
|
|
|
105 4 -5.9070 -4.0000 -49.7612 86.5752
|
|
105 4 -5.9070 -3.7368 -45.0395 87.6782
|
|
105 4 -5.9070 -3.4737 -39.7620 88.4467
|
|
105 4 -5.9070 -3.2105 -33.6951 88.7530
|
|
105 4 -5.9070 -2.9474 -26.5870 88.0301
|
|
105 4 -5.9070 -2.6842 -18.8973 85.2265
|
|
105 4 -5.9070 -2.4211 -12.1709 80.0954
|
|
105 4 -5.9070 -2.1579 -7.4156 73.8157
|
|
105 4 -5.9070 -1.8947 -4.3803 67.5162
|
|
105 4 -5.9070 -1.6316 -2.5266 61.6133
|
|
105 4 -5.9070 -1.3684 -1.4571 56.2955
|
|
105 4 -5.9070 -1.1053 -0.6514 51.5874
|
|
105 4 -5.9070 -0.8421 0.2862 47.0535
|
|
105 4 -5.9070 -0.5789 1.1726 42.1022
|
|
105 4 -5.9070 -0.3158 1.3283 36.6189
|
|
105 4 -5.9070 -0.0526 0.3230 31.2089
|
|
105 4 -5.9070 0.2105 -1.5484 26.4889
|
|
105 4 -5.9070 0.4737 -3.7817 22.5360
|
|
105 4 -5.9070 0.7368 -6.1630 19.1638
|
|
105 4 -5.9070 1.0000 -8.6635 16.2955
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 106 coord.: 0.3333333 0.8333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.0052 eV Re[Sigma]= -24.871105 meV Im[Sigma]= 79.955648 meV Z= 1.015947 lam= -0.015696
|
|
E( 2 )= -11.7636 eV Re[Sigma]= -23.492409 meV Im[Sigma]= 75.575128 meV Z= 1.006779 lam= -0.006733
|
|
E( 3 )= -8.4117 eV Re[Sigma]= -8.339627 meV Im[Sigma]= 41.487028 meV Z= 0.992729 lam= 0.007325
|
|
E( 4 )= -7.0563 eV Re[Sigma]= -3.462761 meV Im[Sigma]= 78.068211 meV Z= 1.016948 lam= -0.016665
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 106 coord.: 0.3333333 0.8333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 106 w = -4.0000 eV A(k,w) = 0.47902E-05 meV^-1
|
|
ik = 106 w = -3.7368 eV A(k,w) = 0.42406E-05 meV^-1
|
|
ik = 106 w = -3.4737 eV A(k,w) = 0.37738E-05 meV^-1
|
|
ik = 106 w = -3.2105 eV A(k,w) = 0.33671E-05 meV^-1
|
|
ik = 106 w = -2.9474 eV A(k,w) = 0.29914E-05 meV^-1
|
|
ik = 106 w = -2.6842 eV A(k,w) = 0.26124E-05 meV^-1
|
|
ik = 106 w = -2.4211 eV A(k,w) = 0.22278E-05 meV^-1
|
|
ik = 106 w = -2.1579 eV A(k,w) = 0.18718E-05 meV^-1
|
|
ik = 106 w = -1.8947 eV A(k,w) = 0.15669E-05 meV^-1
|
|
ik = 106 w = -1.6316 eV A(k,w) = 0.13136E-05 meV^-1
|
|
ik = 106 w = -1.3684 eV A(k,w) = 0.11065E-05 meV^-1
|
|
ik = 106 w = -1.1053 eV A(k,w) = 0.93800E-06 meV^-1
|
|
ik = 106 w = -0.8421 eV A(k,w) = 0.79460E-06 meV^-1
|
|
ik = 106 w = -0.5789 eV A(k,w) = 0.66326E-06 meV^-1
|
|
ik = 106 w = -0.3158 eV A(k,w) = 0.54049E-06 meV^-1
|
|
ik = 106 w = -0.0526 eV A(k,w) = 0.43305E-06 meV^-1
|
|
ik = 106 w = 0.2105 eV A(k,w) = 0.34638E-06 meV^-1
|
|
ik = 106 w = 0.4737 eV A(k,w) = 0.27835E-06 meV^-1
|
|
ik = 106 w = 0.7368 eV A(k,w) = 0.22421E-06 meV^-1
|
|
ik = 106 w = 1.0000 eV A(k,w) = 0.18112E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
106 -4.0000 0.47902E-05
|
|
106 -3.7368 0.42406E-05
|
|
106 -3.4737 0.37738E-05
|
|
106 -3.2105 0.33671E-05
|
|
106 -2.9474 0.29914E-05
|
|
106 -2.6842 0.26124E-05
|
|
106 -2.4211 0.22278E-05
|
|
106 -2.1579 0.18718E-05
|
|
106 -1.8947 0.15669E-05
|
|
106 -1.6316 0.13136E-05
|
|
106 -1.3684 0.11065E-05
|
|
106 -1.1053 0.93800E-06
|
|
106 -0.8421 0.79460E-06
|
|
106 -0.5789 0.66326E-06
|
|
106 -0.3158 0.54049E-06
|
|
106 -0.0526 0.43305E-06
|
|
106 0.2105 0.34638E-06
|
|
106 0.4737 0.27835E-06
|
|
106 0.7368 0.22421E-06
|
|
106 1.0000 0.18112E-06
|
|
106 1 -12.0052 -4.0000 -41.1014 98.9788
|
|
106 1 -12.0052 -3.7368 -35.7166 98.4175
|
|
106 1 -12.0052 -3.4737 -30.0937 97.3928
|
|
106 1 -12.0052 -3.2105 -24.0196 95.8983
|
|
106 1 -12.0052 -2.9474 -17.2234 93.4645
|
|
106 1 -12.0052 -2.6842 -10.1100 89.1253
|
|
106 1 -12.0052 -2.4211 -4.1366 82.6760
|
|
106 1 -12.0052 -2.1579 -0.2435 75.2814
|
|
106 1 -12.0052 -1.8947 1.8437 68.0630
|
|
106 1 -12.0052 -1.6316 2.7048 61.4522
|
|
106 1 -12.0052 -1.3684 2.7916 55.6131
|
|
106 1 -12.0052 -1.1053 2.6281 50.5333
|
|
106 1 -12.0052 -0.8421 2.6001 45.7931
|
|
106 1 -12.0052 -0.5789 2.5736 40.8415
|
|
106 1 -12.0052 -0.3158 1.9725 35.5381
|
|
106 1 -12.0052 -0.0526 0.4134 30.3725
|
|
106 1 -12.0052 0.2105 -1.8653 25.8681
|
|
106 1 -12.0052 0.4737 -4.4327 22.0939
|
|
106 1 -12.0052 0.7368 -7.0966 18.8911
|
|
106 1 -12.0052 1.0000 -9.8190 16.1847
|
|
|
|
106 2 -11.7636 -4.0000 -41.8875 101.8430
|
|
106 2 -11.7636 -3.7368 -36.5061 101.1982
|
|
106 2 -11.7636 -3.4737 -30.8988 100.1856
|
|
106 2 -11.7636 -3.2105 -24.7593 98.7966
|
|
106 2 -11.7636 -2.9474 -17.7425 96.4706
|
|
106 2 -11.7636 -2.6842 -10.2871 92.1092
|
|
106 2 -11.7636 -2.4211 -3.9816 85.4598
|
|
106 2 -11.7636 -2.1579 0.1358 77.7552
|
|
106 2 -11.7636 -1.8947 2.3281 70.2019
|
|
106 2 -11.7636 -1.6316 3.2038 63.2835
|
|
106 2 -11.7636 -1.3684 3.2572 57.1852
|
|
106 2 -11.7636 -1.1053 3.0470 51.8811
|
|
106 2 -11.7636 -0.8421 2.9602 46.9271
|
|
106 2 -11.7636 -0.5789 2.8467 41.7722
|
|
106 2 -11.7636 -0.3158 2.1299 36.2925
|
|
106 2 -11.7636 -0.0526 0.4402 30.9859
|
|
106 2 -11.7636 0.2105 -1.9724 26.3738
|
|
106 2 -11.7636 0.4737 -4.6695 22.5215
|
|
106 2 -11.7636 0.7368 -7.4517 19.2649
|
|
106 2 -11.7636 1.0000 -10.2772 16.5207
|
|
|
|
106 3 -8.4117 -4.0000 -35.1625 69.9975
|
|
106 3 -8.4117 -3.7368 -31.5454 70.5035
|
|
106 3 -8.4117 -3.4737 -27.4924 70.7207
|
|
106 3 -8.4117 -3.2105 -22.8740 70.5347
|
|
106 3 -8.4117 -2.9474 -17.5389 69.5469
|
|
106 3 -8.4117 -2.6842 -11.8305 66.9987
|
|
106 3 -8.4117 -2.4211 -6.9061 62.7161
|
|
106 3 -8.4117 -2.1579 -3.5209 57.6054
|
|
106 3 -8.4117 -1.8947 -1.4650 52.5311
|
|
106 3 -8.4117 -1.6316 -0.3128 47.8001
|
|
106 3 -8.4117 -1.3684 0.2361 43.5428
|
|
106 3 -8.4117 -1.1053 0.5670 39.7827
|
|
106 3 -8.4117 -0.8421 0.9865 36.2060
|
|
106 3 -8.4117 -0.5789 1.3782 32.3706
|
|
106 3 -8.4117 -0.3158 1.2500 28.1766
|
|
106 3 -8.4117 -0.0526 0.2821 24.0577
|
|
106 3 -8.4117 0.2105 -1.3135 20.4647
|
|
106 3 -8.4117 0.4737 -3.1670 17.4542
|
|
106 3 -8.4117 0.7368 -5.1194 14.8891
|
|
106 3 -8.4117 1.0000 -7.1470 12.7106
|
|
|
|
106 4 -7.0563 -4.0000 -42.9546 79.8754
|
|
106 4 -7.0563 -3.7368 -38.7650 80.7577
|
|
106 4 -7.0563 -3.4737 -34.0173 81.3068
|
|
106 4 -7.0563 -3.2105 -28.5585 81.3707
|
|
106 4 -7.0563 -2.9474 -22.2244 80.4650
|
|
106 4 -7.0563 -2.6842 -15.4401 77.7036
|
|
106 4 -7.0563 -2.4211 -9.5609 72.9006
|
|
106 4 -7.0563 -2.1579 -5.4557 67.1131
|
|
106 4 -7.0563 -1.8947 -2.8831 61.3348
|
|
106 4 -7.0563 -1.6316 -1.3629 55.9216
|
|
106 4 -7.0563 -1.3684 -0.5525 51.0372
|
|
106 4 -7.0563 -1.1053 0.0038 46.7164
|
|
106 4 -7.0563 -0.8421 0.6707 42.5869
|
|
106 4 -7.0563 -0.5789 1.3071 38.1187
|
|
106 4 -7.0563 -0.3158 1.3169 33.1913
|
|
106 4 -7.0563 -0.0526 0.3092 28.3294
|
|
106 4 -7.0563 0.2105 -1.4634 24.0806
|
|
106 4 -7.0563 0.4737 -3.5566 20.5165
|
|
106 4 -7.0563 0.7368 -5.7806 17.4750
|
|
106 4 -7.0563 1.0000 -8.1073 14.8895
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 107 coord.: 0.3333333 0.8333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.809469 meV Im[Sigma]= 61.804472 meV Z= 1.001409 lam= -0.001407
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.747612 meV Im[Sigma]= 66.399457 meV Z= 1.009668 lam= -0.009575
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -18.527599 meV Im[Sigma]= 76.767852 meV Z= 1.006441 lam= -0.006400
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 1.744090 meV Im[Sigma]= 111.083142 meV Z= 1.020936 lam= -0.020507
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 107 coord.: 0.3333333 0.8333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 107 w = -4.0000 eV A(k,w) = 0.21324E-04 meV^-1
|
|
ik = 107 w = -3.7368 eV A(k,w) = 0.15535E-04 meV^-1
|
|
ik = 107 w = -3.4737 eV A(k,w) = 0.11890E-04 meV^-1
|
|
ik = 107 w = -3.2105 eV A(k,w) = 0.94149E-05 meV^-1
|
|
ik = 107 w = -2.9474 eV A(k,w) = 0.75939E-05 meV^-1
|
|
ik = 107 w = -2.6842 eV A(k,w) = 0.61203E-05 meV^-1
|
|
ik = 107 w = -2.4211 eV A(k,w) = 0.48740E-05 meV^-1
|
|
ik = 107 w = -2.1579 eV A(k,w) = 0.38588E-05 meV^-1
|
|
ik = 107 w = -1.8947 eV A(k,w) = 0.30670E-05 meV^-1
|
|
ik = 107 w = -1.6316 eV A(k,w) = 0.24572E-05 meV^-1
|
|
ik = 107 w = -1.3684 eV A(k,w) = 0.19892E-05 meV^-1
|
|
ik = 107 w = -1.1053 eV A(k,w) = 0.16283E-05 meV^-1
|
|
ik = 107 w = -0.8421 eV A(k,w) = 0.13368E-05 meV^-1
|
|
ik = 107 w = -0.5789 eV A(k,w) = 0.10845E-05 meV^-1
|
|
ik = 107 w = -0.3158 eV A(k,w) = 0.86099E-06 meV^-1
|
|
ik = 107 w = -0.0526 eV A(k,w) = 0.67353E-06 meV^-1
|
|
ik = 107 w = 0.2105 eV A(k,w) = 0.52709E-06 meV^-1
|
|
ik = 107 w = 0.4737 eV A(k,w) = 0.41520E-06 meV^-1
|
|
ik = 107 w = 0.7368 eV A(k,w) = 0.32836E-06 meV^-1
|
|
ik = 107 w = 1.0000 eV A(k,w) = 0.26081E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
107 -4.0000 0.21324E-04
|
|
107 -3.7368 0.15535E-04
|
|
107 -3.4737 0.11890E-04
|
|
107 -3.2105 0.94149E-05
|
|
107 -2.9474 0.75939E-05
|
|
107 -2.6842 0.61203E-05
|
|
107 -2.4211 0.48740E-05
|
|
107 -2.1579 0.38588E-05
|
|
107 -1.8947 0.30670E-05
|
|
107 -1.6316 0.24572E-05
|
|
107 -1.3684 0.19892E-05
|
|
107 -1.1053 0.16283E-05
|
|
107 -0.8421 0.13368E-05
|
|
107 -0.5789 0.10845E-05
|
|
107 -0.3158 0.86099E-06
|
|
107 -0.0526 0.67353E-06
|
|
107 0.2105 0.52709E-06
|
|
107 0.4737 0.41520E-06
|
|
107 0.7368 0.32836E-06
|
|
107 1.0000 0.26081E-06
|
|
107 1 -13.5072 -4.0000 -40.3384 111.2174
|
|
107 1 -13.5072 -3.7368 -34.1675 109.8059
|
|
107 1 -13.5072 -3.4737 -27.9780 107.8592
|
|
107 1 -13.5072 -3.2105 -21.4855 105.4929
|
|
107 1 -13.5072 -2.9474 -14.2963 102.2193
|
|
107 1 -13.5072 -2.6842 -6.8035 96.9515
|
|
107 1 -13.5072 -2.4211 -0.5875 89.4370
|
|
107 1 -13.5072 -2.1579 3.3120 80.9312
|
|
107 1 -13.5072 -1.8947 5.1738 72.6744
|
|
107 1 -13.5072 -1.6316 5.6438 65.1761
|
|
107 1 -13.5072 -1.3684 5.2608 58.6215
|
|
107 1 -13.5072 -1.1053 4.6119 52.9665
|
|
107 1 -13.5072 -0.8421 4.0962 47.7522
|
|
107 1 -13.5072 -0.5789 3.5750 42.4217
|
|
107 1 -13.5072 -0.3158 2.4928 36.8418
|
|
107 1 -13.5072 -0.0526 0.4952 31.4830
|
|
107 1 -13.5072 0.2105 -2.1745 26.8393
|
|
107 1 -13.5072 0.4737 -5.0926 22.9657
|
|
107 1 -13.5072 0.7368 -8.0660 19.6969
|
|
107 1 -13.5072 1.0000 -11.0549 16.9449
|
|
|
|
107 2 -11.9153 -4.0000 -30.1212 71.1678
|
|
107 2 -11.9153 -3.7368 -26.6271 71.1055
|
|
107 2 -11.9153 -3.4737 -22.8091 70.7775
|
|
107 2 -11.9153 -3.2105 -18.5173 70.0994
|
|
107 2 -11.9153 -2.9474 -13.5893 68.6901
|
|
107 2 -11.9153 -2.6842 -8.3487 65.8251
|
|
107 2 -11.9153 -2.4211 -3.8969 61.3433
|
|
107 2 -11.9153 -2.1579 -0.9502 56.1165
|
|
107 2 -11.9153 -1.8947 0.7009 50.9790
|
|
107 2 -11.9153 -1.6316 1.4808 46.2261
|
|
107 2 -11.9153 -1.3684 1.6865 41.9693
|
|
107 2 -11.9153 -1.1053 1.6784 38.2259
|
|
107 2 -11.9153 -0.8421 1.7477 34.7117
|
|
107 2 -11.9153 -0.5789 1.8081 31.0195
|
|
107 2 -11.9153 -0.3158 1.4262 27.0374
|
|
107 2 -11.9153 -0.0526 0.3036 23.1380
|
|
107 2 -11.9153 0.2105 -1.3813 19.7273
|
|
107 2 -11.9153 0.4737 -3.2989 16.8623
|
|
107 2 -11.9153 0.7368 -5.3026 14.4250
|
|
107 2 -11.9153 1.0000 -7.3628 12.3626
|
|
|
|
107 3 -7.7465 -4.0000 -42.9666 89.1855
|
|
107 3 -7.7465 -3.7368 -38.1321 89.3457
|
|
107 3 -7.7465 -3.4737 -32.9461 89.1486
|
|
107 3 -7.7465 -3.2105 -27.1717 88.5345
|
|
107 3 -7.7465 -2.9474 -20.5387 86.9935
|
|
107 3 -7.7465 -2.6842 -13.4643 83.5368
|
|
107 3 -7.7465 -2.4211 -7.4042 77.9456
|
|
107 3 -7.7465 -2.1579 -3.2963 71.3544
|
|
107 3 -7.7465 -1.8947 -0.8830 64.8461
|
|
107 3 -7.7465 -1.6316 0.3750 58.8257
|
|
107 3 -7.7465 -1.3684 0.8866 53.4604
|
|
107 3 -7.7465 -1.1053 1.1502 48.7527
|
|
107 3 -7.7465 -0.8421 1.5352 44.2957
|
|
107 3 -7.7465 -0.5789 1.8909 39.5503
|
|
107 3 -7.7465 -0.3158 1.6259 34.3979
|
|
107 3 -7.7465 -0.0526 0.3589 29.3561
|
|
107 3 -7.7465 0.2105 -1.6559 24.9619
|
|
107 3 -7.7465 0.4737 -3.9757 21.2830
|
|
107 3 -7.7465 0.7368 -6.4074 18.1550
|
|
107 3 -7.7465 1.0000 -8.9188 15.5046
|
|
|
|
107 4 -5.2565 -4.0000 -54.3978 101.0170
|
|
107 4 -5.2565 -3.7368 -48.7014 101.6587
|
|
107 4 -5.2565 -3.4737 -42.5577 101.9223
|
|
107 4 -5.2565 -3.2105 -35.6560 101.7046
|
|
107 4 -5.2565 -2.9474 -27.6807 100.3750
|
|
107 4 -5.2565 -2.6842 -19.1367 96.7583
|
|
107 4 -5.2565 -2.4211 -11.7409 90.5953
|
|
107 4 -5.2565 -2.1579 -6.5975 83.2084
|
|
107 4 -5.2565 -1.8947 -3.4180 75.8580
|
|
107 4 -5.2565 -1.6316 -1.5890 69.0223
|
|
107 4 -5.2565 -1.3684 -0.6367 62.9121
|
|
107 4 -5.2565 -1.1053 0.0347 57.5333
|
|
107 4 -5.2565 -0.8421 0.8614 52.3891
|
|
107 4 -5.2565 -0.5789 1.6422 46.8260
|
|
107 4 -5.2565 -0.3158 1.6388 40.7135
|
|
107 4 -5.2565 -0.0526 0.3828 34.7035
|
|
107 4 -5.2565 0.2105 -1.8074 29.4631
|
|
107 4 -5.2565 0.4737 -4.3847 25.0760
|
|
107 4 -5.2565 0.7368 -7.1142 21.3398
|
|
107 4 -5.2565 1.0000 -9.9606 18.1683
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 108 coord.: 0.3333333 0.8333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.205965 meV Im[Sigma]= 62.540412 meV Z= 1.004137 lam= -0.004120
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.484170 meV Im[Sigma]= 65.234977 meV Z= 1.008652 lam= -0.008578
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.755474 meV Im[Sigma]= 134.099205 meV Z= 1.018132 lam= -0.017809
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.529300 meV Im[Sigma]= 142.416679 meV Z= 1.025045 lam= -0.024433
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 108 coord.: 0.3333333 0.8333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 108 w = -4.0000 eV A(k,w) = 0.25511E-02 meV^-1
|
|
ik = 108 w = -3.7368 eV A(k,w) = 0.66740E-03 meV^-1
|
|
ik = 108 w = -3.4737 eV A(k,w) = 0.18758E-03 meV^-1
|
|
ik = 108 w = -3.2105 eV A(k,w) = 0.88827E-04 meV^-1
|
|
ik = 108 w = -2.9474 eV A(k,w) = 0.52108E-04 meV^-1
|
|
ik = 108 w = -2.6842 eV A(k,w) = 0.33637E-04 meV^-1
|
|
ik = 108 w = -2.4211 eV A(k,w) = 0.22641E-04 meV^-1
|
|
ik = 108 w = -2.1579 eV A(k,w) = 0.15667E-04 meV^-1
|
|
ik = 108 w = -1.8947 eV A(k,w) = 0.11141E-04 meV^-1
|
|
ik = 108 w = -1.6316 eV A(k,w) = 0.81290E-05 meV^-1
|
|
ik = 108 w = -1.3684 eV A(k,w) = 0.60790E-05 meV^-1
|
|
ik = 108 w = -1.1053 eV A(k,w) = 0.46488E-05 meV^-1
|
|
ik = 108 w = -0.8421 eV A(k,w) = 0.35965E-05 meV^-1
|
|
ik = 108 w = -0.5789 eV A(k,w) = 0.27673E-05 meV^-1
|
|
ik = 108 w = -0.3158 eV A(k,w) = 0.20939E-05 meV^-1
|
|
ik = 108 w = -0.0526 eV A(k,w) = 0.15675E-05 meV^-1
|
|
ik = 108 w = 0.2105 eV A(k,w) = 0.11783E-05 meV^-1
|
|
ik = 108 w = 0.4737 eV A(k,w) = 0.89463E-06 meV^-1
|
|
ik = 108 w = 0.7368 eV A(k,w) = 0.68388E-06 meV^-1
|
|
ik = 108 w = 1.0000 eV A(k,w) = 0.52628E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
108 -4.0000 0.25511E-02
|
|
108 -3.7368 0.66740E-03
|
|
108 -3.4737 0.18758E-03
|
|
108 -3.2105 0.88827E-04
|
|
108 -2.9474 0.52108E-04
|
|
108 -2.6842 0.33637E-04
|
|
108 -2.4211 0.22641E-04
|
|
108 -2.1579 0.15667E-04
|
|
108 -1.8947 0.11141E-04
|
|
108 -1.6316 0.81290E-05
|
|
108 -1.3684 0.60790E-05
|
|
108 -1.1053 0.46488E-05
|
|
108 -0.8421 0.35965E-05
|
|
108 -0.5789 0.27673E-05
|
|
108 -0.3158 0.20939E-05
|
|
108 -0.0526 0.15675E-05
|
|
108 0.2105 0.11783E-05
|
|
108 0.4737 0.89463E-06
|
|
108 0.7368 0.68388E-06
|
|
108 1.0000 0.52628E-06
|
|
108 1 -15.5565 -4.0000 -32.5996 103.1812
|
|
108 1 -15.5565 -3.7368 -27.1364 101.4669
|
|
108 1 -15.5565 -3.4737 -21.6535 99.2861
|
|
108 1 -15.5565 -3.2105 -15.9268 96.7031
|
|
108 1 -15.5565 -2.9474 -9.6558 93.3007
|
|
108 1 -15.5565 -2.6842 -3.1925 88.1605
|
|
108 1 -15.5565 -2.4211 2.0844 81.0776
|
|
108 1 -15.5565 -2.1579 5.2679 73.1713
|
|
108 1 -15.5565 -1.8947 6.6226 65.5479
|
|
108 1 -15.5565 -1.6316 6.7430 58.6515
|
|
108 1 -15.5565 -1.3684 6.1102 52.6264
|
|
108 1 -15.5565 -1.1053 5.2301 47.4312
|
|
108 1 -15.5565 -0.8421 4.4557 42.6781
|
|
108 1 -15.5565 -0.5789 3.6875 37.8863
|
|
108 1 -15.5565 -0.3158 2.4627 32.9255
|
|
108 1 -15.5565 -0.0526 0.4770 28.1818
|
|
108 1 -15.5565 0.2105 -2.0686 24.0709
|
|
108 1 -15.5565 0.4737 -4.8150 20.6400
|
|
108 1 -15.5565 0.7368 -7.5956 17.7484
|
|
108 1 -15.5565 1.0000 -10.3728 15.3177
|
|
|
|
108 2 -12.4383 -4.0000 -30.0170 73.6831
|
|
108 2 -12.4383 -3.7368 -26.3946 73.3940
|
|
108 2 -12.4383 -3.4737 -22.5082 72.8620
|
|
108 2 -12.4383 -3.2105 -18.1654 72.0343
|
|
108 2 -12.4383 -2.9474 -13.1520 70.5026
|
|
108 2 -12.4383 -2.6842 -7.7915 67.4832
|
|
108 2 -12.4383 -2.4211 -3.2341 62.7875
|
|
108 2 -12.4383 -2.1579 -0.2399 57.3088
|
|
108 2 -12.4383 -1.8947 1.3865 51.9198
|
|
108 2 -12.4383 -1.6316 2.0814 46.9531
|
|
108 2 -12.4383 -1.3684 2.1755 42.5387
|
|
108 2 -12.4383 -1.1053 2.0593 38.6827
|
|
108 2 -12.4383 -0.8421 2.0314 35.0798
|
|
108 2 -12.4383 -0.5789 1.9985 31.3142
|
|
108 2 -12.4383 -0.3158 1.5256 27.2763
|
|
108 2 -12.4383 -0.0526 0.3193 23.3377
|
|
108 2 -12.4383 0.2105 -1.4405 19.8992
|
|
108 2 -12.4383 0.4737 -3.4246 17.0156
|
|
108 2 -12.4383 0.7368 -5.4856 14.5669
|
|
108 2 -12.4383 1.0000 -7.5939 12.4966
|
|
|
|
108 3 -4.5379 -4.0000 -63.5400 114.9741
|
|
108 3 -4.5379 -3.7368 -56.9716 115.9774
|
|
108 3 -4.5379 -3.4737 -49.8239 116.5257
|
|
108 3 -4.5379 -3.2105 -41.7280 116.5149
|
|
108 3 -4.5379 -2.9474 -32.2937 115.1743
|
|
108 3 -4.5379 -2.6842 -22.1344 111.0781
|
|
108 3 -4.5379 -2.4211 -13.3169 103.8977
|
|
108 3 -4.5379 -2.1579 -7.1991 95.2016
|
|
108 3 -4.5379 -1.8947 -3.4776 86.5283
|
|
108 3 -4.5379 -1.6316 -1.4097 78.5025
|
|
108 3 -4.5379 -1.3684 -0.3852 71.3842
|
|
108 3 -4.5379 -1.1053 0.3163 65.1521
|
|
108 3 -4.5379 -0.8421 1.1897 59.2151
|
|
108 3 -4.5379 -0.5789 1.9983 52.8353
|
|
108 3 -4.5379 -0.3158 1.9207 45.8733
|
|
108 3 -4.5379 -0.0526 0.4427 39.0527
|
|
108 3 -4.5379 0.2105 -2.0800 33.1134
|
|
108 3 -4.5379 0.4737 -5.0362 28.1503
|
|
108 3 -4.5379 0.7368 -8.1561 23.9393
|
|
108 3 -4.5379 1.0000 -11.3922 20.3773
|
|
|
|
108 4 -3.8929 -4.0000 -65.6067 114.7272
|
|
108 4 -3.8929 -3.7368 -59.1305 115.8511
|
|
108 4 -3.8929 -3.4737 -52.0287 116.5944
|
|
108 4 -3.8929 -3.2105 -43.9219 116.8023
|
|
108 4 -3.8929 -2.9474 -34.4344 115.6878
|
|
108 4 -3.8929 -2.6842 -24.1751 111.8248
|
|
108 4 -3.8929 -2.4211 -15.1973 104.8677
|
|
108 4 -3.8929 -2.1579 -8.8607 96.3542
|
|
108 4 -3.8929 -1.8947 -4.8876 87.7957
|
|
108 4 -3.8929 -1.6316 -2.5756 79.8172
|
|
108 4 -3.8929 -1.3684 -1.3369 72.7097
|
|
108 4 -3.8929 -1.1053 -0.4356 66.4793
|
|
108 4 -3.8929 -0.8421 0.6500 60.5264
|
|
108 4 -3.8929 -0.5789 1.6790 54.0788
|
|
108 4 -3.8929 -0.3158 1.7856 46.9867
|
|
108 4 -3.8929 -0.0526 0.4259 40.0136
|
|
108 4 -3.8929 0.2105 -2.0262 33.9369
|
|
108 4 -3.8929 0.4737 -4.9316 28.8521
|
|
108 4 -3.8929 0.7368 -8.0168 24.5219
|
|
108 4 -3.8929 1.0000 -11.2427 20.8451
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 109 coord.: 0.5000000 0.0000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.6077 eV Re[Sigma]= -40.964983 meV Im[Sigma]= 59.574029 meV Z= 1.004764 lam= -0.004742
|
|
E( 2 )= -14.0678 eV Re[Sigma]= -10.055493 meV Im[Sigma]= 62.458085 meV Z= 1.003648 lam= -0.003634
|
|
E( 3 )= -2.9614 eV Re[Sigma]= 54.148560 meV Im[Sigma]= 173.018342 meV Z= 1.045793 lam= -0.043788
|
|
E( 4 )= -2.9614 eV Re[Sigma]= 54.148560 meV Im[Sigma]= 173.018342 meV Z= 1.045793 lam= -0.043788
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 109 coord.: 0.5000000 0.0000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 109 w = -4.0000 eV A(k,w) = 0.87587E-04 meV^-1
|
|
ik = 109 w = -3.7368 eV A(k,w) = 0.16138E-03 meV^-1
|
|
ik = 109 w = -3.4737 eV A(k,w) = 0.37912E-03 meV^-1
|
|
ik = 109 w = -3.2105 eV A(k,w) = 0.14923E-02 meV^-1
|
|
ik = 109 w = -2.9474 eV A(k,w) = 0.41415E-02 meV^-1
|
|
ik = 109 w = -2.6842 eV A(k,w) = 0.73009E-03 meV^-1
|
|
ik = 109 w = -2.4211 eV A(k,w) = 0.23068E-03 meV^-1
|
|
ik = 109 w = -2.1579 eV A(k,w) = 0.10278E-03 meV^-1
|
|
ik = 109 w = -1.8947 eV A(k,w) = 0.54665E-04 meV^-1
|
|
ik = 109 w = -1.6316 eV A(k,w) = 0.32422E-04 meV^-1
|
|
ik = 109 w = -1.3684 eV A(k,w) = 0.20752E-04 meV^-1
|
|
ik = 109 w = -1.1053 eV A(k,w) = 0.14061E-04 meV^-1
|
|
ik = 109 w = -0.8421 eV A(k,w) = 0.98750E-05 meV^-1
|
|
ik = 109 w = -0.5789 eV A(k,w) = 0.70153E-05 meV^-1
|
|
ik = 109 w = -0.3158 eV A(k,w) = 0.49593E-05 meV^-1
|
|
ik = 109 w = -0.0526 eV A(k,w) = 0.34993E-05 meV^-1
|
|
ik = 109 w = 0.2105 eV A(k,w) = 0.24975E-05 meV^-1
|
|
ik = 109 w = 0.4737 eV A(k,w) = 0.18112E-05 meV^-1
|
|
ik = 109 w = 0.7368 eV A(k,w) = 0.13287E-05 meV^-1
|
|
ik = 109 w = 1.0000 eV A(k,w) = 0.98490E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
109 -4.0000 0.87587E-04
|
|
109 -3.7368 0.16138E-03
|
|
109 -3.4737 0.37912E-03
|
|
109 -3.2105 0.14923E-02
|
|
109 -2.9474 0.41415E-02
|
|
109 -2.6842 0.73009E-03
|
|
109 -2.4211 0.23068E-03
|
|
109 -2.1579 0.10278E-03
|
|
109 -1.8947 0.54665E-04
|
|
109 -1.6316 0.32422E-04
|
|
109 -1.3684 0.20752E-04
|
|
109 -1.1053 0.14061E-04
|
|
109 -0.8421 0.98750E-05
|
|
109 -0.5789 0.70153E-05
|
|
109 -0.3158 0.49593E-05
|
|
109 -0.0526 0.34993E-05
|
|
109 0.2105 0.24975E-05
|
|
109 0.4737 0.18112E-05
|
|
109 0.7368 0.13287E-05
|
|
109 1.0000 0.98490E-06
|
|
109 1 -15.6077 -4.0000 -33.9344 105.1030
|
|
109 1 -15.6077 -3.7368 -27.9303 103.3858
|
|
109 1 -15.6077 -3.4737 -22.0282 101.0243
|
|
109 1 -15.6077 -3.2105 -16.0287 98.2200
|
|
109 1 -15.6077 -2.9474 -9.5604 94.6181
|
|
109 1 -15.6077 -2.6842 -2.9247 89.2773
|
|
109 1 -15.6077 -2.4211 2.4839 81.9603
|
|
109 1 -15.6077 -2.1579 5.7222 73.8037
|
|
109 1 -15.6077 -1.8947 7.0519 65.9592
|
|
109 1 -15.6077 -1.6316 7.1013 58.9051
|
|
109 1 -15.6077 -1.3684 6.3980 52.7824
|
|
109 1 -15.6077 -1.1053 5.4698 47.5168
|
|
109 1 -15.6077 -0.8421 4.6568 42.6923
|
|
109 1 -15.6077 -0.5789 3.8359 37.8303
|
|
109 1 -15.6077 -0.3158 2.5429 32.8203
|
|
109 1 -15.6077 -0.0526 0.4894 28.0544
|
|
109 1 -15.6077 0.2105 -2.1143 23.9406
|
|
109 1 -15.6077 0.4737 -4.9071 20.5207
|
|
109 1 -15.6077 0.7368 -7.7194 17.6493
|
|
109 1 -15.6077 1.0000 -10.5134 15.2403
|
|
|
|
109 2 -14.0678 -4.0000 -26.4824 69.6954
|
|
109 2 -14.0678 -3.7368 -22.8591 69.2857
|
|
109 2 -14.0678 -3.4737 -19.0940 68.4623
|
|
109 2 -14.0678 -3.2105 -15.1027 67.2998
|
|
109 2 -14.0678 -2.9474 -10.6631 65.5555
|
|
109 2 -14.0678 -2.6842 -5.9771 62.5719
|
|
109 2 -14.0678 -2.4211 -2.0154 58.1541
|
|
109 2 -14.0678 -2.1579 0.5529 53.0715
|
|
109 2 -14.0678 -1.8947 1.9031 48.0916
|
|
109 2 -14.0678 -1.6316 2.4221 43.5018
|
|
109 2 -14.0678 -1.3684 2.3968 39.4175
|
|
109 2 -14.0678 -1.1053 2.1764 35.8554
|
|
109 2 -14.0678 -0.8421 2.0440 32.5474
|
|
109 2 -14.0678 -0.5789 1.9313 29.1068
|
|
109 2 -14.0678 -0.3158 1.4446 25.4128
|
|
109 2 -14.0678 -0.0526 0.3002 21.7916
|
|
109 2 -14.0678 0.2105 -1.3523 18.6130
|
|
109 2 -14.0678 0.4737 -3.2179 15.9350
|
|
109 2 -14.0678 0.7368 -5.1627 13.6557
|
|
109 2 -14.0678 1.0000 -7.1558 11.7290
|
|
|
|
109 3 -2.9614 -4.0000 -77.6231 128.6706
|
|
109 3 -2.9614 -3.7368 -69.8735 130.1624
|
|
109 3 -2.9614 -3.4737 -61.5234 131.1195
|
|
109 3 -2.9614 -3.2105 -52.1349 131.4439
|
|
109 3 -2.9614 -2.9474 -41.2538 130.2882
|
|
109 3 -2.9614 -2.6842 -29.5348 126.0711
|
|
109 3 -2.9614 -2.4211 -19.2408 118.4099
|
|
109 3 -2.9614 -2.1579 -11.8636 108.9924
|
|
109 3 -2.9614 -1.8947 -7.1135 99.4680
|
|
109 3 -2.9614 -1.6316 -4.2469 90.5414
|
|
109 3 -2.9614 -1.3684 -2.6144 82.5719
|
|
109 3 -2.9614 -1.1053 -1.3698 75.5814
|
|
109 3 -2.9614 -0.8421 0.0899 68.8841
|
|
109 3 -2.9614 -0.5789 1.4886 61.5881
|
|
109 3 -2.9614 -0.3158 1.8229 53.5157
|
|
109 3 -2.9614 -0.0526 0.4536 45.5483
|
|
109 3 -2.9614 0.2105 -2.1948 38.5926
|
|
109 3 -2.9614 0.4737 -5.3848 32.7672
|
|
109 3 -2.9614 0.7368 -8.7995 27.8035
|
|
109 3 -2.9614 1.0000 -12.3910 23.5893
|
|
|
|
109 4 -2.9614 -4.0000 -77.5894 128.6275
|
|
109 4 -2.9614 -3.7368 -69.8515 130.1164
|
|
109 4 -2.9614 -3.4737 -61.5121 131.0763
|
|
109 4 -2.9614 -3.2105 -52.1306 131.4063
|
|
109 4 -2.9614 -2.9474 -41.2532 130.2568
|
|
109 4 -2.9614 -2.6842 -29.5357 126.0452
|
|
109 4 -2.9614 -2.4211 -19.2418 118.3884
|
|
109 4 -2.9614 -2.1579 -11.8639 108.9742
|
|
109 4 -2.9614 -1.8947 -7.1127 99.4519
|
|
109 4 -2.9614 -1.6316 -4.2454 90.5266
|
|
109 4 -2.9614 -1.3684 -2.6125 82.5577
|
|
109 4 -2.9614 -1.1053 -1.3683 75.5678
|
|
109 4 -2.9614 -0.8421 0.0908 68.8714
|
|
109 4 -2.9614 -0.5789 1.4887 61.5768
|
|
109 4 -2.9614 -0.3158 1.8227 53.5061
|
|
109 4 -2.9614 -0.0526 0.4536 45.5405
|
|
109 4 -2.9614 0.2105 -2.1944 38.5863
|
|
109 4 -2.9614 0.4737 -5.3837 32.7622
|
|
109 4 -2.9614 0.7368 -8.7976 27.7994
|
|
109 4 -2.9614 1.0000 -12.3882 23.5859
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 110 coord.: 0.5000000 0.0000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.206018 meV Im[Sigma]= 62.540286 meV Z= 1.004137 lam= -0.004120
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.484376 meV Im[Sigma]= 65.234942 meV Z= 1.008652 lam= -0.008578
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.755754 meV Im[Sigma]= 134.099248 meV Z= 1.018132 lam= -0.017809
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.529302 meV Im[Sigma]= 142.416512 meV Z= 1.025045 lam= -0.024433
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 110 coord.: 0.5000000 0.0000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 110 w = -4.0000 eV A(k,w) = 0.25511E-02 meV^-1
|
|
ik = 110 w = -3.7368 eV A(k,w) = 0.66740E-03 meV^-1
|
|
ik = 110 w = -3.4737 eV A(k,w) = 0.18758E-03 meV^-1
|
|
ik = 110 w = -3.2105 eV A(k,w) = 0.88827E-04 meV^-1
|
|
ik = 110 w = -2.9474 eV A(k,w) = 0.52108E-04 meV^-1
|
|
ik = 110 w = -2.6842 eV A(k,w) = 0.33637E-04 meV^-1
|
|
ik = 110 w = -2.4211 eV A(k,w) = 0.22641E-04 meV^-1
|
|
ik = 110 w = -2.1579 eV A(k,w) = 0.15667E-04 meV^-1
|
|
ik = 110 w = -1.8947 eV A(k,w) = 0.11141E-04 meV^-1
|
|
ik = 110 w = -1.6316 eV A(k,w) = 0.81289E-05 meV^-1
|
|
ik = 110 w = -1.3684 eV A(k,w) = 0.60790E-05 meV^-1
|
|
ik = 110 w = -1.1053 eV A(k,w) = 0.46488E-05 meV^-1
|
|
ik = 110 w = -0.8421 eV A(k,w) = 0.35965E-05 meV^-1
|
|
ik = 110 w = -0.5789 eV A(k,w) = 0.27672E-05 meV^-1
|
|
ik = 110 w = -0.3158 eV A(k,w) = 0.20939E-05 meV^-1
|
|
ik = 110 w = -0.0526 eV A(k,w) = 0.15675E-05 meV^-1
|
|
ik = 110 w = 0.2105 eV A(k,w) = 0.11783E-05 meV^-1
|
|
ik = 110 w = 0.4737 eV A(k,w) = 0.89463E-06 meV^-1
|
|
ik = 110 w = 0.7368 eV A(k,w) = 0.68388E-06 meV^-1
|
|
ik = 110 w = 1.0000 eV A(k,w) = 0.52628E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
110 -4.0000 0.25511E-02
|
|
110 -3.7368 0.66740E-03
|
|
110 -3.4737 0.18758E-03
|
|
110 -3.2105 0.88827E-04
|
|
110 -2.9474 0.52108E-04
|
|
110 -2.6842 0.33637E-04
|
|
110 -2.4211 0.22641E-04
|
|
110 -2.1579 0.15667E-04
|
|
110 -1.8947 0.11141E-04
|
|
110 -1.6316 0.81289E-05
|
|
110 -1.3684 0.60790E-05
|
|
110 -1.1053 0.46488E-05
|
|
110 -0.8421 0.35965E-05
|
|
110 -0.5789 0.27672E-05
|
|
110 -0.3158 0.20939E-05
|
|
110 -0.0526 0.15675E-05
|
|
110 0.2105 0.11783E-05
|
|
110 0.4737 0.89463E-06
|
|
110 0.7368 0.68388E-06
|
|
110 1.0000 0.52628E-06
|
|
110 1 -15.5565 -4.0000 -32.5996 103.1814
|
|
110 1 -15.5565 -3.7368 -27.1364 101.4671
|
|
110 1 -15.5565 -3.4737 -21.6534 99.2862
|
|
110 1 -15.5565 -3.2105 -15.9268 96.7033
|
|
110 1 -15.5565 -2.9474 -9.6557 93.3008
|
|
110 1 -15.5565 -2.6842 -3.1925 88.1606
|
|
110 1 -15.5565 -2.4211 2.0845 81.0777
|
|
110 1 -15.5565 -2.1579 5.2679 73.1714
|
|
110 1 -15.5565 -1.8947 6.6227 65.5479
|
|
110 1 -15.5565 -1.6316 6.7431 58.6515
|
|
110 1 -15.5565 -1.3684 6.1103 52.6264
|
|
110 1 -15.5565 -1.1053 5.2301 47.4312
|
|
110 1 -15.5565 -0.8421 4.4558 42.6781
|
|
110 1 -15.5565 -0.5789 3.6876 37.8863
|
|
110 1 -15.5565 -0.3158 2.4627 32.9254
|
|
110 1 -15.5565 -0.0526 0.4770 28.1818
|
|
110 1 -15.5565 0.2105 -2.0686 24.0709
|
|
110 1 -15.5565 0.4737 -4.8150 20.6400
|
|
110 1 -15.5565 0.7368 -7.5956 17.7483
|
|
110 1 -15.5565 1.0000 -10.3729 15.3177
|
|
|
|
110 2 -12.4383 -4.0000 -30.0172 73.6834
|
|
110 2 -12.4383 -3.7368 -26.3948 73.3942
|
|
110 2 -12.4383 -3.4737 -22.5084 72.8623
|
|
110 2 -12.4383 -3.2105 -18.1655 72.0346
|
|
110 2 -12.4383 -2.9474 -13.1521 70.5029
|
|
110 2 -12.4383 -2.6842 -7.7916 67.4834
|
|
110 2 -12.4383 -2.4211 -3.2342 62.7878
|
|
110 2 -12.4383 -2.1579 -0.2399 57.3090
|
|
110 2 -12.4383 -1.8947 1.3865 51.9200
|
|
110 2 -12.4383 -1.6316 2.0814 46.9533
|
|
110 2 -12.4383 -1.3684 2.1755 42.5388
|
|
110 2 -12.4383 -1.1053 2.0593 38.6829
|
|
110 2 -12.4383 -0.8421 2.0314 35.0800
|
|
110 2 -12.4383 -0.5789 1.9985 31.3143
|
|
110 2 -12.4383 -0.3158 1.5256 27.2764
|
|
110 2 -12.4383 -0.0526 0.3193 23.3378
|
|
110 2 -12.4383 0.2105 -1.4405 19.8993
|
|
110 2 -12.4383 0.4737 -3.4246 17.0157
|
|
110 2 -12.4383 0.7368 -5.4856 14.5669
|
|
110 2 -12.4383 1.0000 -7.5939 12.4966
|
|
|
|
110 3 -4.5379 -4.0000 -63.5396 114.9740
|
|
110 3 -4.5379 -3.7368 -56.9712 115.9772
|
|
110 3 -4.5379 -3.4737 -49.8235 116.5255
|
|
110 3 -4.5379 -3.2105 -41.7276 116.5147
|
|
110 3 -4.5379 -2.9474 -32.2933 115.1741
|
|
110 3 -4.5379 -2.6842 -22.1341 111.0779
|
|
110 3 -4.5379 -2.4211 -13.3167 103.8975
|
|
110 3 -4.5379 -2.1579 -7.1989 95.2014
|
|
110 3 -4.5379 -1.8947 -3.4774 86.5280
|
|
110 3 -4.5379 -1.6316 -1.4095 78.5022
|
|
110 3 -4.5379 -1.3684 -0.3851 71.3839
|
|
110 3 -4.5379 -1.1053 0.3164 65.1519
|
|
110 3 -4.5379 -0.8421 1.1898 59.2149
|
|
110 3 -4.5379 -0.5789 1.9983 52.8351
|
|
110 3 -4.5379 -0.3158 1.9207 45.8731
|
|
110 3 -4.5379 -0.0526 0.4427 39.0525
|
|
110 3 -4.5379 0.2105 -2.0800 33.1132
|
|
110 3 -4.5379 0.4737 -5.0362 28.1502
|
|
110 3 -4.5379 0.7368 -8.1561 23.9392
|
|
110 3 -4.5379 1.0000 -11.3922 20.3772
|
|
|
|
110 4 -3.8929 -4.0000 -65.6066 114.7271
|
|
110 4 -3.8929 -3.7368 -59.1304 115.8510
|
|
110 4 -3.8929 -3.4737 -52.0287 116.5943
|
|
110 4 -3.8929 -3.2105 -43.9220 116.8022
|
|
110 4 -3.8929 -2.9474 -34.4344 115.6878
|
|
110 4 -3.8929 -2.6842 -24.1751 111.8248
|
|
110 4 -3.8929 -2.4211 -15.1973 104.8677
|
|
110 4 -3.8929 -2.1579 -8.8607 96.3541
|
|
110 4 -3.8929 -1.8947 -4.8876 87.7956
|
|
110 4 -3.8929 -1.6316 -2.5756 79.8172
|
|
110 4 -3.8929 -1.3684 -1.3370 72.7097
|
|
110 4 -3.8929 -1.1053 -0.4356 66.4793
|
|
110 4 -3.8929 -0.8421 0.6500 60.5264
|
|
110 4 -3.8929 -0.5789 1.6790 54.0788
|
|
110 4 -3.8929 -0.3158 1.7856 46.9867
|
|
110 4 -3.8929 -0.0526 0.4259 40.0136
|
|
110 4 -3.8929 0.2105 -2.0262 33.9369
|
|
110 4 -3.8929 0.4737 -4.9315 28.8521
|
|
110 4 -3.8929 0.7368 -8.0168 24.5219
|
|
110 4 -3.8929 1.0000 -11.2427 20.8451
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 111 coord.: 0.5000000 0.0000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.305804 meV Im[Sigma]= 56.076469 meV Z= 1.000191 lam= -0.000191
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.714418 meV Im[Sigma]= 56.833146 meV Z= 1.000355 lam= -0.000355
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -10.546189 meV Im[Sigma]= 82.756710 meV Z= 1.018010 lam= -0.017692
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.241474 meV Im[Sigma]= 80.026227 meV Z= 1.002837 lam= -0.002829
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 111 coord.: 0.5000000 0.0000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 111 w = -4.0000 eV A(k,w) = 0.10767E-04 meV^-1
|
|
ik = 111 w = -3.7368 eV A(k,w) = 0.88349E-05 meV^-1
|
|
ik = 111 w = -3.4737 eV A(k,w) = 0.73904E-05 meV^-1
|
|
ik = 111 w = -3.2105 eV A(k,w) = 0.62647E-05 meV^-1
|
|
ik = 111 w = -2.9474 eV A(k,w) = 0.53311E-05 meV^-1
|
|
ik = 111 w = -2.6842 eV A(k,w) = 0.44870E-05 meV^-1
|
|
ik = 111 w = -2.4211 eV A(k,w) = 0.37048E-05 meV^-1
|
|
ik = 111 w = -2.1579 eV A(k,w) = 0.30245E-05 meV^-1
|
|
ik = 111 w = -1.8947 eV A(k,w) = 0.24676E-05 meV^-1
|
|
ik = 111 w = -1.6316 eV A(k,w) = 0.20216E-05 meV^-1
|
|
ik = 111 w = -1.3684 eV A(k,w) = 0.16684E-05 meV^-1
|
|
ik = 111 w = -1.1053 eV A(k,w) = 0.13889E-05 meV^-1
|
|
ik = 111 w = -0.8421 eV A(k,w) = 0.11573E-05 meV^-1
|
|
ik = 111 w = -0.5789 eV A(k,w) = 0.95103E-06 meV^-1
|
|
ik = 111 w = -0.3158 eV A(k,w) = 0.76338E-06 meV^-1
|
|
ik = 111 w = -0.0526 eV A(k,w) = 0.60287E-06 meV^-1
|
|
ik = 111 w = 0.2105 eV A(k,w) = 0.47576E-06 meV^-1
|
|
ik = 111 w = 0.4737 eV A(k,w) = 0.37754E-06 meV^-1
|
|
ik = 111 w = 0.7368 eV A(k,w) = 0.30045E-06 meV^-1
|
|
ik = 111 w = 1.0000 eV A(k,w) = 0.23988E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
111 -4.0000 0.10767E-04
|
|
111 -3.7368 0.88349E-05
|
|
111 -3.4737 0.73904E-05
|
|
111 -3.2105 0.62647E-05
|
|
111 -2.9474 0.53311E-05
|
|
111 -2.6842 0.44870E-05
|
|
111 -2.4211 0.37048E-05
|
|
111 -2.1579 0.30245E-05
|
|
111 -1.8947 0.24676E-05
|
|
111 -1.6316 0.20216E-05
|
|
111 -1.3684 0.16684E-05
|
|
111 -1.1053 0.13889E-05
|
|
111 -0.8421 0.11573E-05
|
|
111 -0.5789 0.95103E-06
|
|
111 -0.3158 0.76338E-06
|
|
111 -0.0526 0.60287E-06
|
|
111 0.2105 0.47576E-06
|
|
111 0.4737 0.37754E-06
|
|
111 0.7368 0.30045E-06
|
|
111 1.0000 0.23988E-06
|
|
111 1 -14.5793 -4.0000 -33.5465 97.8214
|
|
111 1 -14.5793 -3.7368 -28.5408 96.5700
|
|
111 1 -14.5793 -3.4737 -23.4054 94.9066
|
|
111 1 -14.5793 -3.2105 -17.9270 92.8503
|
|
111 1 -14.5793 -2.9474 -11.8331 89.9719
|
|
111 1 -14.5793 -2.6842 -5.4857 85.3667
|
|
111 1 -14.5793 -2.4211 -0.2435 78.8356
|
|
111 1 -14.5793 -2.1579 3.0077 71.4735
|
|
111 1 -14.5793 -1.8947 4.5303 64.3486
|
|
111 1 -14.5793 -1.6316 4.8930 57.8760
|
|
111 1 -14.5793 -1.3684 4.5433 52.1943
|
|
111 1 -14.5793 -1.1053 3.9699 47.2730
|
|
111 1 -14.5793 -0.8421 3.5235 42.7241
|
|
111 1 -14.5793 -0.5789 3.0910 38.0522
|
|
111 1 -14.5793 -0.3158 2.1733 33.1243
|
|
111 1 -14.5793 -0.0526 0.4349 28.3570
|
|
111 1 -14.5793 0.2105 -1.9198 24.2036
|
|
111 1 -14.5793 0.4737 -4.5141 20.7247
|
|
111 1 -14.5793 0.7368 -7.1747 17.7812
|
|
111 1 -14.5793 1.0000 -9.8622 15.3014
|
|
|
|
111 2 -10.2664 -4.0000 -44.2280 92.6925
|
|
111 2 -10.2664 -3.7368 -39.1226 92.8471
|
|
111 2 -10.2664 -3.4737 -33.6608 92.5951
|
|
111 2 -10.2664 -3.2105 -27.6025 91.8886
|
|
111 2 -10.2664 -2.9474 -20.6734 90.2028
|
|
111 2 -10.2664 -2.6842 -13.3073 86.5247
|
|
111 2 -10.2664 -2.4211 -7.0062 80.6258
|
|
111 2 -10.2664 -2.1579 -2.7532 73.6745
|
|
111 2 -10.2664 -1.8947 -0.3003 66.8081
|
|
111 2 -10.2664 -1.6316 0.9166 60.4765
|
|
111 2 -10.2664 -1.3684 1.3481 54.8626
|
|
111 2 -10.2664 -1.1053 1.5260 49.9567
|
|
111 2 -10.2664 -0.8421 1.8299 45.3283
|
|
111 2 -10.2664 -0.5789 2.1021 40.4263
|
|
111 2 -10.2664 -0.3158 1.7459 35.1328
|
|
111 2 -10.2664 -0.0526 0.3796 29.9673
|
|
111 2 -10.2664 0.2105 -1.7406 25.4700
|
|
111 2 -10.2664 0.4737 -4.1668 21.7106
|
|
111 2 -10.2664 0.7368 -6.6994 18.5234
|
|
111 2 -10.2664 1.0000 -9.3013 15.8295
|
|
|
|
111 3 -7.2955 -4.0000 -43.8411 85.0762
|
|
111 3 -7.2955 -3.7368 -39.2159 85.6995
|
|
111 3 -7.2955 -3.4737 -34.1141 85.9382
|
|
111 3 -7.2955 -3.2105 -28.3562 85.6844
|
|
111 3 -7.2955 -2.9474 -21.7428 84.4434
|
|
111 3 -7.2955 -2.6842 -14.7075 81.2934
|
|
111 3 -7.2955 -2.4211 -8.6502 76.0470
|
|
111 3 -7.2955 -2.1579 -4.4666 69.7959
|
|
111 3 -7.2955 -1.8947 -1.9188 63.5742
|
|
111 3 -7.2955 -1.6316 -0.5074 57.7794
|
|
111 3 -7.2955 -1.3684 0.1541 52.5949
|
|
111 3 -7.2955 -1.1053 0.5608 48.0411
|
|
111 3 -7.2955 -0.8421 1.0897 43.7184
|
|
111 3 -7.2955 -0.5789 1.5941 39.0817
|
|
111 3 -7.2955 -0.3158 1.4731 34.0073
|
|
111 3 -7.2955 -0.0526 0.3351 29.0197
|
|
111 3 -7.2955 0.2105 -1.5661 24.6666
|
|
111 3 -7.2955 0.4737 -3.7833 21.0194
|
|
111 3 -7.2955 0.7368 -6.1229 17.9138
|
|
111 3 -7.2955 1.0000 -8.5537 15.2788
|
|
|
|
111 4 -5.9070 -4.0000 -49.9869 88.2792
|
|
111 4 -5.9070 -3.7368 -45.0579 89.3079
|
|
111 4 -5.9070 -3.4737 -39.6013 89.9359
|
|
111 4 -5.9070 -3.2105 -33.4106 90.0592
|
|
111 4 -5.9070 -2.9474 -26.2456 89.1433
|
|
111 4 -5.9070 -2.6842 -18.5530 86.1716
|
|
111 4 -5.9070 -2.4211 -11.8456 80.9083
|
|
111 4 -5.9070 -2.1579 -7.1120 74.5160
|
|
111 4 -5.9070 -1.8947 -4.1076 68.1107
|
|
111 4 -5.9070 -1.6316 -2.3018 62.1150
|
|
111 4 -5.9070 -1.3684 -1.2915 56.7281
|
|
111 4 -5.9070 -1.1053 -0.5433 51.9776
|
|
111 4 -5.9070 -0.8421 0.3520 47.4204
|
|
111 4 -5.9070 -0.5789 1.2143 42.4482
|
|
111 4 -5.9070 -0.3158 1.3525 36.9372
|
|
111 4 -5.9070 -0.0526 0.3273 31.4970
|
|
111 4 -5.9070 0.2105 -1.5653 26.7505
|
|
111 4 -5.9070 0.4737 -3.8168 22.7736
|
|
111 4 -5.9070 0.7368 -6.2141 19.3758
|
|
111 4 -5.9070 1.0000 -8.7329 16.4802
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 112 coord.: 0.5000000 0.0000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.8708 eV Re[Sigma]= -28.996999 meV Im[Sigma]= 63.141498 meV Z= 1.000478 lam= -0.000478
|
|
E( 2 )= -11.9934 eV Re[Sigma]= -20.805031 meV Im[Sigma]= 78.315034 meV Z= 1.012449 lam= -0.012296
|
|
E( 3 )= -6.9896 eV Re[Sigma]= -4.186671 meV Im[Sigma]= 70.002540 meV Z= 1.014673 lam= -0.014461
|
|
E( 4 )= -6.9896 eV Re[Sigma]= -4.186671 meV Im[Sigma]= 70.002540 meV Z= 1.014673 lam= -0.014461
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 112 coord.: 0.5000000 0.0000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 112 w = -4.0000 eV A(k,w) = 0.59366E-05 meV^-1
|
|
ik = 112 w = -3.7368 eV A(k,w) = 0.51820E-05 meV^-1
|
|
ik = 112 w = -3.4737 eV A(k,w) = 0.45595E-05 meV^-1
|
|
ik = 112 w = -3.2105 eV A(k,w) = 0.40300E-05 meV^-1
|
|
ik = 112 w = -2.9474 eV A(k,w) = 0.35514E-05 meV^-1
|
|
ik = 112 w = -2.6842 eV A(k,w) = 0.30788E-05 meV^-1
|
|
ik = 112 w = -2.4211 eV A(k,w) = 0.26074E-05 meV^-1
|
|
ik = 112 w = -2.1579 eV A(k,w) = 0.21764E-05 meV^-1
|
|
ik = 112 w = -1.8947 eV A(k,w) = 0.18112E-05 meV^-1
|
|
ik = 112 w = -1.6316 eV A(k,w) = 0.15102E-05 meV^-1
|
|
ik = 112 w = -1.3684 eV A(k,w) = 0.12659E-05 meV^-1
|
|
ik = 112 w = -1.1053 eV A(k,w) = 0.10684E-05 meV^-1
|
|
ik = 112 w = -0.8421 eV A(k,w) = 0.90098E-06 meV^-1
|
|
ik = 112 w = -0.5789 eV A(k,w) = 0.74815E-06 meV^-1
|
|
ik = 112 w = -0.3158 eV A(k,w) = 0.60594E-06 meV^-1
|
|
ik = 112 w = -0.0526 eV A(k,w) = 0.48227E-06 meV^-1
|
|
ik = 112 w = 0.2105 eV A(k,w) = 0.38324E-06 meV^-1
|
|
ik = 112 w = 0.4737 eV A(k,w) = 0.30606E-06 meV^-1
|
|
ik = 112 w = 0.7368 eV A(k,w) = 0.24498E-06 meV^-1
|
|
ik = 112 w = 1.0000 eV A(k,w) = 0.19663E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
112 -4.0000 0.59366E-05
|
|
112 -3.7368 0.51820E-05
|
|
112 -3.4737 0.45595E-05
|
|
112 -3.2105 0.40300E-05
|
|
112 -2.9474 0.35514E-05
|
|
112 -2.6842 0.30788E-05
|
|
112 -2.4211 0.26074E-05
|
|
112 -2.1579 0.21764E-05
|
|
112 -1.8947 0.18112E-05
|
|
112 -1.6316 0.15102E-05
|
|
112 -1.3684 0.12659E-05
|
|
112 -1.1053 0.10684E-05
|
|
112 -0.8421 0.90098E-06
|
|
112 -0.5789 0.74815E-06
|
|
112 -0.3158 0.60594E-06
|
|
112 -0.0526 0.48227E-06
|
|
112 0.2105 0.38324E-06
|
|
112 0.4737 0.30606E-06
|
|
112 0.7368 0.24498E-06
|
|
112 1.0000 0.19663E-06
|
|
112 1 -12.8708 -4.0000 -38.0586 89.3215
|
|
112 1 -12.8708 -3.7368 -33.2596 89.0224
|
|
112 1 -12.8708 -3.4737 -28.1601 88.2863
|
|
112 1 -12.8708 -3.2105 -22.6070 87.0702
|
|
112 1 -12.8708 -2.9474 -16.3988 84.9593
|
|
112 1 -12.8708 -2.6842 -9.9096 81.1047
|
|
112 1 -12.8708 -2.4211 -4.4556 75.3269
|
|
112 1 -12.8708 -2.1579 -0.8907 68.6905
|
|
112 1 -12.8708 -1.8947 1.0457 62.2200
|
|
112 1 -12.8708 -1.6316 1.8917 56.2975
|
|
112 1 -12.8708 -1.3684 2.0546 51.0583
|
|
112 1 -12.8708 -1.1053 2.0029 46.4876
|
|
112 1 -12.8708 -0.8421 2.0851 42.2004
|
|
112 1 -12.8708 -0.5789 2.1720 37.6867
|
|
112 1 -12.8708 -0.3158 1.7211 32.8165
|
|
112 1 -12.8708 -0.0526 0.3672 28.0496
|
|
112 1 -12.8708 0.2105 -1.6721 23.8824
|
|
112 1 -12.8708 0.4737 -3.9945 20.3866
|
|
112 1 -12.8708 0.7368 -6.4182 17.4185
|
|
112 1 -12.8708 1.0000 -8.9052 14.9109
|
|
|
|
112 2 -11.9934 -4.0000 -41.6146 99.7821
|
|
112 2 -11.9934 -3.7368 -36.4379 99.3448
|
|
112 2 -11.9934 -3.4737 -30.9504 98.5264
|
|
112 2 -11.9934 -3.2105 -24.8928 97.2786
|
|
112 2 -11.9934 -2.9474 -17.9815 95.0582
|
|
112 2 -11.9934 -2.6842 -10.6649 90.8297
|
|
112 2 -11.9934 -2.4211 -4.4809 84.3698
|
|
112 2 -11.9934 -2.1579 -0.4274 76.8843
|
|
112 2 -11.9934 -1.8947 1.7595 69.5437
|
|
112 2 -11.9934 -1.6316 2.6737 62.8132
|
|
112 2 -11.9934 -1.3684 2.7937 56.8698
|
|
112 2 -11.9934 -1.1053 2.6640 51.6897
|
|
112 2 -11.9934 -0.8421 2.6680 46.8339
|
|
112 2 -11.9934 -0.5789 2.6540 41.7481
|
|
112 2 -11.9934 -0.3158 2.0353 36.3030
|
|
112 2 -11.9934 -0.0526 0.4268 31.0019
|
|
112 2 -11.9934 0.2105 -1.9276 26.3812
|
|
112 2 -11.9934 0.4737 -4.5853 22.5170
|
|
112 2 -11.9934 0.7368 -7.3415 19.2504
|
|
112 2 -11.9934 1.0000 -10.1493 16.4997
|
|
|
|
112 3 -6.9896 -4.0000 -43.1136 73.4909
|
|
112 3 -6.9896 -3.7368 -39.2397 74.6493
|
|
112 3 -6.9896 -3.4737 -34.7965 75.5372
|
|
112 3 -6.9896 -3.2105 -29.6101 75.9973
|
|
112 3 -6.9896 -2.9474 -23.5037 75.5443
|
|
112 3 -6.9896 -2.6842 -16.8715 73.2934
|
|
112 3 -6.9896 -2.4211 -11.0318 69.0201
|
|
112 3 -6.9896 -2.1579 -6.8650 63.7241
|
|
112 3 -6.9896 -1.8947 -4.1689 58.3771
|
|
112 3 -6.9896 -1.6316 -2.4909 53.3395
|
|
112 3 -6.9896 -1.3684 -1.4993 48.7825
|
|
112 3 -6.9896 -1.1053 -0.7450 44.7399
|
|
112 3 -6.9896 -0.8421 0.1216 40.8382
|
|
112 3 -6.9896 -0.5789 0.9425 36.5593
|
|
112 3 -6.9896 -0.3158 1.1202 31.8032
|
|
112 3 -6.9896 -0.0526 0.2762 27.1028
|
|
112 3 -6.9896 0.2105 -1.3312 23.0013
|
|
112 3 -6.9896 0.4737 -3.2587 19.5686
|
|
112 3 -6.9896 0.7368 -5.3167 16.6414
|
|
112 3 -6.9896 1.0000 -7.4800 14.1510
|
|
|
|
112 4 -6.9896 -4.0000 -43.1093 73.5705
|
|
112 4 -6.9896 -3.7368 -39.2324 74.7247
|
|
112 4 -6.9896 -3.4737 -34.7853 75.6074
|
|
112 4 -6.9896 -3.2105 -29.5957 76.0603
|
|
112 4 -6.9896 -2.9474 -23.4885 75.5991
|
|
112 4 -6.9896 -2.6842 -16.8580 73.3411
|
|
112 4 -6.9896 -2.4211 -11.0206 69.0628
|
|
112 4 -6.9896 -2.1579 -6.8557 63.7629
|
|
112 4 -6.9896 -1.8947 -4.1614 58.4121
|
|
112 4 -6.9896 -1.6316 -2.4857 53.3713
|
|
112 4 -6.9896 -1.3684 -1.4965 48.8121
|
|
112 4 -6.9896 -1.1053 -0.7441 44.7685
|
|
112 4 -6.9896 -0.8421 0.1219 40.8661
|
|
112 4 -6.9896 -0.5789 0.9431 36.5858
|
|
112 4 -6.9896 -0.3158 1.1210 31.8273
|
|
112 4 -6.9896 -0.0526 0.2764 27.1241
|
|
112 4 -6.9896 0.2105 -1.3321 23.0204
|
|
112 4 -6.9896 0.4737 -3.2606 19.5858
|
|
112 4 -6.9896 0.7368 -5.3195 16.6567
|
|
112 4 -6.9896 1.0000 -7.4839 14.1643
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 113 coord.: 0.5000000 0.0000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.305718 meV Im[Sigma]= 56.076380 meV Z= 1.000191 lam= -0.000191
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.714436 meV Im[Sigma]= 56.833196 meV Z= 1.000355 lam= -0.000355
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -10.546535 meV Im[Sigma]= 82.756644 meV Z= 1.018010 lam= -0.017692
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.241430 meV Im[Sigma]= 80.025980 meV Z= 1.002837 lam= -0.002829
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 113 coord.: 0.5000000 0.0000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 113 w = -4.0000 eV A(k,w) = 0.10767E-04 meV^-1
|
|
ik = 113 w = -3.7368 eV A(k,w) = 0.88349E-05 meV^-1
|
|
ik = 113 w = -3.4737 eV A(k,w) = 0.73904E-05 meV^-1
|
|
ik = 113 w = -3.2105 eV A(k,w) = 0.62647E-05 meV^-1
|
|
ik = 113 w = -2.9474 eV A(k,w) = 0.53311E-05 meV^-1
|
|
ik = 113 w = -2.6842 eV A(k,w) = 0.44870E-05 meV^-1
|
|
ik = 113 w = -2.4211 eV A(k,w) = 0.37048E-05 meV^-1
|
|
ik = 113 w = -2.1579 eV A(k,w) = 0.30245E-05 meV^-1
|
|
ik = 113 w = -1.8947 eV A(k,w) = 0.24676E-05 meV^-1
|
|
ik = 113 w = -1.6316 eV A(k,w) = 0.20216E-05 meV^-1
|
|
ik = 113 w = -1.3684 eV A(k,w) = 0.16684E-05 meV^-1
|
|
ik = 113 w = -1.1053 eV A(k,w) = 0.13889E-05 meV^-1
|
|
ik = 113 w = -0.8421 eV A(k,w) = 0.11573E-05 meV^-1
|
|
ik = 113 w = -0.5789 eV A(k,w) = 0.95104E-06 meV^-1
|
|
ik = 113 w = -0.3158 eV A(k,w) = 0.76338E-06 meV^-1
|
|
ik = 113 w = -0.0526 eV A(k,w) = 0.60287E-06 meV^-1
|
|
ik = 113 w = 0.2105 eV A(k,w) = 0.47576E-06 meV^-1
|
|
ik = 113 w = 0.4737 eV A(k,w) = 0.37754E-06 meV^-1
|
|
ik = 113 w = 0.7368 eV A(k,w) = 0.30045E-06 meV^-1
|
|
ik = 113 w = 1.0000 eV A(k,w) = 0.23988E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
113 -4.0000 0.10767E-04
|
|
113 -3.7368 0.88349E-05
|
|
113 -3.4737 0.73904E-05
|
|
113 -3.2105 0.62647E-05
|
|
113 -2.9474 0.53311E-05
|
|
113 -2.6842 0.44870E-05
|
|
113 -2.4211 0.37048E-05
|
|
113 -2.1579 0.30245E-05
|
|
113 -1.8947 0.24676E-05
|
|
113 -1.6316 0.20216E-05
|
|
113 -1.3684 0.16684E-05
|
|
113 -1.1053 0.13889E-05
|
|
113 -0.8421 0.11573E-05
|
|
113 -0.5789 0.95104E-06
|
|
113 -0.3158 0.76338E-06
|
|
113 -0.0526 0.60287E-06
|
|
113 0.2105 0.47576E-06
|
|
113 0.4737 0.37754E-06
|
|
113 0.7368 0.30045E-06
|
|
113 1.0000 0.23988E-06
|
|
113 1 -14.5793 -4.0000 -33.5465 97.8213
|
|
113 1 -14.5793 -3.7368 -28.5409 96.5699
|
|
113 1 -14.5793 -3.4737 -23.4055 94.9065
|
|
113 1 -14.5793 -3.2105 -17.9271 92.8502
|
|
113 1 -14.5793 -2.9474 -11.8332 89.9719
|
|
113 1 -14.5793 -2.6842 -5.4857 85.3667
|
|
113 1 -14.5793 -2.4211 -0.2436 78.8356
|
|
113 1 -14.5793 -2.1579 3.0076 71.4734
|
|
113 1 -14.5793 -1.8947 4.5302 64.3486
|
|
113 1 -14.5793 -1.6316 4.8929 57.8759
|
|
113 1 -14.5793 -1.3684 4.5432 52.1943
|
|
113 1 -14.5793 -1.1053 3.9699 47.2730
|
|
113 1 -14.5793 -0.8421 3.5235 42.7241
|
|
113 1 -14.5793 -0.5789 3.0910 38.0523
|
|
113 1 -14.5793 -0.3158 2.1733 33.1243
|
|
113 1 -14.5793 -0.0526 0.4349 28.3570
|
|
113 1 -14.5793 0.2105 -1.9198 24.2036
|
|
113 1 -14.5793 0.4737 -4.5141 20.7248
|
|
113 1 -14.5793 0.7368 -7.1747 17.7812
|
|
113 1 -14.5793 1.0000 -9.8622 15.3014
|
|
|
|
113 2 -10.2664 -4.0000 -44.2282 92.6925
|
|
113 2 -10.2664 -3.7368 -39.1227 92.8471
|
|
113 2 -10.2664 -3.4737 -33.6610 92.5951
|
|
113 2 -10.2664 -3.2105 -27.6027 91.8886
|
|
113 2 -10.2664 -2.9474 -20.6736 90.2029
|
|
113 2 -10.2664 -2.6842 -13.3075 86.5249
|
|
113 2 -10.2664 -2.4211 -7.0063 80.6259
|
|
113 2 -10.2664 -2.1579 -2.7533 73.6746
|
|
113 2 -10.2664 -1.8947 -0.3004 66.8082
|
|
113 2 -10.2664 -1.6316 0.9166 60.4766
|
|
113 2 -10.2664 -1.3684 1.3480 54.8627
|
|
113 2 -10.2664 -1.1053 1.5260 49.9568
|
|
113 2 -10.2664 -0.8421 1.8299 45.3284
|
|
113 2 -10.2664 -0.5789 2.1021 40.4264
|
|
113 2 -10.2664 -0.3158 1.7459 35.1328
|
|
113 2 -10.2664 -0.0526 0.3796 29.9673
|
|
113 2 -10.2664 0.2105 -1.7406 25.4701
|
|
113 2 -10.2664 0.4737 -4.1668 21.7106
|
|
113 2 -10.2664 0.7368 -6.6994 18.5234
|
|
113 2 -10.2664 1.0000 -9.3013 15.8295
|
|
|
|
113 3 -7.2955 -4.0000 -43.8419 85.0769
|
|
113 3 -7.2955 -3.7368 -39.2166 85.7003
|
|
113 3 -7.2955 -3.4737 -34.1146 85.9391
|
|
113 3 -7.2955 -3.2105 -28.3566 85.6853
|
|
113 3 -7.2955 -2.9474 -21.7431 84.4442
|
|
113 3 -7.2955 -2.6842 -14.7077 81.2941
|
|
113 3 -7.2955 -2.4211 -8.6504 76.0476
|
|
113 3 -7.2955 -2.1579 -4.4667 69.7964
|
|
113 3 -7.2955 -1.8947 -1.9189 63.5747
|
|
113 3 -7.2955 -1.6316 -0.5075 57.7799
|
|
113 3 -7.2955 -1.3684 0.1540 52.5954
|
|
113 3 -7.2955 -1.1053 0.5607 48.0416
|
|
113 3 -7.2955 -0.8421 1.0896 43.7188
|
|
113 3 -7.2955 -0.5789 1.5940 39.0820
|
|
113 3 -7.2955 -0.3158 1.4731 34.0076
|
|
113 3 -7.2955 -0.0526 0.3351 29.0200
|
|
113 3 -7.2955 0.2105 -1.5661 24.6669
|
|
113 3 -7.2955 0.4737 -3.7833 21.0196
|
|
113 3 -7.2955 0.7368 -6.1229 17.9140
|
|
113 3 -7.2955 1.0000 -8.5538 15.2789
|
|
|
|
113 4 -5.9070 -4.0000 -49.9868 88.2791
|
|
113 4 -5.9070 -3.7368 -45.0578 89.3078
|
|
113 4 -5.9070 -3.4737 -39.6012 89.9358
|
|
113 4 -5.9070 -3.2105 -33.4104 90.0591
|
|
113 4 -5.9070 -2.9474 -26.2455 89.1432
|
|
113 4 -5.9070 -2.6842 -18.5529 86.1715
|
|
113 4 -5.9070 -2.4211 -11.8454 80.9082
|
|
113 4 -5.9070 -2.1579 -7.1119 74.5159
|
|
113 4 -5.9070 -1.8947 -4.1075 68.1106
|
|
113 4 -5.9070 -1.6316 -2.3017 62.1148
|
|
113 4 -5.9070 -1.3684 -1.2914 56.7280
|
|
113 4 -5.9070 -1.1053 -0.5433 51.9775
|
|
113 4 -5.9070 -0.8421 0.3521 47.4203
|
|
113 4 -5.9070 -0.5789 1.2143 42.4481
|
|
113 4 -5.9070 -0.3158 1.3525 36.9371
|
|
113 4 -5.9070 -0.0526 0.3273 31.4970
|
|
113 4 -5.9070 0.2105 -1.5653 26.7504
|
|
113 4 -5.9070 0.4737 -3.8168 22.7735
|
|
113 4 -5.9070 0.7368 -6.2141 19.3758
|
|
113 4 -5.9070 1.0000 -8.7329 16.4802
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 114 coord.: 0.5000000 0.0000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.205932 meV Im[Sigma]= 62.540123 meV Z= 1.004137 lam= -0.004120
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.484389 meV Im[Sigma]= 65.235086 meV Z= 1.008652 lam= -0.008578
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.755487 meV Im[Sigma]= 134.099469 meV Z= 1.018132 lam= -0.017809
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.529296 meV Im[Sigma]= 142.416321 meV Z= 1.025045 lam= -0.024433
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 114 coord.: 0.5000000 0.0000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 114 w = -4.0000 eV A(k,w) = 0.25511E-02 meV^-1
|
|
ik = 114 w = -3.7368 eV A(k,w) = 0.66740E-03 meV^-1
|
|
ik = 114 w = -3.4737 eV A(k,w) = 0.18758E-03 meV^-1
|
|
ik = 114 w = -3.2105 eV A(k,w) = 0.88827E-04 meV^-1
|
|
ik = 114 w = -2.9474 eV A(k,w) = 0.52108E-04 meV^-1
|
|
ik = 114 w = -2.6842 eV A(k,w) = 0.33637E-04 meV^-1
|
|
ik = 114 w = -2.4211 eV A(k,w) = 0.22641E-04 meV^-1
|
|
ik = 114 w = -2.1579 eV A(k,w) = 0.15667E-04 meV^-1
|
|
ik = 114 w = -1.8947 eV A(k,w) = 0.11141E-04 meV^-1
|
|
ik = 114 w = -1.6316 eV A(k,w) = 0.81290E-05 meV^-1
|
|
ik = 114 w = -1.3684 eV A(k,w) = 0.60790E-05 meV^-1
|
|
ik = 114 w = -1.1053 eV A(k,w) = 0.46488E-05 meV^-1
|
|
ik = 114 w = -0.8421 eV A(k,w) = 0.35965E-05 meV^-1
|
|
ik = 114 w = -0.5789 eV A(k,w) = 0.27673E-05 meV^-1
|
|
ik = 114 w = -0.3158 eV A(k,w) = 0.20939E-05 meV^-1
|
|
ik = 114 w = -0.0526 eV A(k,w) = 0.15675E-05 meV^-1
|
|
ik = 114 w = 0.2105 eV A(k,w) = 0.11783E-05 meV^-1
|
|
ik = 114 w = 0.4737 eV A(k,w) = 0.89463E-06 meV^-1
|
|
ik = 114 w = 0.7368 eV A(k,w) = 0.68388E-06 meV^-1
|
|
ik = 114 w = 1.0000 eV A(k,w) = 0.52628E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
114 -4.0000 0.25511E-02
|
|
114 -3.7368 0.66740E-03
|
|
114 -3.4737 0.18758E-03
|
|
114 -3.2105 0.88827E-04
|
|
114 -2.9474 0.52108E-04
|
|
114 -2.6842 0.33637E-04
|
|
114 -2.4211 0.22641E-04
|
|
114 -2.1579 0.15667E-04
|
|
114 -1.8947 0.11141E-04
|
|
114 -1.6316 0.81290E-05
|
|
114 -1.3684 0.60790E-05
|
|
114 -1.1053 0.46488E-05
|
|
114 -0.8421 0.35965E-05
|
|
114 -0.5789 0.27673E-05
|
|
114 -0.3158 0.20939E-05
|
|
114 -0.0526 0.15675E-05
|
|
114 0.2105 0.11783E-05
|
|
114 0.4737 0.89463E-06
|
|
114 0.7368 0.68388E-06
|
|
114 1.0000 0.52628E-06
|
|
114 1 -15.5565 -4.0000 -32.5995 103.1815
|
|
114 1 -15.5565 -3.7368 -27.1364 101.4671
|
|
114 1 -15.5565 -3.4737 -21.6534 99.2862
|
|
114 1 -15.5565 -3.2105 -15.9268 96.7033
|
|
114 1 -15.5565 -2.9474 -9.6557 93.3008
|
|
114 1 -15.5565 -2.6842 -3.1925 88.1606
|
|
114 1 -15.5565 -2.4211 2.0844 81.0777
|
|
114 1 -15.5565 -2.1579 5.2679 73.1714
|
|
114 1 -15.5565 -1.8947 6.6227 65.5479
|
|
114 1 -15.5565 -1.6316 6.7431 58.6516
|
|
114 1 -15.5565 -1.3684 6.1103 52.6264
|
|
114 1 -15.5565 -1.1053 5.2301 47.4312
|
|
114 1 -15.5565 -0.8421 4.4558 42.6781
|
|
114 1 -15.5565 -0.5789 3.6875 37.8863
|
|
114 1 -15.5565 -0.3158 2.4627 32.9255
|
|
114 1 -15.5565 -0.0526 0.4770 28.1818
|
|
114 1 -15.5565 0.2105 -2.0686 24.0709
|
|
114 1 -15.5565 0.4737 -4.8150 20.6400
|
|
114 1 -15.5565 0.7368 -7.5956 17.7484
|
|
114 1 -15.5565 1.0000 -10.3729 15.3177
|
|
|
|
114 2 -12.4383 -4.0000 -30.0173 73.6833
|
|
114 2 -12.4383 -3.7368 -26.3948 73.3942
|
|
114 2 -12.4383 -3.4737 -22.5084 72.8623
|
|
114 2 -12.4383 -3.2105 -18.1656 72.0346
|
|
114 2 -12.4383 -2.9474 -13.1521 70.5029
|
|
114 2 -12.4383 -2.6842 -7.7916 67.4834
|
|
114 2 -12.4383 -2.4211 -3.2342 62.7878
|
|
114 2 -12.4383 -2.1579 -0.2400 57.3090
|
|
114 2 -12.4383 -1.8947 1.3864 51.9200
|
|
114 2 -12.4383 -1.6316 2.0814 46.9533
|
|
114 2 -12.4383 -1.3684 2.1754 42.5389
|
|
114 2 -12.4383 -1.1053 2.0592 38.6829
|
|
114 2 -12.4383 -0.8421 2.0314 35.0800
|
|
114 2 -12.4383 -0.5789 1.9985 31.3143
|
|
114 2 -12.4383 -0.3158 1.5256 27.2765
|
|
114 2 -12.4383 -0.0526 0.3193 23.3378
|
|
114 2 -12.4383 0.2105 -1.4405 19.8994
|
|
114 2 -12.4383 0.4737 -3.4246 17.0158
|
|
114 2 -12.4383 0.7368 -5.4856 14.5670
|
|
114 2 -12.4383 1.0000 -7.5939 12.4967
|
|
|
|
114 3 -4.5379 -4.0000 -63.5402 114.9743
|
|
114 3 -4.5379 -3.7368 -56.9717 115.9776
|
|
114 3 -4.5379 -3.4737 -49.8239 116.5260
|
|
114 3 -4.5379 -3.2105 -41.7280 116.5152
|
|
114 3 -4.5379 -2.9474 -32.2936 115.1745
|
|
114 3 -4.5379 -2.6842 -22.1344 111.0783
|
|
114 3 -4.5379 -2.4211 -13.3169 103.8978
|
|
114 3 -4.5379 -2.1579 -7.1992 95.2018
|
|
114 3 -4.5379 -1.8947 -3.4777 86.5284
|
|
114 3 -4.5379 -1.6316 -1.4097 78.5026
|
|
114 3 -4.5379 -1.3684 -0.3853 71.3843
|
|
114 3 -4.5379 -1.1053 0.3162 65.1522
|
|
114 3 -4.5379 -0.8421 1.1897 59.2152
|
|
114 3 -4.5379 -0.5789 1.9982 52.8354
|
|
114 3 -4.5379 -0.3158 1.9207 45.8734
|
|
114 3 -4.5379 -0.0526 0.4427 39.0528
|
|
114 3 -4.5379 0.2105 -2.0800 33.1135
|
|
114 3 -4.5379 0.4737 -5.0362 28.1504
|
|
114 3 -4.5379 0.7368 -8.1561 23.9393
|
|
114 3 -4.5379 1.0000 -11.3922 20.3774
|
|
|
|
114 4 -3.8929 -4.0000 -65.6066 114.7270
|
|
114 4 -3.8929 -3.7368 -59.1304 115.8509
|
|
114 4 -3.8929 -3.4737 -52.0286 116.5941
|
|
114 4 -3.8929 -3.2105 -43.9219 116.8021
|
|
114 4 -3.8929 -2.9474 -34.4344 115.6877
|
|
114 4 -3.8929 -2.6842 -24.1751 111.8247
|
|
114 4 -3.8929 -2.4211 -15.1973 104.8676
|
|
114 4 -3.8929 -2.1579 -8.8607 96.3540
|
|
114 4 -3.8929 -1.8947 -4.8875 87.7955
|
|
114 4 -3.8929 -1.6316 -2.5756 79.8171
|
|
114 4 -3.8929 -1.3684 -1.3369 72.7096
|
|
114 4 -3.8929 -1.1053 -0.4356 66.4792
|
|
114 4 -3.8929 -0.8421 0.6500 60.5263
|
|
114 4 -3.8929 -0.5789 1.6790 54.0787
|
|
114 4 -3.8929 -0.3158 1.7856 46.9866
|
|
114 4 -3.8929 -0.0526 0.4259 40.0135
|
|
114 4 -3.8929 0.2105 -2.0262 33.9368
|
|
114 4 -3.8929 0.4737 -4.9315 28.8521
|
|
114 4 -3.8929 0.7368 -8.0168 24.5219
|
|
114 4 -3.8929 1.0000 -11.2427 20.8451
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 115 coord.: 0.5000000 0.1666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.223197 meV Im[Sigma]= 63.286276 meV Z= 1.004601 lam= -0.004580
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.337028 meV Im[Sigma]= 65.621067 meV Z= 1.008719 lam= -0.008644
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.104259 meV Im[Sigma]= 135.508771 meV Z= 1.018357 lam= -0.018026
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.247182 meV Im[Sigma]= 140.528131 meV Z= 1.024754 lam= -0.024156
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 115 coord.: 0.5000000 0.1666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 115 w = -4.0000 eV A(k,w) = 0.25727E-02 meV^-1
|
|
ik = 115 w = -3.7368 eV A(k,w) = 0.66535E-03 meV^-1
|
|
ik = 115 w = -3.4737 eV A(k,w) = 0.18660E-03 meV^-1
|
|
ik = 115 w = -3.2105 eV A(k,w) = 0.88500E-04 meV^-1
|
|
ik = 115 w = -2.9474 eV A(k,w) = 0.51970E-04 meV^-1
|
|
ik = 115 w = -2.6842 eV A(k,w) = 0.33544E-04 meV^-1
|
|
ik = 115 w = -2.4211 eV A(k,w) = 0.22562E-04 meV^-1
|
|
ik = 115 w = -2.1579 eV A(k,w) = 0.15601E-04 meV^-1
|
|
ik = 115 w = -1.8947 eV A(k,w) = 0.11089E-04 meV^-1
|
|
ik = 115 w = -1.6316 eV A(k,w) = 0.80882E-05 meV^-1
|
|
ik = 115 w = -1.3684 eV A(k,w) = 0.60459E-05 meV^-1
|
|
ik = 115 w = -1.1053 eV A(k,w) = 0.46207E-05 meV^-1
|
|
ik = 115 w = -0.8421 eV A(k,w) = 0.35721E-05 meV^-1
|
|
ik = 115 w = -0.5789 eV A(k,w) = 0.27466E-05 meV^-1
|
|
ik = 115 w = -0.3158 eV A(k,w) = 0.20772E-05 meV^-1
|
|
ik = 115 w = -0.0526 eV A(k,w) = 0.15545E-05 meV^-1
|
|
ik = 115 w = 0.2105 eV A(k,w) = 0.11684E-05 meV^-1
|
|
ik = 115 w = 0.4737 eV A(k,w) = 0.88711E-06 meV^-1
|
|
ik = 115 w = 0.7368 eV A(k,w) = 0.67832E-06 meV^-1
|
|
ik = 115 w = 1.0000 eV A(k,w) = 0.52227E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
115 -4.0000 0.25727E-02
|
|
115 -3.7368 0.66535E-03
|
|
115 -3.4737 0.18660E-03
|
|
115 -3.2105 0.88500E-04
|
|
115 -2.9474 0.51970E-04
|
|
115 -2.6842 0.33544E-04
|
|
115 -2.4211 0.22562E-04
|
|
115 -2.1579 0.15601E-04
|
|
115 -1.8947 0.11089E-04
|
|
115 -1.6316 0.80882E-05
|
|
115 -1.3684 0.60459E-05
|
|
115 -1.1053 0.46207E-05
|
|
115 -0.8421 0.35721E-05
|
|
115 -0.5789 0.27466E-05
|
|
115 -0.3158 0.20772E-05
|
|
115 -0.0526 0.15545E-05
|
|
115 0.2105 0.11684E-05
|
|
115 0.4737 0.88711E-06
|
|
115 0.7368 0.67832E-06
|
|
115 1.0000 0.52227E-06
|
|
115 1 -15.5565 -4.0000 -33.0721 103.4065
|
|
115 1 -15.5565 -3.7368 -27.5461 101.7811
|
|
115 1 -15.5565 -3.4737 -21.9774 99.6615
|
|
115 1 -15.5565 -3.2105 -16.1510 97.1086
|
|
115 1 -15.5565 -2.9474 -9.7787 93.6987
|
|
115 1 -15.5565 -2.6842 -3.2329 88.5169
|
|
115 1 -15.5565 -2.4211 2.0958 81.3781
|
|
115 1 -15.5565 -2.1579 5.3075 73.4190
|
|
115 1 -15.5565 -1.8947 6.6777 65.7493
|
|
115 1 -15.5565 -1.6316 6.8054 58.8113
|
|
115 1 -15.5565 -1.3684 6.1728 52.7487
|
|
115 1 -15.5565 -1.1053 5.2867 47.5208
|
|
115 1 -15.5565 -0.8421 4.5015 42.7406
|
|
115 1 -15.5565 -0.5789 3.7194 37.9277
|
|
115 1 -15.5565 -0.3158 2.4797 32.9519
|
|
115 1 -15.5565 -0.0526 0.4797 28.1983
|
|
115 1 -15.5565 0.2105 -2.0788 24.0813
|
|
115 1 -15.5565 0.4737 -4.8365 20.6474
|
|
115 1 -15.5565 0.7368 -7.6261 17.7551
|
|
115 1 -15.5565 1.0000 -10.4098 15.3247
|
|
|
|
115 2 -12.4383 -4.0000 -30.6188 73.6637
|
|
115 2 -12.4383 -3.7368 -26.9586 73.5145
|
|
115 2 -12.4383 -3.4737 -22.9917 73.1045
|
|
115 2 -12.4383 -3.2105 -18.5273 72.3595
|
|
115 2 -12.4383 -2.9474 -13.3751 70.8454
|
|
115 2 -12.4383 -2.6842 -7.9052 67.7798
|
|
115 2 -12.4383 -2.4211 -3.2945 63.0145
|
|
115 2 -12.4383 -2.1579 -0.2898 57.4788
|
|
115 2 -12.4383 -1.8947 1.3276 52.0564
|
|
115 2 -12.4383 -1.6316 2.0104 47.0766
|
|
115 2 -12.4383 -1.3684 2.0964 42.6622
|
|
115 2 -12.4383 -1.1053 1.9787 38.8146
|
|
115 2 -12.4383 -0.8421 1.9594 35.2247
|
|
115 2 -12.4383 -0.5789 1.9467 31.4686
|
|
115 2 -12.4383 -0.3158 1.4996 27.4294
|
|
115 2 -12.4383 -0.0526 0.3156 23.4794
|
|
115 2 -12.4383 0.2105 -1.4278 20.0252
|
|
115 2 -12.4383 0.4737 -3.4003 17.1239
|
|
115 2 -12.4383 0.7368 -5.4550 14.6562
|
|
115 2 -12.4383 1.0000 -7.5624 12.5680
|
|
|
|
115 3 -4.5379 -4.0000 -64.4802 116.3000
|
|
115 3 -4.5379 -3.7368 -57.7373 117.4103
|
|
115 3 -4.5379 -3.4737 -50.3642 118.0332
|
|
115 3 -4.5379 -3.2105 -41.9882 118.0280
|
|
115 3 -4.5379 -2.9474 -32.2636 116.5681
|
|
115 3 -4.5379 -2.6842 -21.9056 112.2375
|
|
115 3 -4.5379 -2.4211 -13.0250 104.8087
|
|
115 3 -4.5379 -2.1579 -6.9252 95.9228
|
|
115 3 -4.5379 -1.8947 -3.2455 87.1177
|
|
115 3 -4.5379 -1.6316 -1.2197 78.9982
|
|
115 3 -4.5379 -1.3684 -0.2307 71.8088
|
|
115 3 -4.5379 -1.1053 0.4416 65.5167
|
|
115 3 -4.5379 -0.8421 1.2881 59.5252
|
|
115 3 -4.5379 -0.5789 2.0683 53.0957
|
|
115 3 -4.5379 -0.3158 1.9597 46.0902
|
|
115 3 -4.5379 -0.0526 0.4492 39.2341
|
|
115 3 -4.5379 0.2105 -2.1051 33.2669
|
|
115 3 -4.5379 0.4737 -5.0904 28.2820
|
|
115 3 -4.5379 0.7368 -8.2369 24.0536
|
|
115 3 -4.5379 1.0000 -11.4968 20.4775
|
|
|
|
115 4 -3.8929 -4.0000 -65.1231 113.0552
|
|
115 4 -3.8929 -3.7368 -58.7168 114.3693
|
|
115 4 -3.8929 -3.4737 -51.6459 115.2870
|
|
115 4 -3.8929 -3.2105 -43.5164 115.6446
|
|
115 4 -3.8929 -2.9474 -33.9634 114.6120
|
|
115 4 -3.8929 -2.6842 -23.6613 110.7494
|
|
115 4 -3.8929 -2.4211 -14.7078 103.7682
|
|
115 4 -3.8929 -2.1579 -8.4363 95.2626
|
|
115 4 -3.8929 -1.8947 -4.5220 86.7473
|
|
115 4 -3.8929 -1.6316 -2.2438 78.8183
|
|
115 4 -3.8929 -1.3684 -1.0256 71.7432
|
|
115 4 -3.8929 -1.1053 -0.1544 65.5244
|
|
115 4 -3.8929 -0.8421 0.8731 59.5789
|
|
115 4 -3.8929 -0.5789 1.8182 53.1634
|
|
115 4 -3.8929 -0.3158 1.8441 46.1435
|
|
115 4 -3.8929 -0.0526 0.4326 39.2653
|
|
115 4 -3.8929 0.2105 -2.0450 33.2831
|
|
115 4 -3.8929 0.4737 -4.9616 28.2883
|
|
115 4 -3.8929 0.7368 -8.0448 24.0472
|
|
115 4 -3.8929 1.0000 -11.2517 20.4540
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 116 coord.: 0.5000000 0.1666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.622394 meV Im[Sigma]= 68.210885 meV Z= 1.015079 lam= -0.014855
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.103501 meV Im[Sigma]= 57.853078 meV Z= 1.005376 lam= -0.005347
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.340493 meV Im[Sigma]= 120.237321 meV Z= 1.022394 lam= -0.021904
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 72.264879 meV Im[Sigma]= 163.896079 meV Z= 1.043274 lam= -0.041479
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 116 coord.: 0.5000000 0.1666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 116 w = -4.0000 eV A(k,w) = 0.47030E-04 meV^-1
|
|
ik = 116 w = -3.7368 eV A(k,w) = 0.55768E-04 meV^-1
|
|
ik = 116 w = -3.4737 eV A(k,w) = 0.83243E-04 meV^-1
|
|
ik = 116 w = -3.2105 eV A(k,w) = 0.16540E-03 meV^-1
|
|
ik = 116 w = -2.9474 eV A(k,w) = 0.53012E-03 meV^-1
|
|
ik = 116 w = -2.6842 eV A(k,w) = 0.25226E-02 meV^-1
|
|
ik = 116 w = -2.4211 eV A(k,w) = 0.48175E-03 meV^-1
|
|
ik = 116 w = -2.1579 eV A(k,w) = 0.13000E-03 meV^-1
|
|
ik = 116 w = -1.8947 eV A(k,w) = 0.54861E-04 meV^-1
|
|
ik = 116 w = -1.6316 eV A(k,w) = 0.28805E-04 meV^-1
|
|
ik = 116 w = -1.3684 eV A(k,w) = 0.17199E-04 meV^-1
|
|
ik = 116 w = -1.1053 eV A(k,w) = 0.11183E-04 meV^-1
|
|
ik = 116 w = -0.8421 eV A(k,w) = 0.76612E-05 meV^-1
|
|
ik = 116 w = -0.5789 eV A(k,w) = 0.53649E-05 meV^-1
|
|
ik = 116 w = -0.3158 eV A(k,w) = 0.37652E-05 meV^-1
|
|
ik = 116 w = -0.0526 eV A(k,w) = 0.26507E-05 meV^-1
|
|
ik = 116 w = 0.2105 eV A(k,w) = 0.18936E-05 meV^-1
|
|
ik = 116 w = 0.4737 eV A(k,w) = 0.13776E-05 meV^-1
|
|
ik = 116 w = 0.7368 eV A(k,w) = 0.10156E-05 meV^-1
|
|
ik = 116 w = 1.0000 eV A(k,w) = 0.75761E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
116 -4.0000 0.47030E-04
|
|
116 -3.7368 0.55768E-04
|
|
116 -3.4737 0.83243E-04
|
|
116 -3.2105 0.16540E-03
|
|
116 -2.9474 0.53012E-03
|
|
116 -2.6842 0.25226E-02
|
|
116 -2.4211 0.48175E-03
|
|
116 -2.1579 0.13000E-03
|
|
116 -1.8947 0.54861E-04
|
|
116 -1.6316 0.28805E-04
|
|
116 -1.3684 0.17199E-04
|
|
116 -1.1053 0.11183E-04
|
|
116 -0.8421 0.76612E-05
|
|
116 -0.5789 0.53649E-05
|
|
116 -0.3158 0.37652E-05
|
|
116 -0.0526 0.26507E-05
|
|
116 0.2105 0.18936E-05
|
|
116 0.4737 0.13776E-05
|
|
116 0.7368 0.10156E-05
|
|
116 1.0000 0.75761E-06
|
|
116 1 -16.6105 -4.0000 -32.3428 106.6444
|
|
116 1 -16.6105 -3.7368 -26.6735 104.8744
|
|
116 1 -16.6105 -3.4737 -20.9511 102.5581
|
|
116 1 -16.6105 -3.2105 -14.9887 99.7468
|
|
116 1 -16.6105 -2.9474 -8.5382 96.0286
|
|
116 1 -16.6105 -2.6842 -1.9922 90.5316
|
|
116 1 -16.6105 -2.4211 3.2791 83.1100
|
|
116 1 -16.6105 -2.1579 6.4088 74.9052
|
|
116 1 -16.6105 -1.8947 7.6847 67.0126
|
|
116 1 -16.6105 -1.6316 7.7031 59.8684
|
|
116 1 -16.6105 -1.3684 6.9437 53.6166
|
|
116 1 -16.6105 -1.1053 5.9105 48.2223
|
|
116 1 -16.6105 -0.8421 4.9627 43.3094
|
|
116 1 -16.6105 -0.5789 4.0177 38.4032
|
|
116 1 -16.6105 -0.3158 2.6306 33.3658
|
|
116 1 -16.6105 -0.0526 0.5033 28.5667
|
|
116 1 -16.6105 0.2105 -2.1691 24.4113
|
|
116 1 -16.6105 0.4737 -5.0327 20.9460
|
|
116 1 -16.6105 0.7368 -7.9202 18.0310
|
|
116 1 -16.6105 1.0000 -10.7913 15.5849
|
|
|
|
116 2 -10.7517 -4.0000 -34.2676 81.7755
|
|
116 2 -10.7517 -3.7368 -29.8628 81.2979
|
|
116 2 -10.7517 -3.4737 -25.3305 80.4856
|
|
116 2 -10.7517 -3.2105 -20.4313 79.3734
|
|
116 2 -10.7517 -2.9474 -14.8650 77.5473
|
|
116 2 -10.7517 -2.6842 -8.9445 74.1353
|
|
116 2 -10.7517 -2.4211 -3.9170 68.9159
|
|
116 2 -10.7517 -2.1579 -0.6113 62.8574
|
|
116 2 -10.7517 -1.8947 1.1824 56.9150
|
|
116 2 -10.7517 -1.6316 1.9463 51.4639
|
|
116 2 -10.7517 -1.3684 2.0634 46.6499
|
|
116 2 -10.7517 -1.1053 1.9801 42.4618
|
|
116 2 -10.7517 -0.8421 2.0209 38.5392
|
|
116 2 -10.7517 -0.5789 2.0640 34.4128
|
|
116 2 -10.7517 -0.3158 1.6127 29.9689
|
|
116 2 -10.7517 -0.0526 0.3411 25.6313
|
|
116 2 -10.7517 0.2105 -1.5447 21.8473
|
|
116 2 -10.7517 0.4737 -3.6769 18.6737
|
|
116 2 -10.7517 0.7368 -5.8949 15.9738
|
|
116 2 -10.7517 1.0000 -8.1706 13.6862
|
|
|
|
116 3 -5.2472 -4.0000 -58.5130 109.5736
|
|
116 3 -5.2472 -3.7368 -52.0696 110.3224
|
|
116 3 -5.2472 -3.4737 -45.1867 110.5030
|
|
116 3 -5.2472 -3.2105 -37.5733 110.1140
|
|
116 3 -5.2472 -2.9474 -28.8435 108.5222
|
|
116 3 -5.2472 -2.6842 -19.5167 104.4420
|
|
116 3 -5.2472 -2.4211 -11.4631 97.5738
|
|
116 3 -5.2472 -2.1579 -5.9079 89.3548
|
|
116 3 -5.2472 -1.8947 -2.5596 81.1841
|
|
116 3 -5.2472 -1.6316 -0.7382 73.6267
|
|
116 3 -5.2472 -1.3684 0.1159 66.9238
|
|
116 3 -5.2472 -1.1053 0.6733 61.0563
|
|
116 3 -5.2472 -0.8421 1.3946 55.4711
|
|
116 3 -5.2472 -0.5789 2.0560 49.4808
|
|
116 3 -5.2472 -0.3158 1.8923 42.9589
|
|
116 3 -5.2472 -0.0526 0.4289 36.5804
|
|
116 3 -5.2472 0.2105 -2.0004 31.0318
|
|
116 3 -5.2472 0.4737 -4.8256 26.3991
|
|
116 3 -5.2472 0.7368 -7.7947 22.4712
|
|
116 3 -5.2472 1.0000 -10.8640 19.1492
|
|
|
|
116 4 -2.6593 -4.0000 -74.6776 132.0256
|
|
116 4 -2.6593 -3.7368 -66.5860 133.0500
|
|
116 4 -2.6593 -3.4737 -58.0213 133.3908
|
|
116 4 -2.6593 -3.2105 -48.5931 133.0530
|
|
116 4 -2.6593 -2.9474 -37.8273 131.2518
|
|
116 4 -2.6593 -2.6842 -26.3721 126.4429
|
|
116 4 -2.6593 -2.4211 -16.4687 118.3025
|
|
116 4 -2.6593 -2.1579 -9.5471 108.5564
|
|
116 4 -2.6593 -1.8947 -5.2498 98.8523
|
|
116 4 -2.6593 -1.6316 -2.7786 89.8569
|
|
116 4 -2.6593 -1.3684 -1.4703 81.8721
|
|
116 4 -2.6593 -1.1053 -0.5032 74.8835
|
|
116 4 -2.6593 -0.8421 0.6979 68.2054
|
|
116 4 -2.6593 -0.5789 1.8544 60.9655
|
|
116 4 -2.6593 -0.3158 1.9874 52.9908
|
|
116 4 -2.6593 -0.0526 0.4757 45.1367
|
|
116 4 -2.6593 0.2105 -2.2678 38.2813
|
|
116 4 -2.6593 0.4737 -5.5280 32.5370
|
|
116 4 -2.6593 0.7368 -8.9982 27.6426
|
|
116 4 -2.6593 1.0000 -12.6308 23.4883
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 117 coord.: 0.5000000 0.1666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.836353 meV Im[Sigma]= 72.505733 meV Z= 1.014393 lam= -0.014189
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.613634 meV Im[Sigma]= 50.530154 meV Z= 0.996385 lam= 0.003628
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.879716 meV Im[Sigma]= 87.563638 meV Z= 1.015486 lam= -0.015250
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.626444 meV Im[Sigma]= 143.147340 meV Z= 1.024969 lam= -0.024360
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 117 coord.: 0.5000000 0.1666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 117 w = -4.0000 eV A(k,w) = 0.26631E-02 meV^-1
|
|
ik = 117 w = -3.7368 eV A(k,w) = 0.41893E-03 meV^-1
|
|
ik = 117 w = -3.4737 eV A(k,w) = 0.12973E-03 meV^-1
|
|
ik = 117 w = -3.2105 eV A(k,w) = 0.62224E-04 meV^-1
|
|
ik = 117 w = -2.9474 eV A(k,w) = 0.36451E-04 meV^-1
|
|
ik = 117 w = -2.6842 eV A(k,w) = 0.23498E-04 meV^-1
|
|
ik = 117 w = -2.4211 eV A(k,w) = 0.15839E-04 meV^-1
|
|
ik = 117 w = -2.1579 eV A(k,w) = 0.11006E-04 meV^-1
|
|
ik = 117 w = -1.8947 eV A(k,w) = 0.78769E-05 meV^-1
|
|
ik = 117 w = -1.6316 eV A(k,w) = 0.57931E-05 meV^-1
|
|
ik = 117 w = -1.3684 eV A(k,w) = 0.43700E-05 meV^-1
|
|
ik = 117 w = -1.1053 eV A(k,w) = 0.33723E-05 meV^-1
|
|
ik = 117 w = -0.8421 eV A(k,w) = 0.26336E-05 meV^-1
|
|
ik = 117 w = -0.5789 eV A(k,w) = 0.20466E-05 meV^-1
|
|
ik = 117 w = -0.3158 eV A(k,w) = 0.15648E-05 meV^-1
|
|
ik = 117 w = -0.0526 eV A(k,w) = 0.11841E-05 meV^-1
|
|
ik = 117 w = 0.2105 eV A(k,w) = 0.89962E-06 meV^-1
|
|
ik = 117 w = 0.4737 eV A(k,w) = 0.69022E-06 meV^-1
|
|
ik = 117 w = 0.7368 eV A(k,w) = 0.53312E-06 meV^-1
|
|
ik = 117 w = 1.0000 eV A(k,w) = 0.41450E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
117 -4.0000 0.26631E-02
|
|
117 -3.7368 0.41893E-03
|
|
117 -3.4737 0.12973E-03
|
|
117 -3.2105 0.62224E-04
|
|
117 -2.9474 0.36451E-04
|
|
117 -2.6842 0.23498E-04
|
|
117 -2.4211 0.15839E-04
|
|
117 -2.1579 0.11006E-04
|
|
117 -1.8947 0.78769E-05
|
|
117 -1.6316 0.57931E-05
|
|
117 -1.3684 0.43700E-05
|
|
117 -1.1053 0.33723E-05
|
|
117 -0.8421 0.26336E-05
|
|
117 -0.5789 0.20466E-05
|
|
117 -0.3158 0.15648E-05
|
|
117 -0.0526 0.11841E-05
|
|
117 0.2105 0.89962E-06
|
|
117 0.4737 0.69022E-06
|
|
117 0.7368 0.53312E-06
|
|
117 1.0000 0.41450E-06
|
|
117 1 -16.2688 -4.0000 -31.9773 105.3333
|
|
117 1 -16.2688 -3.7368 -26.5233 103.5720
|
|
117 1 -16.2688 -3.4737 -20.9895 101.3177
|
|
117 1 -16.2688 -3.2105 -15.1902 98.5960
|
|
117 1 -16.2688 -2.9474 -8.8826 94.9954
|
|
117 1 -16.2688 -2.6842 -2.4486 89.6422
|
|
117 1 -16.2688 -2.4211 2.7463 82.3775
|
|
117 1 -16.2688 -2.1579 5.8314 74.3357
|
|
117 1 -16.2688 -1.8947 7.0974 66.6096
|
|
117 1 -16.2688 -1.6316 7.1436 59.6225
|
|
117 1 -16.2688 -1.3684 6.4400 53.5079
|
|
117 1 -16.2688 -1.1053 5.4835 48.2309
|
|
117 1 -16.2688 -0.8421 4.6327 43.4125
|
|
117 1 -16.2688 -0.5789 3.8001 38.5677
|
|
117 1 -16.2688 -0.3158 2.5234 33.5526
|
|
117 1 -16.2688 -0.0526 0.4875 28.7482
|
|
117 1 -16.2688 0.2105 -2.1129 24.5751
|
|
117 1 -16.2688 0.4737 -4.9191 21.0847
|
|
117 1 -16.2688 0.7368 -7.7640 18.1389
|
|
117 1 -16.2688 1.0000 -10.6081 15.6618
|
|
|
|
117 2 -8.9488 -4.0000 -44.8686 93.7836
|
|
117 2 -8.9488 -3.7368 -39.7907 93.8313
|
|
117 2 -8.9488 -3.4737 -34.3929 93.5558
|
|
117 2 -8.9488 -3.2105 -28.3679 92.9196
|
|
117 2 -8.9488 -2.9474 -21.3747 91.3472
|
|
117 2 -8.9488 -2.6842 -13.8495 87.7325
|
|
117 2 -8.9488 -2.4211 -7.3702 81.8020
|
|
117 2 -8.9488 -2.1579 -2.9835 74.7564
|
|
117 2 -8.9488 -1.8947 -0.4497 67.7810
|
|
117 2 -8.9488 -1.6316 0.8123 61.3517
|
|
117 2 -8.9488 -1.3684 1.2740 55.6589
|
|
117 2 -8.9488 -1.1053 1.4841 50.6843
|
|
117 2 -8.9488 -0.8421 1.8227 45.9821
|
|
117 2 -8.9488 -0.5789 2.1202 40.9943
|
|
117 2 -8.9488 -0.3158 1.7676 35.6108
|
|
117 2 -8.9488 -0.0526 0.3844 30.3662
|
|
117 2 -8.9488 0.2105 -1.7615 25.8073
|
|
117 2 -8.9488 0.4737 -4.2129 21.9993
|
|
117 2 -8.9488 0.7368 -6.7685 18.7698
|
|
117 2 -8.9488 1.0000 -9.3941 16.0375
|
|
|
|
117 3 -6.9060 -4.0000 -44.9083 89.3946
|
|
117 3 -6.9060 -3.7368 -40.0541 89.8066
|
|
117 3 -6.9060 -3.4737 -34.7903 89.8566
|
|
117 3 -6.9060 -3.2105 -28.8800 89.4748
|
|
117 3 -6.9060 -2.9474 -22.0481 88.1313
|
|
117 3 -6.9060 -2.6842 -14.7233 84.8033
|
|
117 3 -6.9060 -2.4211 -8.4038 79.2511
|
|
117 3 -6.9060 -2.1579 -4.0708 72.6262
|
|
117 3 -6.9060 -1.8947 -1.4845 66.0448
|
|
117 3 -6.9060 -1.6316 -0.1029 59.9432
|
|
117 3 -6.9060 -1.3684 0.5013 54.5102
|
|
117 3 -6.9060 -1.1053 0.8542 49.7498
|
|
117 3 -6.9060 -0.8421 1.3396 45.2327
|
|
117 3 -6.9060 -0.5789 1.7933 40.3980
|
|
117 3 -6.9060 -0.3158 1.5969 35.1291
|
|
117 3 -6.9060 -0.0526 0.3575 29.9680
|
|
117 3 -6.9060 0.2105 -1.6588 25.4719
|
|
117 3 -6.9060 0.4737 -3.9918 21.7103
|
|
117 3 -6.9060 0.7368 -6.4417 18.5116
|
|
117 3 -6.9060 1.0000 -8.9771 15.7991
|
|
|
|
117 4 -3.9563 -4.0000 -63.2239 116.4539
|
|
117 4 -3.9563 -3.7368 -56.6466 117.3187
|
|
117 4 -3.9563 -3.4737 -49.5019 117.7472
|
|
117 4 -3.9563 -3.2105 -41.4145 117.6286
|
|
117 4 -3.9563 -2.9474 -31.9958 116.1849
|
|
117 4 -3.9563 -2.6842 -21.8684 111.9939
|
|
117 4 -3.9563 -2.4211 -13.0929 104.7433
|
|
117 4 -3.9563 -2.1579 -7.0047 95.9995
|
|
117 4 -3.9563 -1.8947 -3.2935 87.2793
|
|
117 4 -3.9563 -1.6316 -1.2303 79.1926
|
|
117 4 -3.9563 -1.3684 -0.2227 72.0035
|
|
117 4 -3.9563 -1.1053 0.4451 65.7065
|
|
117 4 -3.9563 -0.8421 1.2794 59.7214
|
|
117 4 -3.9563 -0.5789 2.0569 53.3039
|
|
117 4 -3.9563 -0.3158 1.9538 46.3030
|
|
117 4 -3.9563 -0.0526 0.4484 39.4433
|
|
117 4 -3.9563 0.2105 -2.1024 33.4689
|
|
117 4 -3.9563 0.4737 -5.0839 28.4726
|
|
117 4 -3.9563 0.7368 -8.2287 24.2262
|
|
117 4 -3.9563 1.0000 -11.4937 20.6280
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 118 coord.: 0.5000000 0.1666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.507250 meV Im[Sigma]= 56.053403 meV Z= 1.000150 lam= -0.000150
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.769375 meV Im[Sigma]= 57.168246 meV Z= 1.000424 lam= -0.000424
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -11.406603 meV Im[Sigma]= 84.737343 meV Z= 1.018885 lam= -0.018535
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.762720 meV Im[Sigma]= 78.309809 meV Z= 1.002730 lam= -0.002723
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 118 coord.: 0.5000000 0.1666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 118 w = -4.0000 eV A(k,w) = 0.10692E-04 meV^-1
|
|
ik = 118 w = -3.7368 eV A(k,w) = 0.87798E-05 meV^-1
|
|
ik = 118 w = -3.4737 eV A(k,w) = 0.73519E-05 meV^-1
|
|
ik = 118 w = -3.2105 eV A(k,w) = 0.62394E-05 meV^-1
|
|
ik = 118 w = -2.9474 eV A(k,w) = 0.53157E-05 meV^-1
|
|
ik = 118 w = -2.6842 eV A(k,w) = 0.44779E-05 meV^-1
|
|
ik = 118 w = -2.4211 eV A(k,w) = 0.36993E-05 meV^-1
|
|
ik = 118 w = -2.1579 eV A(k,w) = 0.30209E-05 meV^-1
|
|
ik = 118 w = -1.8947 eV A(k,w) = 0.24651E-05 meV^-1
|
|
ik = 118 w = -1.6316 eV A(k,w) = 0.20198E-05 meV^-1
|
|
ik = 118 w = -1.3684 eV A(k,w) = 0.16671E-05 meV^-1
|
|
ik = 118 w = -1.1053 eV A(k,w) = 0.13881E-05 meV^-1
|
|
ik = 118 w = -0.8421 eV A(k,w) = 0.11567E-05 meV^-1
|
|
ik = 118 w = -0.5789 eV A(k,w) = 0.95062E-06 meV^-1
|
|
ik = 118 w = -0.3158 eV A(k,w) = 0.76307E-06 meV^-1
|
|
ik = 118 w = -0.0526 eV A(k,w) = 0.60262E-06 meV^-1
|
|
ik = 118 w = 0.2105 eV A(k,w) = 0.47556E-06 meV^-1
|
|
ik = 118 w = 0.4737 eV A(k,w) = 0.37738E-06 meV^-1
|
|
ik = 118 w = 0.7368 eV A(k,w) = 0.30032E-06 meV^-1
|
|
ik = 118 w = 1.0000 eV A(k,w) = 0.23976E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
118 -4.0000 0.10692E-04
|
|
118 -3.7368 0.87798E-05
|
|
118 -3.4737 0.73519E-05
|
|
118 -3.2105 0.62394E-05
|
|
118 -2.9474 0.53157E-05
|
|
118 -2.6842 0.44779E-05
|
|
118 -2.4211 0.36993E-05
|
|
118 -2.1579 0.30209E-05
|
|
118 -1.8947 0.24651E-05
|
|
118 -1.6316 0.20198E-05
|
|
118 -1.3684 0.16671E-05
|
|
118 -1.1053 0.13881E-05
|
|
118 -0.8421 0.11567E-05
|
|
118 -0.5789 0.95062E-06
|
|
118 -0.3158 0.76307E-06
|
|
118 -0.0526 0.60262E-06
|
|
118 0.2105 0.47556E-06
|
|
118 0.4737 0.37738E-06
|
|
118 0.7368 0.30032E-06
|
|
118 1.0000 0.23976E-06
|
|
118 1 -14.5793 -4.0000 -33.5481 97.9957
|
|
118 1 -14.5793 -3.7368 -28.5009 96.7113
|
|
118 1 -14.5793 -3.4737 -23.3463 95.0044
|
|
118 1 -14.5793 -3.2105 -17.8686 92.9096
|
|
118 1 -14.5793 -2.9474 -11.7851 90.0025
|
|
118 1 -14.5793 -2.6842 -5.4535 85.3763
|
|
118 1 -14.5793 -2.4211 -0.2313 78.8330
|
|
118 1 -14.5793 -2.1579 2.9998 71.4683
|
|
118 1 -14.5793 -1.8947 4.5057 64.3487
|
|
118 1 -14.5793 -1.6316 4.8572 57.8869
|
|
118 1 -14.5793 -1.3684 4.5033 52.2186
|
|
118 1 -14.5793 -1.1053 3.9321 47.3098
|
|
118 1 -14.5793 -0.8421 3.4926 42.7704
|
|
118 1 -14.5793 -0.5789 3.0698 38.1042
|
|
118 1 -14.5793 -0.3158 2.1627 33.1772
|
|
118 1 -14.5793 -0.0526 0.4333 28.4074
|
|
118 1 -14.5793 0.2105 -1.9142 24.2497
|
|
118 1 -14.5793 0.4737 -4.5029 20.7651
|
|
118 1 -14.5793 0.7368 -7.1601 17.8148
|
|
118 1 -14.5793 1.0000 -9.8464 15.3282
|
|
|
|
118 2 -10.2664 -4.0000 -43.5262 92.6283
|
|
118 2 -10.2664 -3.7368 -38.4470 92.6567
|
|
118 2 -10.2664 -3.4737 -33.0530 92.3022
|
|
118 2 -10.2664 -3.2105 -27.0851 91.5285
|
|
118 2 -10.2664 -2.9474 -20.2501 89.8106
|
|
118 2 -10.2664 -2.6842 -12.9697 86.1276
|
|
118 2 -10.2664 -2.4211 -6.7391 80.2418
|
|
118 2 -10.2664 -2.1579 -2.5407 73.3111
|
|
118 2 -10.2664 -1.8947 -0.1315 66.4664
|
|
118 2 -10.2664 -1.6316 1.0483 60.1571
|
|
118 2 -10.2664 -1.3684 1.4484 54.5665
|
|
118 2 -10.2664 -1.1053 1.5992 49.6833
|
|
118 2 -10.2664 -0.8421 1.8777 45.0784
|
|
118 2 -10.2664 -0.5789 2.1266 40.2040
|
|
118 2 -10.2664 -0.3158 1.7538 34.9425
|
|
118 2 -10.2664 -0.0526 0.3801 29.8093
|
|
118 2 -10.2664 0.2105 -1.7405 25.3403
|
|
118 2 -10.2664 0.4737 -4.1636 21.6044
|
|
118 2 -10.2664 0.7368 -6.6910 18.4372
|
|
118 2 -10.2664 1.0000 -9.2860 15.7600
|
|
|
|
118 3 -7.2955 -4.0000 -44.0184 86.1682
|
|
118 3 -7.2955 -3.7368 -39.2682 86.7562
|
|
118 3 -7.2955 -3.4737 -34.0593 86.9176
|
|
118 3 -7.2955 -3.2105 -28.2258 86.5656
|
|
118 3 -7.2955 -2.9474 -21.5652 85.2215
|
|
118 3 -7.2955 -2.6842 -14.5056 81.9693
|
|
118 3 -7.2955 -2.4211 -8.4456 76.6260
|
|
118 3 -7.2955 -2.1579 -4.2775 70.2902
|
|
118 3 -7.2955 -1.8947 -1.7557 64.0004
|
|
118 3 -7.2955 -1.6316 -0.3728 58.1526
|
|
118 3 -7.2955 -1.3684 0.2621 52.9261
|
|
118 3 -7.2955 -1.1053 0.6455 48.3371
|
|
118 3 -7.2955 -0.8421 1.1544 43.9830
|
|
118 3 -7.2955 -0.5789 1.6404 39.3159
|
|
118 3 -7.2955 -0.3158 1.4997 34.2119
|
|
118 3 -7.2955 -0.0526 0.3396 29.1979
|
|
118 3 -7.2955 0.2105 -1.5842 24.8231
|
|
118 3 -7.2955 0.4737 -3.8224 21.1580
|
|
118 3 -7.2955 0.7368 -6.1812 18.0365
|
|
118 3 -7.2955 1.0000 -8.6307 15.3868
|
|
|
|
118 4 -5.9070 -4.0000 -50.1131 87.0120
|
|
118 4 -5.9070 -3.7368 -45.3589 88.0915
|
|
118 4 -5.9070 -3.4737 -40.0532 88.8526
|
|
118 4 -5.9070 -3.2105 -33.9543 89.1580
|
|
118 4 -5.9070 -2.9474 -26.8101 88.4364
|
|
118 4 -5.9070 -2.6842 -19.0765 85.6339
|
|
118 4 -5.9070 -2.4211 -12.2958 80.4941
|
|
118 4 -5.9070 -2.1579 -7.4851 74.1836
|
|
118 4 -5.9070 -1.8947 -4.4132 67.8326
|
|
118 4 -5.9070 -1.6316 -2.5528 61.8772
|
|
118 4 -5.9070 -1.3684 -1.4966 56.5265
|
|
118 4 -5.9070 -1.1053 -0.7037 51.8092
|
|
118 4 -5.9070 -0.8421 0.2363 47.2781
|
|
118 4 -5.9070 -0.5789 1.1399 42.3245
|
|
118 4 -5.9070 -0.3158 1.3146 36.8270
|
|
118 4 -5.9070 -0.0526 0.3214 31.3974
|
|
118 4 -5.9070 0.2105 -1.5429 26.6595
|
|
118 4 -5.9070 0.4737 -3.7689 22.6898
|
|
118 4 -5.9070 0.7368 -6.1433 19.2983
|
|
118 4 -5.9070 1.0000 -8.6413 16.4080
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 119 coord.: 0.5000000 0.1666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.0052 eV Re[Sigma]= -24.871148 meV Im[Sigma]= 79.955504 meV Z= 1.015946 lam= -0.015696
|
|
E( 2 )= -11.7636 eV Re[Sigma]= -23.492521 meV Im[Sigma]= 75.575270 meV Z= 1.006779 lam= -0.006733
|
|
E( 3 )= -8.4117 eV Re[Sigma]= -8.339470 meV Im[Sigma]= 41.486970 meV Z= 0.992729 lam= 0.007325
|
|
E( 4 )= -7.0563 eV Re[Sigma]= -3.462831 meV Im[Sigma]= 78.068129 meV Z= 1.016948 lam= -0.016665
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 119 coord.: 0.5000000 0.1666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 119 w = -4.0000 eV A(k,w) = 0.47902E-05 meV^-1
|
|
ik = 119 w = -3.7368 eV A(k,w) = 0.42406E-05 meV^-1
|
|
ik = 119 w = -3.4737 eV A(k,w) = 0.37738E-05 meV^-1
|
|
ik = 119 w = -3.2105 eV A(k,w) = 0.33671E-05 meV^-1
|
|
ik = 119 w = -2.9474 eV A(k,w) = 0.29914E-05 meV^-1
|
|
ik = 119 w = -2.6842 eV A(k,w) = 0.26124E-05 meV^-1
|
|
ik = 119 w = -2.4211 eV A(k,w) = 0.22278E-05 meV^-1
|
|
ik = 119 w = -2.1579 eV A(k,w) = 0.18718E-05 meV^-1
|
|
ik = 119 w = -1.8947 eV A(k,w) = 0.15669E-05 meV^-1
|
|
ik = 119 w = -1.6316 eV A(k,w) = 0.13136E-05 meV^-1
|
|
ik = 119 w = -1.3684 eV A(k,w) = 0.11065E-05 meV^-1
|
|
ik = 119 w = -1.1053 eV A(k,w) = 0.93800E-06 meV^-1
|
|
ik = 119 w = -0.8421 eV A(k,w) = 0.79460E-06 meV^-1
|
|
ik = 119 w = -0.5789 eV A(k,w) = 0.66326E-06 meV^-1
|
|
ik = 119 w = -0.3158 eV A(k,w) = 0.54049E-06 meV^-1
|
|
ik = 119 w = -0.0526 eV A(k,w) = 0.43305E-06 meV^-1
|
|
ik = 119 w = 0.2105 eV A(k,w) = 0.34638E-06 meV^-1
|
|
ik = 119 w = 0.4737 eV A(k,w) = 0.27835E-06 meV^-1
|
|
ik = 119 w = 0.7368 eV A(k,w) = 0.22421E-06 meV^-1
|
|
ik = 119 w = 1.0000 eV A(k,w) = 0.18112E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
119 -4.0000 0.47902E-05
|
|
119 -3.7368 0.42406E-05
|
|
119 -3.4737 0.37738E-05
|
|
119 -3.2105 0.33671E-05
|
|
119 -2.9474 0.29914E-05
|
|
119 -2.6842 0.26124E-05
|
|
119 -2.4211 0.22278E-05
|
|
119 -2.1579 0.18718E-05
|
|
119 -1.8947 0.15669E-05
|
|
119 -1.6316 0.13136E-05
|
|
119 -1.3684 0.11065E-05
|
|
119 -1.1053 0.93800E-06
|
|
119 -0.8421 0.79460E-06
|
|
119 -0.5789 0.66326E-06
|
|
119 -0.3158 0.54049E-06
|
|
119 -0.0526 0.43305E-06
|
|
119 0.2105 0.34638E-06
|
|
119 0.4737 0.27835E-06
|
|
119 0.7368 0.22421E-06
|
|
119 1.0000 0.18112E-06
|
|
119 1 -12.0052 -4.0000 -41.1013 98.9788
|
|
119 1 -12.0052 -3.7368 -35.7165 98.4175
|
|
119 1 -12.0052 -3.4737 -30.0936 97.3928
|
|
119 1 -12.0052 -3.2105 -24.0195 95.8983
|
|
119 1 -12.0052 -2.9474 -17.2233 93.4644
|
|
119 1 -12.0052 -2.6842 -10.1099 89.1253
|
|
119 1 -12.0052 -2.4211 -4.1365 82.6759
|
|
119 1 -12.0052 -2.1579 -0.2434 75.2814
|
|
119 1 -12.0052 -1.8947 1.8438 68.0630
|
|
119 1 -12.0052 -1.6316 2.7048 61.4522
|
|
119 1 -12.0052 -1.3684 2.7916 55.6131
|
|
119 1 -12.0052 -1.1053 2.6281 50.5332
|
|
119 1 -12.0052 -0.8421 2.6001 45.7930
|
|
119 1 -12.0052 -0.5789 2.5736 40.8414
|
|
119 1 -12.0052 -0.3158 1.9725 35.5380
|
|
119 1 -12.0052 -0.0526 0.4134 30.3724
|
|
119 1 -12.0052 0.2105 -1.8653 25.8681
|
|
119 1 -12.0052 0.4737 -4.4327 22.0939
|
|
119 1 -12.0052 0.7368 -7.0966 18.8911
|
|
119 1 -12.0052 1.0000 -9.8190 16.1847
|
|
|
|
119 2 -11.7636 -4.0000 -41.8874 101.8430
|
|
119 2 -11.7636 -3.7368 -36.5060 101.1982
|
|
119 2 -11.7636 -3.4737 -30.8987 100.1856
|
|
119 2 -11.7636 -3.2105 -24.7592 98.7965
|
|
119 2 -11.7636 -2.9474 -17.7424 96.4706
|
|
119 2 -11.7636 -2.6842 -10.2871 92.1091
|
|
119 2 -11.7636 -2.4211 -3.9815 85.4597
|
|
119 2 -11.7636 -2.1579 0.1359 77.7552
|
|
119 2 -11.7636 -1.8947 2.3281 70.2018
|
|
119 2 -11.7636 -1.6316 3.2039 63.2835
|
|
119 2 -11.7636 -1.3684 3.2572 57.1852
|
|
119 2 -11.7636 -1.1053 3.0470 51.8810
|
|
119 2 -11.7636 -0.8421 2.9602 46.9270
|
|
119 2 -11.7636 -0.5789 2.8467 41.7721
|
|
119 2 -11.7636 -0.3158 2.1299 36.2925
|
|
119 2 -11.7636 -0.0526 0.4402 30.9859
|
|
119 2 -11.7636 0.2105 -1.9724 26.3738
|
|
119 2 -11.7636 0.4737 -4.6695 22.5214
|
|
119 2 -11.7636 0.7368 -7.4517 19.2649
|
|
119 2 -11.7636 1.0000 -10.2771 16.5207
|
|
|
|
119 3 -8.4117 -4.0000 -35.1622 69.9973
|
|
119 3 -8.4117 -3.7368 -31.5451 70.5032
|
|
119 3 -8.4117 -3.4737 -27.4921 70.7204
|
|
119 3 -8.4117 -3.2105 -22.8737 70.5343
|
|
119 3 -8.4117 -2.9474 -17.5386 69.5466
|
|
119 3 -8.4117 -2.6842 -11.8303 66.9983
|
|
119 3 -8.4117 -2.4211 -6.9059 62.7157
|
|
119 3 -8.4117 -2.1579 -3.5208 57.6050
|
|
119 3 -8.4117 -1.8947 -1.4649 52.5307
|
|
119 3 -8.4117 -1.6316 -0.3127 47.7998
|
|
119 3 -8.4117 -1.3684 0.2362 43.5425
|
|
119 3 -8.4117 -1.1053 0.5671 39.7825
|
|
119 3 -8.4117 -0.8421 0.9866 36.2058
|
|
119 3 -8.4117 -0.5789 1.3782 32.3704
|
|
119 3 -8.4117 -0.3158 1.2500 28.1764
|
|
119 3 -8.4117 -0.0526 0.2821 24.0575
|
|
119 3 -8.4117 0.2105 -1.3135 20.4645
|
|
119 3 -8.4117 0.4737 -3.1670 17.4541
|
|
119 3 -8.4117 0.7368 -5.1194 14.8890
|
|
119 3 -8.4117 1.0000 -7.1470 12.7105
|
|
|
|
119 4 -7.0563 -4.0000 -42.9549 79.8754
|
|
119 4 -7.0563 -3.7368 -38.7653 80.7578
|
|
119 4 -7.0563 -3.4737 -34.0176 81.3069
|
|
119 4 -7.0563 -3.2105 -28.5588 81.3708
|
|
119 4 -7.0563 -2.9474 -22.2247 80.4652
|
|
119 4 -7.0563 -2.6842 -15.4404 77.7038
|
|
119 4 -7.0563 -2.4211 -9.5611 72.9009
|
|
119 4 -7.0563 -2.1579 -5.4559 67.1134
|
|
119 4 -7.0563 -1.8947 -2.8833 61.3350
|
|
119 4 -7.0563 -1.6316 -1.3630 55.9218
|
|
119 4 -7.0563 -1.3684 -0.5526 51.0374
|
|
119 4 -7.0563 -1.1053 0.0037 46.7166
|
|
119 4 -7.0563 -0.8421 0.6706 42.5871
|
|
119 4 -7.0563 -0.5789 1.3070 38.1189
|
|
119 4 -7.0563 -0.3158 1.3169 33.1915
|
|
119 4 -7.0563 -0.0526 0.3092 28.3296
|
|
119 4 -7.0563 0.2105 -1.4634 24.0807
|
|
119 4 -7.0563 0.4737 -3.5566 20.5166
|
|
119 4 -7.0563 0.7368 -5.7806 17.4750
|
|
119 4 -7.0563 1.0000 -8.1073 14.8895
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 120 coord.: 0.5000000 0.1666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.865717 meV Im[Sigma]= 61.529493 meV Z= 1.001109 lam= -0.001108
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.502042 meV Im[Sigma]= 67.453411 meV Z= 1.010418 lam= -0.010311
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -19.378302 meV Im[Sigma]= 76.057828 meV Z= 1.006225 lam= -0.006186
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 2.810748 meV Im[Sigma]= 109.183507 meV Z= 1.020288 lam= -0.019885
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 120 coord.: 0.5000000 0.1666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 120 w = -4.0000 eV A(k,w) = 0.21212E-04 meV^-1
|
|
ik = 120 w = -3.7368 eV A(k,w) = 0.15493E-04 meV^-1
|
|
ik = 120 w = -3.4737 eV A(k,w) = 0.11871E-04 meV^-1
|
|
ik = 120 w = -3.2105 eV A(k,w) = 0.94004E-05 meV^-1
|
|
ik = 120 w = -2.9474 eV A(k,w) = 0.75794E-05 meV^-1
|
|
ik = 120 w = -2.6842 eV A(k,w) = 0.61059E-05 meV^-1
|
|
ik = 120 w = -2.4211 eV A(k,w) = 0.48607E-05 meV^-1
|
|
ik = 120 w = -2.1579 eV A(k,w) = 0.38470E-05 meV^-1
|
|
ik = 120 w = -1.8947 eV A(k,w) = 0.30565E-05 meV^-1
|
|
ik = 120 w = -1.6316 eV A(k,w) = 0.24477E-05 meV^-1
|
|
ik = 120 w = -1.3684 eV A(k,w) = 0.19806E-05 meV^-1
|
|
ik = 120 w = -1.1053 eV A(k,w) = 0.16206E-05 meV^-1
|
|
ik = 120 w = -0.8421 eV A(k,w) = 0.13302E-05 meV^-1
|
|
ik = 120 w = -0.5789 eV A(k,w) = 0.10791E-05 meV^-1
|
|
ik = 120 w = -0.3158 eV A(k,w) = 0.85685E-06 meV^-1
|
|
ik = 120 w = -0.0526 eV A(k,w) = 0.67047E-06 meV^-1
|
|
ik = 120 w = 0.2105 eV A(k,w) = 0.52487E-06 meV^-1
|
|
ik = 120 w = 0.4737 eV A(k,w) = 0.41359E-06 meV^-1
|
|
ik = 120 w = 0.7368 eV A(k,w) = 0.32719E-06 meV^-1
|
|
ik = 120 w = 1.0000 eV A(k,w) = 0.25995E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
120 -4.0000 0.21212E-04
|
|
120 -3.7368 0.15493E-04
|
|
120 -3.4737 0.11871E-04
|
|
120 -3.2105 0.94004E-05
|
|
120 -2.9474 0.75794E-05
|
|
120 -2.6842 0.61059E-05
|
|
120 -2.4211 0.48607E-05
|
|
120 -2.1579 0.38470E-05
|
|
120 -1.8947 0.30565E-05
|
|
120 -1.6316 0.24477E-05
|
|
120 -1.3684 0.19806E-05
|
|
120 -1.1053 0.16206E-05
|
|
120 -0.8421 0.13302E-05
|
|
120 -0.5789 0.10791E-05
|
|
120 -0.3158 0.85685E-06
|
|
120 -0.0526 0.67047E-06
|
|
120 0.2105 0.52487E-06
|
|
120 0.4737 0.41359E-06
|
|
120 0.7368 0.32719E-06
|
|
120 1.0000 0.25995E-06
|
|
120 1 -13.5072 -4.0000 -39.9482 110.5931
|
|
120 1 -13.5072 -3.7368 -33.8354 109.2206
|
|
120 1 -13.5072 -3.4737 -27.6829 107.3055
|
|
120 1 -13.5072 -3.2105 -21.2212 104.9565
|
|
120 1 -13.5072 -2.9474 -14.0703 101.6923
|
|
120 1 -13.5072 -2.6842 -6.6253 96.4408
|
|
120 1 -13.5072 -2.4211 -0.4558 88.9571
|
|
120 1 -13.5072 -2.1579 3.4096 80.4915
|
|
120 1 -13.5072 -1.8947 5.2507 72.2745
|
|
120 1 -13.5072 -1.6316 5.7085 64.8099
|
|
120 1 -13.5072 -1.3684 5.3154 58.2817
|
|
120 1 -13.5072 -1.1053 4.6533 52.6490
|
|
120 1 -13.5072 -0.8421 4.1202 47.4597
|
|
120 1 -13.5072 -0.5789 3.5823 42.1613
|
|
120 1 -13.5072 -0.3158 2.4905 36.6196
|
|
120 1 -13.5072 -0.0526 0.4939 31.2995
|
|
120 1 -13.5072 0.2105 -2.1667 26.6894
|
|
120 1 -13.5072 0.4737 -5.0716 22.8428
|
|
120 1 -13.5072 0.7368 -8.0306 19.5953
|
|
120 1 -13.5072 1.0000 -11.0051 16.8602
|
|
|
|
120 2 -11.9153 -4.0000 -30.5135 71.4991
|
|
120 2 -11.9153 -3.7368 -26.9482 71.4511
|
|
120 2 -11.9153 -3.4737 -23.0666 71.1150
|
|
120 2 -11.9153 -3.2105 -18.7277 70.4150
|
|
120 2 -11.9153 -2.9474 -13.7709 68.9823
|
|
120 2 -11.9153 -2.6842 -8.5127 66.1026
|
|
120 2 -11.9153 -2.4211 -4.0407 61.6150
|
|
120 2 -11.9153 -2.1579 -1.0667 56.3779
|
|
120 2 -11.9153 -1.8947 0.6065 51.2187
|
|
120 2 -11.9153 -1.6316 1.3938 46.4427
|
|
120 2 -11.9153 -1.3684 1.5968 42.1739
|
|
120 2 -11.9153 -1.1053 1.5883 38.4327
|
|
120 2 -11.9153 -0.8421 1.6696 34.9276
|
|
120 2 -11.9153 -0.5789 1.7556 31.2383
|
|
120 2 -11.9153 -0.3158 1.4022 27.2449
|
|
120 2 -11.9153 -0.0526 0.3005 23.3249
|
|
120 2 -11.9153 0.2105 -1.3712 19.8920
|
|
120 2 -11.9153 0.4737 -3.2798 17.0052
|
|
120 2 -11.9153 0.7368 -5.2785 14.5452
|
|
120 2 -11.9153 1.0000 -7.3390 12.4606
|
|
|
|
120 3 -7.7465 -4.0000 -44.2041 90.2458
|
|
120 3 -7.7465 -3.7368 -39.1734 90.5310
|
|
120 3 -7.7465 -3.4737 -33.7691 90.3841
|
|
120 3 -7.7465 -3.2105 -27.7893 89.7551
|
|
120 3 -7.7465 -2.9474 -20.9824 88.1547
|
|
120 3 -7.7465 -2.6842 -13.7692 84.6136
|
|
120 3 -7.7465 -2.4211 -7.6022 78.9252
|
|
120 3 -7.7465 -2.1579 -3.4165 72.2300
|
|
120 3 -7.7465 -1.8947 -0.9561 65.6174
|
|
120 3 -7.7465 -1.6316 0.3220 59.5056
|
|
120 3 -7.7465 -1.3684 0.8390 54.0690
|
|
120 3 -7.7465 -1.1053 1.1076 49.3085
|
|
120 3 -7.7465 -0.8421 1.5054 44.8065
|
|
120 3 -7.7465 -0.5789 1.8797 40.0116
|
|
120 3 -7.7465 -0.3158 1.6277 34.8008
|
|
120 3 -7.7465 -0.0526 0.3604 29.6992
|
|
120 3 -7.7465 0.2105 -1.6651 25.2524
|
|
120 3 -7.7465 0.4737 -3.9997 21.5287
|
|
120 3 -7.7465 0.7368 -6.4486 18.3614
|
|
120 3 -7.7465 1.0000 -8.9798 15.6766
|
|
|
|
120 4 -5.2565 -4.0000 -54.2198 100.2520
|
|
120 4 -5.2565 -3.7368 -48.4286 101.1222
|
|
120 4 -5.2565 -3.4737 -42.1423 101.4579
|
|
120 4 -5.2565 -3.2105 -35.1469 101.2098
|
|
120 4 -5.2565 -2.9474 -27.1468 99.8150
|
|
120 4 -5.2565 -2.6842 -18.6317 96.1435
|
|
120 4 -5.2565 -2.4211 -11.2881 89.9549
|
|
120 4 -5.2565 -2.1579 -6.1951 82.5654
|
|
120 4 -5.2565 -1.8947 -3.0572 75.2200
|
|
120 4 -5.2565 -1.6316 -1.2660 68.3868
|
|
120 4 -5.2565 -1.3684 -0.3576 62.2750
|
|
120 4 -5.2565 -1.1053 0.2563 56.8982
|
|
120 4 -5.2565 -0.8421 1.0131 51.7727
|
|
120 4 -5.2565 -0.5789 1.7236 46.2544
|
|
120 4 -5.2565 -0.3158 1.6671 40.2106
|
|
120 4 -5.2565 -0.0526 0.3851 34.2775
|
|
120 4 -5.2565 0.2105 -1.8095 29.1073
|
|
120 4 -5.2565 0.4737 -4.3796 24.7798
|
|
120 4 -5.2565 0.7368 -7.0954 21.0950
|
|
120 4 -5.2565 1.0000 -9.9228 17.9672
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 121 coord.: 0.5000000 0.3333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.507423 meV Im[Sigma]= 56.053390 meV Z= 1.000150 lam= -0.000150
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.769438 meV Im[Sigma]= 57.168172 meV Z= 1.000424 lam= -0.000424
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -11.406575 meV Im[Sigma]= 84.737461 meV Z= 1.018885 lam= -0.018535
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.762842 meV Im[Sigma]= 78.310170 meV Z= 1.002730 lam= -0.002723
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 121 coord.: 0.5000000 0.3333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 121 w = -4.0000 eV A(k,w) = 0.10692E-04 meV^-1
|
|
ik = 121 w = -3.7368 eV A(k,w) = 0.87798E-05 meV^-1
|
|
ik = 121 w = -3.4737 eV A(k,w) = 0.73519E-05 meV^-1
|
|
ik = 121 w = -3.2105 eV A(k,w) = 0.62394E-05 meV^-1
|
|
ik = 121 w = -2.9474 eV A(k,w) = 0.53157E-05 meV^-1
|
|
ik = 121 w = -2.6842 eV A(k,w) = 0.44779E-05 meV^-1
|
|
ik = 121 w = -2.4211 eV A(k,w) = 0.36993E-05 meV^-1
|
|
ik = 121 w = -2.1579 eV A(k,w) = 0.30210E-05 meV^-1
|
|
ik = 121 w = -1.8947 eV A(k,w) = 0.24651E-05 meV^-1
|
|
ik = 121 w = -1.6316 eV A(k,w) = 0.20198E-05 meV^-1
|
|
ik = 121 w = -1.3684 eV A(k,w) = 0.16671E-05 meV^-1
|
|
ik = 121 w = -1.1053 eV A(k,w) = 0.13881E-05 meV^-1
|
|
ik = 121 w = -0.8421 eV A(k,w) = 0.11567E-05 meV^-1
|
|
ik = 121 w = -0.5789 eV A(k,w) = 0.95062E-06 meV^-1
|
|
ik = 121 w = -0.3158 eV A(k,w) = 0.76307E-06 meV^-1
|
|
ik = 121 w = -0.0526 eV A(k,w) = 0.60262E-06 meV^-1
|
|
ik = 121 w = 0.2105 eV A(k,w) = 0.47556E-06 meV^-1
|
|
ik = 121 w = 0.4737 eV A(k,w) = 0.37738E-06 meV^-1
|
|
ik = 121 w = 0.7368 eV A(k,w) = 0.30032E-06 meV^-1
|
|
ik = 121 w = 1.0000 eV A(k,w) = 0.23976E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
121 -4.0000 0.10692E-04
|
|
121 -3.7368 0.87798E-05
|
|
121 -3.4737 0.73519E-05
|
|
121 -3.2105 0.62394E-05
|
|
121 -2.9474 0.53157E-05
|
|
121 -2.6842 0.44779E-05
|
|
121 -2.4211 0.36993E-05
|
|
121 -2.1579 0.30210E-05
|
|
121 -1.8947 0.24651E-05
|
|
121 -1.6316 0.20198E-05
|
|
121 -1.3684 0.16671E-05
|
|
121 -1.1053 0.13881E-05
|
|
121 -0.8421 0.11567E-05
|
|
121 -0.5789 0.95062E-06
|
|
121 -0.3158 0.76307E-06
|
|
121 -0.0526 0.60262E-06
|
|
121 0.2105 0.47556E-06
|
|
121 0.4737 0.37738E-06
|
|
121 0.7368 0.30032E-06
|
|
121 1.0000 0.23976E-06
|
|
121 1 -14.5793 -4.0000 -33.5483 97.9957
|
|
121 1 -14.5793 -3.7368 -28.5011 96.7114
|
|
121 1 -14.5793 -3.4737 -23.3465 95.0045
|
|
121 1 -14.5793 -3.2105 -17.8688 92.9097
|
|
121 1 -14.5793 -2.9474 -11.7853 90.0027
|
|
121 1 -14.5793 -2.6842 -5.4537 85.3765
|
|
121 1 -14.5793 -2.4211 -0.2314 78.8332
|
|
121 1 -14.5793 -2.1579 2.9997 71.4684
|
|
121 1 -14.5793 -1.8947 4.5056 64.3489
|
|
121 1 -14.5793 -1.6316 4.8572 57.8870
|
|
121 1 -14.5793 -1.3684 4.5032 52.2188
|
|
121 1 -14.5793 -1.1053 3.9321 47.3100
|
|
121 1 -14.5793 -0.8421 3.4926 42.7706
|
|
121 1 -14.5793 -0.5789 3.0698 38.1043
|
|
121 1 -14.5793 -0.3158 2.1627 33.1773
|
|
121 1 -14.5793 -0.0526 0.4333 28.4075
|
|
121 1 -14.5793 0.2105 -1.9142 24.2497
|
|
121 1 -14.5793 0.4737 -4.5029 20.7652
|
|
121 1 -14.5793 0.7368 -7.1601 17.8148
|
|
121 1 -14.5793 1.0000 -9.8464 15.3283
|
|
|
|
121 2 -10.2664 -4.0000 -43.5261 92.6285
|
|
121 2 -10.2664 -3.7368 -38.4469 92.6569
|
|
121 2 -10.2664 -3.4737 -33.0529 92.3024
|
|
121 2 -10.2664 -3.2105 -27.0850 91.5286
|
|
121 2 -10.2664 -2.9474 -20.2500 89.8107
|
|
121 2 -10.2664 -2.6842 -12.9696 86.1276
|
|
121 2 -10.2664 -2.4211 -6.7390 80.2418
|
|
121 2 -10.2664 -2.1579 -2.5407 73.3112
|
|
121 2 -10.2664 -1.8947 -0.1314 66.4664
|
|
121 2 -10.2664 -1.6316 1.0483 60.1571
|
|
121 2 -10.2664 -1.3684 1.4484 54.5665
|
|
121 2 -10.2664 -1.1053 1.5992 49.6833
|
|
121 2 -10.2664 -0.8421 1.8777 45.0784
|
|
121 2 -10.2664 -0.5789 2.1266 40.2040
|
|
121 2 -10.2664 -0.3158 1.7538 34.9426
|
|
121 2 -10.2664 -0.0526 0.3801 29.8093
|
|
121 2 -10.2664 0.2105 -1.7405 25.3403
|
|
121 2 -10.2664 0.4737 -4.1636 21.6045
|
|
121 2 -10.2664 0.7368 -6.6910 18.4372
|
|
121 2 -10.2664 1.0000 -9.2860 15.7600
|
|
|
|
121 3 -7.2955 -4.0000 -44.0184 86.1680
|
|
121 3 -7.2955 -3.7368 -39.2682 86.7560
|
|
121 3 -7.2955 -3.4737 -34.0594 86.9174
|
|
121 3 -7.2955 -3.2105 -28.2260 86.5655
|
|
121 3 -7.2955 -2.9474 -21.5653 85.2214
|
|
121 3 -7.2955 -2.6842 -14.5058 81.9693
|
|
121 3 -7.2955 -2.4211 -8.4458 76.6260
|
|
121 3 -7.2955 -2.1579 -4.2776 70.2903
|
|
121 3 -7.2955 -1.8947 -1.7559 64.0004
|
|
121 3 -7.2955 -1.6316 -0.3729 58.1527
|
|
121 3 -7.2955 -1.3684 0.2621 52.9262
|
|
121 3 -7.2955 -1.1053 0.6455 48.3372
|
|
121 3 -7.2955 -0.8421 1.1543 43.9831
|
|
121 3 -7.2955 -0.5789 1.6404 39.3160
|
|
121 3 -7.2955 -0.3158 1.4997 34.2120
|
|
121 3 -7.2955 -0.0526 0.3396 29.1980
|
|
121 3 -7.2955 0.2105 -1.5842 24.8231
|
|
121 3 -7.2955 0.4737 -3.8224 21.1580
|
|
121 3 -7.2955 0.7368 -6.1812 18.0365
|
|
121 3 -7.2955 1.0000 -8.6307 15.3868
|
|
|
|
121 4 -5.9070 -4.0000 -50.1132 87.0124
|
|
121 4 -5.9070 -3.7368 -45.3589 88.0919
|
|
121 4 -5.9070 -3.4737 -40.0533 88.8530
|
|
121 4 -5.9070 -3.2105 -33.9542 89.1584
|
|
121 4 -5.9070 -2.9474 -26.8100 88.4368
|
|
121 4 -5.9070 -2.6842 -19.0764 85.6342
|
|
121 4 -5.9070 -2.4211 -12.2957 80.4943
|
|
121 4 -5.9070 -2.1579 -7.4850 74.1838
|
|
121 4 -5.9070 -1.8947 -4.4131 67.8327
|
|
121 4 -5.9070 -1.6316 -2.5528 61.8773
|
|
121 4 -5.9070 -1.3684 -1.4965 56.5266
|
|
121 4 -5.9070 -1.1053 -0.7036 51.8093
|
|
121 4 -5.9070 -0.8421 0.2363 47.2782
|
|
121 4 -5.9070 -0.5789 1.1399 42.3246
|
|
121 4 -5.9070 -0.3158 1.3146 36.8271
|
|
121 4 -5.9070 -0.0526 0.3214 31.3974
|
|
121 4 -5.9070 0.2105 -1.5429 26.6595
|
|
121 4 -5.9070 0.4737 -3.7689 22.6899
|
|
121 4 -5.9070 0.7368 -6.1433 19.2983
|
|
121 4 -5.9070 1.0000 -8.6413 16.4080
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 122 coord.: 0.5000000 0.3333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.836421 meV Im[Sigma]= 72.505630 meV Z= 1.014393 lam= -0.014189
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.613549 meV Im[Sigma]= 50.530197 meV Z= 0.996385 lam= 0.003628
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.879665 meV Im[Sigma]= 87.563724 meV Z= 1.015486 lam= -0.015250
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.626405 meV Im[Sigma]= 143.147429 meV Z= 1.024969 lam= -0.024361
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 122 coord.: 0.5000000 0.3333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 122 w = -4.0000 eV A(k,w) = 0.26631E-02 meV^-1
|
|
ik = 122 w = -3.7368 eV A(k,w) = 0.41893E-03 meV^-1
|
|
ik = 122 w = -3.4737 eV A(k,w) = 0.12973E-03 meV^-1
|
|
ik = 122 w = -3.2105 eV A(k,w) = 0.62224E-04 meV^-1
|
|
ik = 122 w = -2.9474 eV A(k,w) = 0.36451E-04 meV^-1
|
|
ik = 122 w = -2.6842 eV A(k,w) = 0.23498E-04 meV^-1
|
|
ik = 122 w = -2.4211 eV A(k,w) = 0.15839E-04 meV^-1
|
|
ik = 122 w = -2.1579 eV A(k,w) = 0.11006E-04 meV^-1
|
|
ik = 122 w = -1.8947 eV A(k,w) = 0.78769E-05 meV^-1
|
|
ik = 122 w = -1.6316 eV A(k,w) = 0.57931E-05 meV^-1
|
|
ik = 122 w = -1.3684 eV A(k,w) = 0.43700E-05 meV^-1
|
|
ik = 122 w = -1.1053 eV A(k,w) = 0.33723E-05 meV^-1
|
|
ik = 122 w = -0.8421 eV A(k,w) = 0.26336E-05 meV^-1
|
|
ik = 122 w = -0.5789 eV A(k,w) = 0.20466E-05 meV^-1
|
|
ik = 122 w = -0.3158 eV A(k,w) = 0.15648E-05 meV^-1
|
|
ik = 122 w = -0.0526 eV A(k,w) = 0.11841E-05 meV^-1
|
|
ik = 122 w = 0.2105 eV A(k,w) = 0.89962E-06 meV^-1
|
|
ik = 122 w = 0.4737 eV A(k,w) = 0.69022E-06 meV^-1
|
|
ik = 122 w = 0.7368 eV A(k,w) = 0.53312E-06 meV^-1
|
|
ik = 122 w = 1.0000 eV A(k,w) = 0.41450E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
122 -4.0000 0.26631E-02
|
|
122 -3.7368 0.41893E-03
|
|
122 -3.4737 0.12973E-03
|
|
122 -3.2105 0.62224E-04
|
|
122 -2.9474 0.36451E-04
|
|
122 -2.6842 0.23498E-04
|
|
122 -2.4211 0.15839E-04
|
|
122 -2.1579 0.11006E-04
|
|
122 -1.8947 0.78769E-05
|
|
122 -1.6316 0.57931E-05
|
|
122 -1.3684 0.43700E-05
|
|
122 -1.1053 0.33723E-05
|
|
122 -0.8421 0.26336E-05
|
|
122 -0.5789 0.20466E-05
|
|
122 -0.3158 0.15648E-05
|
|
122 -0.0526 0.11841E-05
|
|
122 0.2105 0.89962E-06
|
|
122 0.4737 0.69022E-06
|
|
122 0.7368 0.53312E-06
|
|
122 1.0000 0.41450E-06
|
|
122 1 -16.2688 -4.0000 -31.9774 105.3333
|
|
122 1 -16.2688 -3.7368 -26.5234 103.5720
|
|
122 1 -16.2688 -3.4737 -20.9896 101.3177
|
|
122 1 -16.2688 -3.2105 -15.1903 98.5961
|
|
122 1 -16.2688 -2.9474 -8.8827 94.9955
|
|
122 1 -16.2688 -2.6842 -2.4487 89.6423
|
|
122 1 -16.2688 -2.4211 2.7463 82.3776
|
|
122 1 -16.2688 -2.1579 5.8313 74.3358
|
|
122 1 -16.2688 -1.8947 7.0973 66.6097
|
|
122 1 -16.2688 -1.6316 7.1436 59.6225
|
|
122 1 -16.2688 -1.3684 6.4400 53.5080
|
|
122 1 -16.2688 -1.1053 5.4834 48.2310
|
|
122 1 -16.2688 -0.8421 4.6327 43.4125
|
|
122 1 -16.2688 -0.5789 3.8001 38.5677
|
|
122 1 -16.2688 -0.3158 2.5234 33.5526
|
|
122 1 -16.2688 -0.0526 0.4875 28.7482
|
|
122 1 -16.2688 0.2105 -2.1129 24.5751
|
|
122 1 -16.2688 0.4737 -4.9191 21.0848
|
|
122 1 -16.2688 0.7368 -7.7640 18.1389
|
|
122 1 -16.2688 1.0000 -10.6081 15.6618
|
|
|
|
122 2 -8.9488 -4.0000 -44.8687 93.7835
|
|
122 2 -8.9488 -3.7368 -39.7907 93.8311
|
|
122 2 -8.9488 -3.4737 -34.3930 93.5557
|
|
122 2 -8.9488 -3.2105 -28.3679 92.9195
|
|
122 2 -8.9488 -2.9474 -21.3748 91.3472
|
|
122 2 -8.9488 -2.6842 -13.8495 87.7325
|
|
122 2 -8.9488 -2.4211 -7.3703 81.8020
|
|
122 2 -8.9488 -2.1579 -2.9835 74.7564
|
|
122 2 -8.9488 -1.8947 -0.4498 67.7810
|
|
122 2 -8.9488 -1.6316 0.8123 61.3517
|
|
122 2 -8.9488 -1.3684 1.2740 55.6589
|
|
122 2 -8.9488 -1.1053 1.4840 50.6843
|
|
122 2 -8.9488 -0.8421 1.8227 45.9821
|
|
122 2 -8.9488 -0.5789 2.1202 40.9943
|
|
122 2 -8.9488 -0.3158 1.7676 35.6108
|
|
122 2 -8.9488 -0.0526 0.3844 30.3662
|
|
122 2 -8.9488 0.2105 -1.7615 25.8072
|
|
122 2 -8.9488 0.4737 -4.2129 21.9992
|
|
122 2 -8.9488 0.7368 -6.7685 18.7698
|
|
122 2 -8.9488 1.0000 -9.3941 16.0375
|
|
|
|
122 3 -6.9060 -4.0000 -44.9082 89.3947
|
|
122 3 -6.9060 -3.7368 -40.0541 89.8067
|
|
122 3 -6.9060 -3.4737 -34.7902 89.8567
|
|
122 3 -6.9060 -3.2105 -28.8799 89.4749
|
|
122 3 -6.9060 -2.9474 -22.0480 88.1314
|
|
122 3 -6.9060 -2.6842 -14.7232 84.8034
|
|
122 3 -6.9060 -2.4211 -8.4037 79.2512
|
|
122 3 -6.9060 -2.1579 -4.0708 72.6262
|
|
122 3 -6.9060 -1.8947 -1.4844 66.0448
|
|
122 3 -6.9060 -1.6316 -0.1028 59.9432
|
|
122 3 -6.9060 -1.3684 0.5014 54.5102
|
|
122 3 -6.9060 -1.1053 0.8543 49.7497
|
|
122 3 -6.9060 -0.8421 1.3396 45.2327
|
|
122 3 -6.9060 -0.5789 1.7934 40.3980
|
|
122 3 -6.9060 -0.3158 1.5969 35.1291
|
|
122 3 -6.9060 -0.0526 0.3575 29.9679
|
|
122 3 -6.9060 0.2105 -1.6588 25.4719
|
|
122 3 -6.9060 0.4737 -3.9918 21.7103
|
|
122 3 -6.9060 0.7368 -6.4417 18.5116
|
|
122 3 -6.9060 1.0000 -8.9771 15.7991
|
|
|
|
122 4 -3.9563 -4.0000 -63.2240 116.4540
|
|
122 4 -3.9563 -3.7368 -56.6467 117.3187
|
|
122 4 -3.9563 -3.4737 -49.5020 117.7472
|
|
122 4 -3.9563 -3.2105 -41.4146 117.6286
|
|
122 4 -3.9563 -2.9474 -31.9959 116.1849
|
|
122 4 -3.9563 -2.6842 -21.8685 111.9940
|
|
122 4 -3.9563 -2.4211 -13.0930 104.7434
|
|
122 4 -3.9563 -2.1579 -7.0048 95.9996
|
|
122 4 -3.9563 -1.8947 -3.2936 87.2794
|
|
122 4 -3.9563 -1.6316 -1.2304 79.1927
|
|
122 4 -3.9563 -1.3684 -0.2228 72.0036
|
|
122 4 -3.9563 -1.1053 0.4450 65.7066
|
|
122 4 -3.9563 -0.8421 1.2794 59.7215
|
|
122 4 -3.9563 -0.5789 2.0569 53.3040
|
|
122 4 -3.9563 -0.3158 1.9538 46.3031
|
|
122 4 -3.9563 -0.0526 0.4484 39.4434
|
|
122 4 -3.9563 0.2105 -2.1024 33.4690
|
|
122 4 -3.9563 0.4737 -5.0838 28.4726
|
|
122 4 -3.9563 0.7368 -8.2287 24.2262
|
|
122 4 -3.9563 1.0000 -11.4937 20.6281
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 123 coord.: 0.5000000 0.3333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.622352 meV Im[Sigma]= 68.210703 meV Z= 1.015079 lam= -0.014855
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.103482 meV Im[Sigma]= 57.853139 meV Z= 1.005376 lam= -0.005347
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.340511 meV Im[Sigma]= 120.237500 meV Z= 1.022394 lam= -0.021904
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 72.264999 meV Im[Sigma]= 163.896078 meV Z= 1.043274 lam= -0.041479
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 123 coord.: 0.5000000 0.3333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 123 w = -4.0000 eV A(k,w) = 0.47030E-04 meV^-1
|
|
ik = 123 w = -3.7368 eV A(k,w) = 0.55768E-04 meV^-1
|
|
ik = 123 w = -3.4737 eV A(k,w) = 0.83243E-04 meV^-1
|
|
ik = 123 w = -3.2105 eV A(k,w) = 0.16540E-03 meV^-1
|
|
ik = 123 w = -2.9474 eV A(k,w) = 0.53012E-03 meV^-1
|
|
ik = 123 w = -2.6842 eV A(k,w) = 0.25226E-02 meV^-1
|
|
ik = 123 w = -2.4211 eV A(k,w) = 0.48175E-03 meV^-1
|
|
ik = 123 w = -2.1579 eV A(k,w) = 0.13000E-03 meV^-1
|
|
ik = 123 w = -1.8947 eV A(k,w) = 0.54861E-04 meV^-1
|
|
ik = 123 w = -1.6316 eV A(k,w) = 0.28805E-04 meV^-1
|
|
ik = 123 w = -1.3684 eV A(k,w) = 0.17199E-04 meV^-1
|
|
ik = 123 w = -1.1053 eV A(k,w) = 0.11183E-04 meV^-1
|
|
ik = 123 w = -0.8421 eV A(k,w) = 0.76612E-05 meV^-1
|
|
ik = 123 w = -0.5789 eV A(k,w) = 0.53649E-05 meV^-1
|
|
ik = 123 w = -0.3158 eV A(k,w) = 0.37652E-05 meV^-1
|
|
ik = 123 w = -0.0526 eV A(k,w) = 0.26507E-05 meV^-1
|
|
ik = 123 w = 0.2105 eV A(k,w) = 0.18936E-05 meV^-1
|
|
ik = 123 w = 0.4737 eV A(k,w) = 0.13776E-05 meV^-1
|
|
ik = 123 w = 0.7368 eV A(k,w) = 0.10156E-05 meV^-1
|
|
ik = 123 w = 1.0000 eV A(k,w) = 0.75761E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
123 -4.0000 0.47030E-04
|
|
123 -3.7368 0.55768E-04
|
|
123 -3.4737 0.83243E-04
|
|
123 -3.2105 0.16540E-03
|
|
123 -2.9474 0.53012E-03
|
|
123 -2.6842 0.25226E-02
|
|
123 -2.4211 0.48175E-03
|
|
123 -2.1579 0.13000E-03
|
|
123 -1.8947 0.54861E-04
|
|
123 -1.6316 0.28805E-04
|
|
123 -1.3684 0.17199E-04
|
|
123 -1.1053 0.11183E-04
|
|
123 -0.8421 0.76612E-05
|
|
123 -0.5789 0.53649E-05
|
|
123 -0.3158 0.37652E-05
|
|
123 -0.0526 0.26507E-05
|
|
123 0.2105 0.18936E-05
|
|
123 0.4737 0.13776E-05
|
|
123 0.7368 0.10156E-05
|
|
123 1.0000 0.75761E-06
|
|
123 1 -16.6105 -4.0000 -32.3427 106.6444
|
|
123 1 -16.6105 -3.7368 -26.6733 104.8743
|
|
123 1 -16.6105 -3.4737 -20.9510 102.5580
|
|
123 1 -16.6105 -3.2105 -14.9887 99.7467
|
|
123 1 -16.6105 -2.9474 -8.5382 96.0285
|
|
123 1 -16.6105 -2.6842 -1.9922 90.5315
|
|
123 1 -16.6105 -2.4211 3.2791 83.1099
|
|
123 1 -16.6105 -2.1579 6.4088 74.9052
|
|
123 1 -16.6105 -1.8947 7.6846 67.0126
|
|
123 1 -16.6105 -1.6316 7.7031 59.8684
|
|
123 1 -16.6105 -1.3684 6.9436 53.6166
|
|
123 1 -16.6105 -1.1053 5.9104 48.2223
|
|
123 1 -16.6105 -0.8421 4.9627 43.3093
|
|
123 1 -16.6105 -0.5789 4.0177 38.4032
|
|
123 1 -16.6105 -0.3158 2.6306 33.3658
|
|
123 1 -16.6105 -0.0526 0.5033 28.5667
|
|
123 1 -16.6105 0.2105 -2.1691 24.4113
|
|
123 1 -16.6105 0.4737 -5.0327 20.9460
|
|
123 1 -16.6105 0.7368 -7.9202 18.0310
|
|
123 1 -16.6105 1.0000 -10.7913 15.5849
|
|
|
|
123 2 -10.7517 -4.0000 -34.2677 81.7754
|
|
123 2 -10.7517 -3.7368 -29.8629 81.2979
|
|
123 2 -10.7517 -3.4737 -25.3306 80.4855
|
|
123 2 -10.7517 -3.2105 -20.4314 79.3734
|
|
123 2 -10.7517 -2.9474 -14.8651 77.5473
|
|
123 2 -10.7517 -2.6842 -8.9446 74.1354
|
|
123 2 -10.7517 -2.4211 -3.9171 68.9159
|
|
123 2 -10.7517 -2.1579 -0.6114 62.8575
|
|
123 2 -10.7517 -1.8947 1.1823 56.9151
|
|
123 2 -10.7517 -1.6316 1.9463 51.4640
|
|
123 2 -10.7517 -1.3684 2.0634 46.6500
|
|
123 2 -10.7517 -1.1053 1.9801 42.4619
|
|
123 2 -10.7517 -0.8421 2.0208 38.5392
|
|
123 2 -10.7517 -0.5789 2.0640 34.4128
|
|
123 2 -10.7517 -0.3158 1.6127 29.9690
|
|
123 2 -10.7517 -0.0526 0.3411 25.6313
|
|
123 2 -10.7517 0.2105 -1.5447 21.8473
|
|
123 2 -10.7517 0.4737 -3.6769 18.6737
|
|
123 2 -10.7517 0.7368 -5.8949 15.9738
|
|
123 2 -10.7517 1.0000 -8.1706 13.6862
|
|
|
|
123 3 -5.2472 -4.0000 -58.5129 109.5737
|
|
123 3 -5.2472 -3.7368 -52.0695 110.3224
|
|
123 3 -5.2472 -3.4737 -45.1866 110.5030
|
|
123 3 -5.2472 -3.2105 -37.5732 110.1141
|
|
123 3 -5.2472 -2.9474 -28.8434 108.5222
|
|
123 3 -5.2472 -2.6842 -19.5166 104.4421
|
|
123 3 -5.2472 -2.4211 -11.4630 97.5738
|
|
123 3 -5.2472 -2.1579 -5.9078 89.3548
|
|
123 3 -5.2472 -1.8947 -2.5595 81.1841
|
|
123 3 -5.2472 -1.6316 -0.7381 73.6267
|
|
123 3 -5.2472 -1.3684 0.1159 66.9237
|
|
123 3 -5.2472 -1.1053 0.6734 61.0562
|
|
123 3 -5.2472 -0.8421 1.3947 55.4711
|
|
123 3 -5.2472 -0.5789 2.0560 49.4807
|
|
123 3 -5.2472 -0.3158 1.8923 42.9588
|
|
123 3 -5.2472 -0.0526 0.4289 36.5804
|
|
123 3 -5.2472 0.2105 -2.0005 31.0318
|
|
123 3 -5.2472 0.4737 -4.8256 26.3991
|
|
123 3 -5.2472 0.7368 -7.7947 22.4712
|
|
123 3 -5.2472 1.0000 -10.8640 19.1491
|
|
|
|
123 4 -2.6593 -4.0000 -74.6776 132.0257
|
|
123 4 -2.6593 -3.7368 -66.5860 133.0501
|
|
123 4 -2.6593 -3.4737 -58.0212 133.3910
|
|
123 4 -2.6593 -3.2105 -48.5930 133.0531
|
|
123 4 -2.6593 -2.9474 -37.8272 131.2519
|
|
123 4 -2.6593 -2.6842 -26.3720 126.4429
|
|
123 4 -2.6593 -2.4211 -16.4686 118.3025
|
|
123 4 -2.6593 -2.1579 -9.5471 108.5564
|
|
123 4 -2.6593 -1.8947 -5.2497 98.8523
|
|
123 4 -2.6593 -1.6316 -2.7785 89.8568
|
|
123 4 -2.6593 -1.3684 -1.4702 81.8720
|
|
123 4 -2.6593 -1.1053 -0.5032 74.8834
|
|
123 4 -2.6593 -0.8421 0.6979 68.2054
|
|
123 4 -2.6593 -0.5789 1.8544 60.9655
|
|
123 4 -2.6593 -0.3158 1.9874 52.9908
|
|
123 4 -2.6593 -0.0526 0.4757 45.1367
|
|
123 4 -2.6593 0.2105 -2.2678 38.2813
|
|
123 4 -2.6593 0.4737 -5.5280 32.5370
|
|
123 4 -2.6593 0.7368 -8.9982 27.6426
|
|
123 4 -2.6593 1.0000 -12.6308 23.4883
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 124 coord.: 0.5000000 0.3333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.223101 meV Im[Sigma]= 63.285953 meV Z= 1.004601 lam= -0.004580
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.337033 meV Im[Sigma]= 65.620972 meV Z= 1.008719 lam= -0.008644
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.104257 meV Im[Sigma]= 135.509134 meV Z= 1.018357 lam= -0.018026
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.247338 meV Im[Sigma]= 140.528380 meV Z= 1.024754 lam= -0.024156
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 124 coord.: 0.5000000 0.3333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 124 w = -4.0000 eV A(k,w) = 0.25727E-02 meV^-1
|
|
ik = 124 w = -3.7368 eV A(k,w) = 0.66535E-03 meV^-1
|
|
ik = 124 w = -3.4737 eV A(k,w) = 0.18660E-03 meV^-1
|
|
ik = 124 w = -3.2105 eV A(k,w) = 0.88500E-04 meV^-1
|
|
ik = 124 w = -2.9474 eV A(k,w) = 0.51970E-04 meV^-1
|
|
ik = 124 w = -2.6842 eV A(k,w) = 0.33544E-04 meV^-1
|
|
ik = 124 w = -2.4211 eV A(k,w) = 0.22562E-04 meV^-1
|
|
ik = 124 w = -2.1579 eV A(k,w) = 0.15601E-04 meV^-1
|
|
ik = 124 w = -1.8947 eV A(k,w) = 0.11089E-04 meV^-1
|
|
ik = 124 w = -1.6316 eV A(k,w) = 0.80882E-05 meV^-1
|
|
ik = 124 w = -1.3684 eV A(k,w) = 0.60459E-05 meV^-1
|
|
ik = 124 w = -1.1053 eV A(k,w) = 0.46207E-05 meV^-1
|
|
ik = 124 w = -0.8421 eV A(k,w) = 0.35721E-05 meV^-1
|
|
ik = 124 w = -0.5789 eV A(k,w) = 0.27466E-05 meV^-1
|
|
ik = 124 w = -0.3158 eV A(k,w) = 0.20772E-05 meV^-1
|
|
ik = 124 w = -0.0526 eV A(k,w) = 0.15545E-05 meV^-1
|
|
ik = 124 w = 0.2105 eV A(k,w) = 0.11684E-05 meV^-1
|
|
ik = 124 w = 0.4737 eV A(k,w) = 0.88711E-06 meV^-1
|
|
ik = 124 w = 0.7368 eV A(k,w) = 0.67832E-06 meV^-1
|
|
ik = 124 w = 1.0000 eV A(k,w) = 0.52227E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
124 -4.0000 0.25727E-02
|
|
124 -3.7368 0.66535E-03
|
|
124 -3.4737 0.18660E-03
|
|
124 -3.2105 0.88500E-04
|
|
124 -2.9474 0.51970E-04
|
|
124 -2.6842 0.33544E-04
|
|
124 -2.4211 0.22562E-04
|
|
124 -2.1579 0.15601E-04
|
|
124 -1.8947 0.11089E-04
|
|
124 -1.6316 0.80882E-05
|
|
124 -1.3684 0.60459E-05
|
|
124 -1.1053 0.46207E-05
|
|
124 -0.8421 0.35721E-05
|
|
124 -0.5789 0.27466E-05
|
|
124 -0.3158 0.20772E-05
|
|
124 -0.0526 0.15545E-05
|
|
124 0.2105 0.11684E-05
|
|
124 0.4737 0.88711E-06
|
|
124 0.7368 0.67832E-06
|
|
124 1.0000 0.52227E-06
|
|
124 1 -15.5565 -4.0000 -33.0719 103.4066
|
|
124 1 -15.5565 -3.7368 -27.5459 101.7812
|
|
124 1 -15.5565 -3.4737 -21.9772 99.6615
|
|
124 1 -15.5565 -3.2105 -16.1509 97.1086
|
|
124 1 -15.5565 -2.9474 -9.7785 93.6987
|
|
124 1 -15.5565 -2.6842 -3.2328 88.5169
|
|
124 1 -15.5565 -2.4211 2.0959 81.3780
|
|
124 1 -15.5565 -2.1579 5.3075 73.4190
|
|
124 1 -15.5565 -1.8947 6.6778 65.7492
|
|
124 1 -15.5565 -1.6316 6.8054 58.8113
|
|
124 1 -15.5565 -1.3684 6.1728 52.7487
|
|
124 1 -15.5565 -1.1053 5.2867 47.5208
|
|
124 1 -15.5565 -0.8421 4.5015 42.7405
|
|
124 1 -15.5565 -0.5789 3.7195 37.9276
|
|
124 1 -15.5565 -0.3158 2.4797 32.9518
|
|
124 1 -15.5565 -0.0526 0.4797 28.1982
|
|
124 1 -15.5565 0.2105 -2.0788 24.0812
|
|
124 1 -15.5565 0.4737 -4.8365 20.6474
|
|
124 1 -15.5565 0.7368 -7.6261 17.7550
|
|
124 1 -15.5565 1.0000 -10.4098 15.3247
|
|
|
|
124 2 -12.4383 -4.0000 -30.6190 73.6636
|
|
124 2 -12.4383 -3.7368 -26.9588 73.5145
|
|
124 2 -12.4383 -3.4737 -22.9919 73.1045
|
|
124 2 -12.4383 -3.2105 -18.5275 72.3596
|
|
124 2 -12.4383 -2.9474 -13.3752 70.8455
|
|
124 2 -12.4383 -2.6842 -7.9054 67.7799
|
|
124 2 -12.4383 -2.4211 -3.2947 63.0146
|
|
124 2 -12.4383 -2.1579 -0.2899 57.4789
|
|
124 2 -12.4383 -1.8947 1.3275 52.0565
|
|
124 2 -12.4383 -1.6316 2.0103 47.0768
|
|
124 2 -12.4383 -1.3684 2.0963 42.6623
|
|
124 2 -12.4383 -1.1053 1.9787 38.8147
|
|
124 2 -12.4383 -0.8421 1.9594 35.2249
|
|
124 2 -12.4383 -0.5789 1.9467 31.4688
|
|
124 2 -12.4383 -0.3158 1.4996 27.4295
|
|
124 2 -12.4383 -0.0526 0.3156 23.4795
|
|
124 2 -12.4383 0.2105 -1.4278 20.0253
|
|
124 2 -12.4383 0.4737 -3.4003 17.1239
|
|
124 2 -12.4383 0.7368 -5.4550 14.6562
|
|
124 2 -12.4383 1.0000 -7.5624 12.5680
|
|
|
|
124 3 -4.5379 -4.0000 -64.4802 116.3003
|
|
124 3 -4.5379 -3.7368 -57.7372 117.4106
|
|
124 3 -4.5379 -3.4737 -50.3641 118.0335
|
|
124 3 -4.5379 -3.2105 -41.9880 118.0282
|
|
124 3 -4.5379 -2.9474 -32.2634 116.5683
|
|
124 3 -4.5379 -2.6842 -21.9054 112.2376
|
|
124 3 -4.5379 -2.4211 -13.0247 104.8088
|
|
124 3 -4.5379 -2.1579 -6.9250 95.9229
|
|
124 3 -4.5379 -1.8947 -3.2453 87.1177
|
|
124 3 -4.5379 -1.6316 -1.2195 78.9982
|
|
124 3 -4.5379 -1.3684 -0.2306 71.8087
|
|
124 3 -4.5379 -1.1053 0.4417 65.5166
|
|
124 3 -4.5379 -0.8421 1.2882 59.5251
|
|
124 3 -4.5379 -0.5789 2.0683 53.0955
|
|
124 3 -4.5379 -0.3158 1.9597 46.0901
|
|
124 3 -4.5379 -0.0526 0.4492 39.2340
|
|
124 3 -4.5379 0.2105 -2.1051 33.2669
|
|
124 3 -4.5379 0.4737 -5.0905 28.2820
|
|
124 3 -4.5379 0.7368 -8.2369 24.0535
|
|
124 3 -4.5379 1.0000 -11.4968 20.4775
|
|
|
|
124 4 -3.8929 -4.0000 -65.1231 113.0554
|
|
124 4 -3.8929 -3.7368 -58.7167 114.3695
|
|
124 4 -3.8929 -3.4737 -51.6459 115.2871
|
|
124 4 -3.8929 -3.2105 -43.5163 115.6447
|
|
124 4 -3.8929 -2.9474 -33.9633 114.6121
|
|
124 4 -3.8929 -2.6842 -23.6612 110.7495
|
|
124 4 -3.8929 -2.4211 -14.7077 103.7683
|
|
124 4 -3.8929 -2.1579 -8.4363 95.2626
|
|
124 4 -3.8929 -1.8947 -4.5220 86.7474
|
|
124 4 -3.8929 -1.6316 -2.2438 78.8184
|
|
124 4 -3.8929 -1.3684 -1.0256 71.7433
|
|
124 4 -3.8929 -1.1053 -0.1543 65.5244
|
|
124 4 -3.8929 -0.8421 0.8731 59.5790
|
|
124 4 -3.8929 -0.5789 1.8183 53.1634
|
|
124 4 -3.8929 -0.3158 1.8441 46.1435
|
|
124 4 -3.8929 -0.0526 0.4326 39.2654
|
|
124 4 -3.8929 0.2105 -2.0450 33.2831
|
|
124 4 -3.8929 0.4737 -4.9617 28.2883
|
|
124 4 -3.8929 0.7368 -8.0448 24.0472
|
|
124 4 -3.8929 1.0000 -11.2517 20.4540
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 125 coord.: 0.5000000 0.3333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.865724 meV Im[Sigma]= 61.529547 meV Z= 1.001109 lam= -0.001108
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.501914 meV Im[Sigma]= 67.453240 meV Z= 1.010418 lam= -0.010311
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -19.378377 meV Im[Sigma]= 76.057814 meV Z= 1.006225 lam= -0.006186
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 2.810812 meV Im[Sigma]= 109.183650 meV Z= 1.020288 lam= -0.019885
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 125 coord.: 0.5000000 0.3333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 125 w = -4.0000 eV A(k,w) = 0.21212E-04 meV^-1
|
|
ik = 125 w = -3.7368 eV A(k,w) = 0.15493E-04 meV^-1
|
|
ik = 125 w = -3.4737 eV A(k,w) = 0.11871E-04 meV^-1
|
|
ik = 125 w = -3.2105 eV A(k,w) = 0.94004E-05 meV^-1
|
|
ik = 125 w = -2.9474 eV A(k,w) = 0.75794E-05 meV^-1
|
|
ik = 125 w = -2.6842 eV A(k,w) = 0.61059E-05 meV^-1
|
|
ik = 125 w = -2.4211 eV A(k,w) = 0.48607E-05 meV^-1
|
|
ik = 125 w = -2.1579 eV A(k,w) = 0.38470E-05 meV^-1
|
|
ik = 125 w = -1.8947 eV A(k,w) = 0.30565E-05 meV^-1
|
|
ik = 125 w = -1.6316 eV A(k,w) = 0.24477E-05 meV^-1
|
|
ik = 125 w = -1.3684 eV A(k,w) = 0.19806E-05 meV^-1
|
|
ik = 125 w = -1.1053 eV A(k,w) = 0.16206E-05 meV^-1
|
|
ik = 125 w = -0.8421 eV A(k,w) = 0.13302E-05 meV^-1
|
|
ik = 125 w = -0.5789 eV A(k,w) = 0.10791E-05 meV^-1
|
|
ik = 125 w = -0.3158 eV A(k,w) = 0.85685E-06 meV^-1
|
|
ik = 125 w = -0.0526 eV A(k,w) = 0.67047E-06 meV^-1
|
|
ik = 125 w = 0.2105 eV A(k,w) = 0.52487E-06 meV^-1
|
|
ik = 125 w = 0.4737 eV A(k,w) = 0.41359E-06 meV^-1
|
|
ik = 125 w = 0.7368 eV A(k,w) = 0.32719E-06 meV^-1
|
|
ik = 125 w = 1.0000 eV A(k,w) = 0.25995E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
125 -4.0000 0.21212E-04
|
|
125 -3.7368 0.15493E-04
|
|
125 -3.4737 0.11871E-04
|
|
125 -3.2105 0.94004E-05
|
|
125 -2.9474 0.75794E-05
|
|
125 -2.6842 0.61059E-05
|
|
125 -2.4211 0.48607E-05
|
|
125 -2.1579 0.38470E-05
|
|
125 -1.8947 0.30565E-05
|
|
125 -1.6316 0.24477E-05
|
|
125 -1.3684 0.19806E-05
|
|
125 -1.1053 0.16206E-05
|
|
125 -0.8421 0.13302E-05
|
|
125 -0.5789 0.10791E-05
|
|
125 -0.3158 0.85685E-06
|
|
125 -0.0526 0.67047E-06
|
|
125 0.2105 0.52487E-06
|
|
125 0.4737 0.41359E-06
|
|
125 0.7368 0.32719E-06
|
|
125 1.0000 0.25995E-06
|
|
125 1 -13.5072 -4.0000 -39.9482 110.5932
|
|
125 1 -13.5072 -3.7368 -33.8353 109.2207
|
|
125 1 -13.5072 -3.4737 -27.6829 107.3056
|
|
125 1 -13.5072 -3.2105 -21.2211 104.9566
|
|
125 1 -13.5072 -2.9474 -14.0702 101.6924
|
|
125 1 -13.5072 -2.6842 -6.6253 96.4408
|
|
125 1 -13.5072 -2.4211 -0.4557 88.9571
|
|
125 1 -13.5072 -2.1579 3.4097 80.4915
|
|
125 1 -13.5072 -1.8947 5.2508 72.2744
|
|
125 1 -13.5072 -1.6316 5.7085 64.8099
|
|
125 1 -13.5072 -1.3684 5.3155 58.2816
|
|
125 1 -13.5072 -1.1053 4.6533 52.6490
|
|
125 1 -13.5072 -0.8421 4.1202 47.4596
|
|
125 1 -13.5072 -0.5789 3.5823 42.1613
|
|
125 1 -13.5072 -0.3158 2.4906 36.6196
|
|
125 1 -13.5072 -0.0526 0.4939 31.2995
|
|
125 1 -13.5072 0.2105 -2.1667 26.6894
|
|
125 1 -13.5072 0.4737 -5.0716 22.8428
|
|
125 1 -13.5072 0.7368 -8.0306 19.5953
|
|
125 1 -13.5072 1.0000 -11.0051 16.8602
|
|
|
|
125 2 -11.9153 -4.0000 -30.5137 71.4990
|
|
125 2 -11.9153 -3.7368 -26.9485 71.4511
|
|
125 2 -11.9153 -3.4737 -23.0669 71.1149
|
|
125 2 -11.9153 -3.2105 -18.7280 70.4150
|
|
125 2 -11.9153 -2.9474 -13.7713 68.9823
|
|
125 2 -11.9153 -2.6842 -8.5130 66.1027
|
|
125 2 -11.9153 -2.4211 -4.0410 61.6151
|
|
125 2 -11.9153 -2.1579 -1.0670 56.3780
|
|
125 2 -11.9153 -1.8947 0.6063 51.2189
|
|
125 2 -11.9153 -1.6316 1.3936 46.4429
|
|
125 2 -11.9153 -1.3684 1.5967 42.1741
|
|
125 2 -11.9153 -1.1053 1.5881 38.4329
|
|
125 2 -11.9153 -0.8421 1.6695 34.9278
|
|
125 2 -11.9153 -0.5789 1.7556 31.2385
|
|
125 2 -11.9153 -0.3158 1.4022 27.2451
|
|
125 2 -11.9153 -0.0526 0.3005 23.3251
|
|
125 2 -11.9153 0.2105 -1.3712 19.8922
|
|
125 2 -11.9153 0.4737 -3.2798 17.0053
|
|
125 2 -11.9153 0.7368 -5.2785 14.5453
|
|
125 2 -11.9153 1.0000 -7.3390 12.4607
|
|
|
|
125 3 -7.7465 -4.0000 -44.2041 90.2459
|
|
125 3 -7.7465 -3.7368 -39.1734 90.5311
|
|
125 3 -7.7465 -3.4737 -33.7690 90.3842
|
|
125 3 -7.7465 -3.2105 -27.7893 89.7552
|
|
125 3 -7.7465 -2.9474 -20.9824 88.1547
|
|
125 3 -7.7465 -2.6842 -13.7691 84.6136
|
|
125 3 -7.7465 -2.4211 -7.6022 78.9253
|
|
125 3 -7.7465 -2.1579 -3.4165 72.2300
|
|
125 3 -7.7465 -1.8947 -0.9561 65.6175
|
|
125 3 -7.7465 -1.6316 0.3220 59.5056
|
|
125 3 -7.7465 -1.3684 0.8390 54.0691
|
|
125 3 -7.7465 -1.1053 1.1076 49.3085
|
|
125 3 -7.7465 -0.8421 1.5054 44.8065
|
|
125 3 -7.7465 -0.5789 1.8797 40.0116
|
|
125 3 -7.7465 -0.3158 1.6277 34.8009
|
|
125 3 -7.7465 -0.0526 0.3604 29.6993
|
|
125 3 -7.7465 0.2105 -1.6651 25.2524
|
|
125 3 -7.7465 0.4737 -3.9997 21.5287
|
|
125 3 -7.7465 0.7368 -6.4486 18.3614
|
|
125 3 -7.7465 1.0000 -8.9798 15.6766
|
|
|
|
125 4 -5.2565 -4.0000 -54.2198 100.2520
|
|
125 4 -5.2565 -3.7368 -48.4286 101.1222
|
|
125 4 -5.2565 -3.4737 -42.1423 101.4579
|
|
125 4 -5.2565 -3.2105 -35.1468 101.2098
|
|
125 4 -5.2565 -2.9474 -27.1468 99.8150
|
|
125 4 -5.2565 -2.6842 -18.6316 96.1435
|
|
125 4 -5.2565 -2.4211 -11.2880 89.9549
|
|
125 4 -5.2565 -2.1579 -6.1951 82.5654
|
|
125 4 -5.2565 -1.8947 -3.0572 75.2200
|
|
125 4 -5.2565 -1.6316 -1.2660 68.3868
|
|
125 4 -5.2565 -1.3684 -0.3576 62.2750
|
|
125 4 -5.2565 -1.1053 0.2564 56.8982
|
|
125 4 -5.2565 -0.8421 1.0131 51.7727
|
|
125 4 -5.2565 -0.5789 1.7236 46.2544
|
|
125 4 -5.2565 -0.3158 1.6671 40.2106
|
|
125 4 -5.2565 -0.0526 0.3851 34.2775
|
|
125 4 -5.2565 0.2105 -1.8095 29.1073
|
|
125 4 -5.2565 0.4737 -4.3796 24.7798
|
|
125 4 -5.2565 0.7368 -7.0954 21.0950
|
|
125 4 -5.2565 1.0000 -9.9228 17.9672
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 126 coord.: 0.5000000 0.3333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.0052 eV Re[Sigma]= -24.871209 meV Im[Sigma]= 79.955733 meV Z= 1.015947 lam= -0.015696
|
|
E( 2 )= -11.7636 eV Re[Sigma]= -23.492535 meV Im[Sigma]= 75.575108 meV Z= 1.006779 lam= -0.006733
|
|
E( 3 )= -8.4117 eV Re[Sigma]= -8.339612 meV Im[Sigma]= 41.486985 meV Z= 0.992729 lam= 0.007325
|
|
E( 4 )= -7.0563 eV Re[Sigma]= -3.462784 meV Im[Sigma]= 78.068231 meV Z= 1.016948 lam= -0.016665
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 126 coord.: 0.5000000 0.3333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 126 w = -4.0000 eV A(k,w) = 0.47902E-05 meV^-1
|
|
ik = 126 w = -3.7368 eV A(k,w) = 0.42406E-05 meV^-1
|
|
ik = 126 w = -3.4737 eV A(k,w) = 0.37738E-05 meV^-1
|
|
ik = 126 w = -3.2105 eV A(k,w) = 0.33671E-05 meV^-1
|
|
ik = 126 w = -2.9474 eV A(k,w) = 0.29914E-05 meV^-1
|
|
ik = 126 w = -2.6842 eV A(k,w) = 0.26124E-05 meV^-1
|
|
ik = 126 w = -2.4211 eV A(k,w) = 0.22278E-05 meV^-1
|
|
ik = 126 w = -2.1579 eV A(k,w) = 0.18718E-05 meV^-1
|
|
ik = 126 w = -1.8947 eV A(k,w) = 0.15669E-05 meV^-1
|
|
ik = 126 w = -1.6316 eV A(k,w) = 0.13136E-05 meV^-1
|
|
ik = 126 w = -1.3684 eV A(k,w) = 0.11065E-05 meV^-1
|
|
ik = 126 w = -1.1053 eV A(k,w) = 0.93800E-06 meV^-1
|
|
ik = 126 w = -0.8421 eV A(k,w) = 0.79460E-06 meV^-1
|
|
ik = 126 w = -0.5789 eV A(k,w) = 0.66326E-06 meV^-1
|
|
ik = 126 w = -0.3158 eV A(k,w) = 0.54049E-06 meV^-1
|
|
ik = 126 w = -0.0526 eV A(k,w) = 0.43305E-06 meV^-1
|
|
ik = 126 w = 0.2105 eV A(k,w) = 0.34638E-06 meV^-1
|
|
ik = 126 w = 0.4737 eV A(k,w) = 0.27835E-06 meV^-1
|
|
ik = 126 w = 0.7368 eV A(k,w) = 0.22421E-06 meV^-1
|
|
ik = 126 w = 1.0000 eV A(k,w) = 0.18112E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
126 -4.0000 0.47902E-05
|
|
126 -3.7368 0.42406E-05
|
|
126 -3.4737 0.37738E-05
|
|
126 -3.2105 0.33671E-05
|
|
126 -2.9474 0.29914E-05
|
|
126 -2.6842 0.26124E-05
|
|
126 -2.4211 0.22278E-05
|
|
126 -2.1579 0.18718E-05
|
|
126 -1.8947 0.15669E-05
|
|
126 -1.6316 0.13136E-05
|
|
126 -1.3684 0.11065E-05
|
|
126 -1.1053 0.93800E-06
|
|
126 -0.8421 0.79460E-06
|
|
126 -0.5789 0.66326E-06
|
|
126 -0.3158 0.54049E-06
|
|
126 -0.0526 0.43305E-06
|
|
126 0.2105 0.34638E-06
|
|
126 0.4737 0.27835E-06
|
|
126 0.7368 0.22421E-06
|
|
126 1.0000 0.18112E-06
|
|
126 1 -12.0052 -4.0000 -41.1015 98.9790
|
|
126 1 -12.0052 -3.7368 -35.7167 98.4177
|
|
126 1 -12.0052 -3.4737 -30.0937 97.3930
|
|
126 1 -12.0052 -3.2105 -24.0197 95.8985
|
|
126 1 -12.0052 -2.9474 -17.2234 93.4647
|
|
126 1 -12.0052 -2.6842 -10.1101 89.1255
|
|
126 1 -12.0052 -2.4211 -4.1366 82.6761
|
|
126 1 -12.0052 -2.1579 -0.2435 75.2816
|
|
126 1 -12.0052 -1.8947 1.8437 68.0632
|
|
126 1 -12.0052 -1.6316 2.7048 61.4524
|
|
126 1 -12.0052 -1.3684 2.7916 55.6133
|
|
126 1 -12.0052 -1.1053 2.6281 50.5334
|
|
126 1 -12.0052 -0.8421 2.6001 45.7932
|
|
126 1 -12.0052 -0.5789 2.5736 40.8415
|
|
126 1 -12.0052 -0.3158 1.9725 35.5382
|
|
126 1 -12.0052 -0.0526 0.4134 30.3726
|
|
126 1 -12.0052 0.2105 -1.8653 25.8682
|
|
126 1 -12.0052 0.4737 -4.4327 22.0940
|
|
126 1 -12.0052 0.7368 -7.0966 18.8912
|
|
126 1 -12.0052 1.0000 -9.8190 16.1848
|
|
|
|
126 2 -11.7636 -4.0000 -41.8874 101.8430
|
|
126 2 -11.7636 -3.7368 -36.5060 101.1983
|
|
126 2 -11.7636 -3.4737 -30.8988 100.1856
|
|
126 2 -11.7636 -3.2105 -24.7593 98.7966
|
|
126 2 -11.7636 -2.9474 -17.7425 96.4706
|
|
126 2 -11.7636 -2.6842 -10.2871 92.1092
|
|
126 2 -11.7636 -2.4211 -3.9816 85.4598
|
|
126 2 -11.7636 -2.1579 0.1358 77.7552
|
|
126 2 -11.7636 -1.8947 2.3281 70.2019
|
|
126 2 -11.7636 -1.6316 3.2038 63.2835
|
|
126 2 -11.7636 -1.3684 3.2572 57.1852
|
|
126 2 -11.7636 -1.1053 3.0470 51.8811
|
|
126 2 -11.7636 -0.8421 2.9602 46.9271
|
|
126 2 -11.7636 -0.5789 2.8467 41.7722
|
|
126 2 -11.7636 -0.3158 2.1299 36.2925
|
|
126 2 -11.7636 -0.0526 0.4402 30.9859
|
|
126 2 -11.7636 0.2105 -1.9724 26.3738
|
|
126 2 -11.7636 0.4737 -4.6695 22.5215
|
|
126 2 -11.7636 0.7368 -7.4517 19.2649
|
|
126 2 -11.7636 1.0000 -10.2771 16.5207
|
|
|
|
126 3 -8.4117 -4.0000 -35.1623 69.9975
|
|
126 3 -8.4117 -3.7368 -31.5452 70.5035
|
|
126 3 -8.4117 -3.4737 -27.4922 70.7207
|
|
126 3 -8.4117 -3.2105 -22.8738 70.5346
|
|
126 3 -8.4117 -2.9474 -17.5387 69.5468
|
|
126 3 -8.4117 -2.6842 -11.8303 66.9985
|
|
126 3 -8.4117 -2.4211 -6.9060 62.7159
|
|
126 3 -8.4117 -2.1579 -3.5208 57.6052
|
|
126 3 -8.4117 -1.8947 -1.4650 52.5309
|
|
126 3 -8.4117 -1.6316 -0.3127 47.7999
|
|
126 3 -8.4117 -1.3684 0.2362 43.5427
|
|
126 3 -8.4117 -1.1053 0.5671 39.7826
|
|
126 3 -8.4117 -0.8421 0.9865 36.2059
|
|
126 3 -8.4117 -0.5789 1.3782 32.3705
|
|
126 3 -8.4117 -0.3158 1.2500 28.1765
|
|
126 3 -8.4117 -0.0526 0.2821 24.0576
|
|
126 3 -8.4117 0.2105 -1.3135 20.4646
|
|
126 3 -8.4117 0.4737 -3.1670 17.4541
|
|
126 3 -8.4117 0.7368 -5.1194 14.8890
|
|
126 3 -8.4117 1.0000 -7.1470 12.7105
|
|
|
|
126 4 -7.0563 -4.0000 -42.9546 79.8754
|
|
126 4 -7.0563 -3.7368 -38.7650 80.7577
|
|
126 4 -7.0563 -3.4737 -34.0173 81.3068
|
|
126 4 -7.0563 -3.2105 -28.5584 81.3707
|
|
126 4 -7.0563 -2.9474 -22.2244 80.4650
|
|
126 4 -7.0563 -2.6842 -15.4401 77.7036
|
|
126 4 -7.0563 -2.4211 -9.5609 72.9006
|
|
126 4 -7.0563 -2.1579 -5.4557 67.1131
|
|
126 4 -7.0563 -1.8947 -2.8831 61.3348
|
|
126 4 -7.0563 -1.6316 -1.3629 55.9216
|
|
126 4 -7.0563 -1.3684 -0.5525 51.0372
|
|
126 4 -7.0563 -1.1053 0.0038 46.7164
|
|
126 4 -7.0563 -0.8421 0.6707 42.5869
|
|
126 4 -7.0563 -0.5789 1.3071 38.1187
|
|
126 4 -7.0563 -0.3158 1.3169 33.1913
|
|
126 4 -7.0563 -0.0526 0.3092 28.3294
|
|
126 4 -7.0563 0.2105 -1.4634 24.0806
|
|
126 4 -7.0563 0.4737 -3.5566 20.5165
|
|
126 4 -7.0563 0.7368 -5.7806 17.4750
|
|
126 4 -7.0563 1.0000 -8.1073 14.8895
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 127 coord.: 0.5000000 0.5000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.8708 eV Re[Sigma]= -28.997449 meV Im[Sigma]= 63.141684 meV Z= 1.000478 lam= -0.000478
|
|
E( 2 )= -11.9934 eV Re[Sigma]= -20.805058 meV Im[Sigma]= 78.314767 meV Z= 1.012449 lam= -0.012296
|
|
E( 3 )= -6.9896 eV Re[Sigma]= -4.186787 meV Im[Sigma]= 70.002378 meV Z= 1.014673 lam= -0.014461
|
|
E( 4 )= -6.9896 eV Re[Sigma]= -4.186787 meV Im[Sigma]= 70.002378 meV Z= 1.014673 lam= -0.014461
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 127 coord.: 0.5000000 0.5000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 127 w = -4.0000 eV A(k,w) = 0.59367E-05 meV^-1
|
|
ik = 127 w = -3.7368 eV A(k,w) = 0.51820E-05 meV^-1
|
|
ik = 127 w = -3.4737 eV A(k,w) = 0.45595E-05 meV^-1
|
|
ik = 127 w = -3.2105 eV A(k,w) = 0.40300E-05 meV^-1
|
|
ik = 127 w = -2.9474 eV A(k,w) = 0.35514E-05 meV^-1
|
|
ik = 127 w = -2.6842 eV A(k,w) = 0.30788E-05 meV^-1
|
|
ik = 127 w = -2.4211 eV A(k,w) = 0.26074E-05 meV^-1
|
|
ik = 127 w = -2.1579 eV A(k,w) = 0.21764E-05 meV^-1
|
|
ik = 127 w = -1.8947 eV A(k,w) = 0.18112E-05 meV^-1
|
|
ik = 127 w = -1.6316 eV A(k,w) = 0.15102E-05 meV^-1
|
|
ik = 127 w = -1.3684 eV A(k,w) = 0.12659E-05 meV^-1
|
|
ik = 127 w = -1.1053 eV A(k,w) = 0.10684E-05 meV^-1
|
|
ik = 127 w = -0.8421 eV A(k,w) = 0.90098E-06 meV^-1
|
|
ik = 127 w = -0.5789 eV A(k,w) = 0.74815E-06 meV^-1
|
|
ik = 127 w = -0.3158 eV A(k,w) = 0.60594E-06 meV^-1
|
|
ik = 127 w = -0.0526 eV A(k,w) = 0.48228E-06 meV^-1
|
|
ik = 127 w = 0.2105 eV A(k,w) = 0.38324E-06 meV^-1
|
|
ik = 127 w = 0.4737 eV A(k,w) = 0.30606E-06 meV^-1
|
|
ik = 127 w = 0.7368 eV A(k,w) = 0.24498E-06 meV^-1
|
|
ik = 127 w = 1.0000 eV A(k,w) = 0.19663E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
127 -4.0000 0.59367E-05
|
|
127 -3.7368 0.51820E-05
|
|
127 -3.4737 0.45595E-05
|
|
127 -3.2105 0.40300E-05
|
|
127 -2.9474 0.35514E-05
|
|
127 -2.6842 0.30788E-05
|
|
127 -2.4211 0.26074E-05
|
|
127 -2.1579 0.21764E-05
|
|
127 -1.8947 0.18112E-05
|
|
127 -1.6316 0.15102E-05
|
|
127 -1.3684 0.12659E-05
|
|
127 -1.1053 0.10684E-05
|
|
127 -0.8421 0.90098E-06
|
|
127 -0.5789 0.74815E-06
|
|
127 -0.3158 0.60594E-06
|
|
127 -0.0526 0.48228E-06
|
|
127 0.2105 0.38324E-06
|
|
127 0.4737 0.30606E-06
|
|
127 0.7368 0.24498E-06
|
|
127 1.0000 0.19663E-06
|
|
127 1 -12.8708 -4.0000 -38.0590 89.3220
|
|
127 1 -12.8708 -3.7368 -33.2600 89.0230
|
|
127 1 -12.8708 -3.4737 -28.1604 88.2869
|
|
127 1 -12.8708 -3.2105 -22.6072 87.0708
|
|
127 1 -12.8708 -2.9474 -16.3990 84.9600
|
|
127 1 -12.8708 -2.6842 -9.9096 81.1053
|
|
127 1 -12.8708 -2.4211 -4.4556 75.3274
|
|
127 1 -12.8708 -2.1579 -0.8907 68.6910
|
|
127 1 -12.8708 -1.8947 1.0457 62.2205
|
|
127 1 -12.8708 -1.6316 1.8918 56.2979
|
|
127 1 -12.8708 -1.3684 2.0546 51.0587
|
|
127 1 -12.8708 -1.1053 2.0029 46.4879
|
|
127 1 -12.8708 -0.8421 2.0852 42.2007
|
|
127 1 -12.8708 -0.5789 2.1720 37.6870
|
|
127 1 -12.8708 -0.3158 1.7211 32.8167
|
|
127 1 -12.8708 -0.0526 0.3672 28.0497
|
|
127 1 -12.8708 0.2105 -1.6722 23.8825
|
|
127 1 -12.8708 0.4737 -3.9945 20.3867
|
|
127 1 -12.8708 0.7368 -6.4183 17.4185
|
|
127 1 -12.8708 1.0000 -8.9052 14.9110
|
|
|
|
127 2 -11.9934 -4.0000 -41.6146 99.7820
|
|
127 2 -11.9934 -3.7368 -36.4379 99.3447
|
|
127 2 -11.9934 -3.4737 -30.9504 98.5263
|
|
127 2 -11.9934 -3.2105 -24.8927 97.2784
|
|
127 2 -11.9934 -2.9474 -17.9815 95.0581
|
|
127 2 -11.9934 -2.6842 -10.6648 90.8296
|
|
127 2 -11.9934 -2.4211 -4.4808 84.3697
|
|
127 2 -11.9934 -2.1579 -0.4273 76.8842
|
|
127 2 -11.9934 -1.8947 1.7595 69.5436
|
|
127 2 -11.9934 -1.6316 2.6738 62.8131
|
|
127 2 -11.9934 -1.3684 2.7937 56.8697
|
|
127 2 -11.9934 -1.1053 2.6640 51.6896
|
|
127 2 -11.9934 -0.8421 2.6680 46.8338
|
|
127 2 -11.9934 -0.5789 2.6540 41.7480
|
|
127 2 -11.9934 -0.3158 2.0353 36.3029
|
|
127 2 -11.9934 -0.0526 0.4268 31.0019
|
|
127 2 -11.9934 0.2105 -1.9276 26.3812
|
|
127 2 -11.9934 0.4737 -4.5853 22.5170
|
|
127 2 -11.9934 0.7368 -7.3415 19.2503
|
|
127 2 -11.9934 1.0000 -10.1493 16.4997
|
|
|
|
127 3 -6.9896 -4.0000 -43.0962 73.7777
|
|
127 3 -6.9896 -3.7368 -39.2115 74.9209
|
|
127 3 -6.9896 -3.4737 -34.7544 75.7898
|
|
127 3 -6.9896 -3.2105 -29.5562 76.2237
|
|
127 3 -6.9896 -2.9474 -23.4471 75.7406
|
|
127 3 -6.9896 -2.6842 -16.8212 73.4642
|
|
127 3 -6.9896 -2.4211 -10.9901 69.1727
|
|
127 3 -6.9896 -2.1579 -6.8301 63.8623
|
|
127 3 -6.9896 -1.8947 -4.1408 58.5017
|
|
127 3 -6.9896 -1.6316 -2.4715 53.4525
|
|
127 3 -6.9896 -1.3684 -1.4889 48.8879
|
|
127 3 -6.9896 -1.1053 -0.7414 44.8416
|
|
127 3 -6.9896 -0.8421 0.1230 40.9375
|
|
127 3 -6.9896 -0.5789 0.9449 36.6535
|
|
127 3 -6.9896 -0.3158 1.1232 31.8888
|
|
127 3 -6.9896 -0.0526 0.2770 27.1788
|
|
127 3 -6.9896 0.2105 -1.3345 23.0693
|
|
127 3 -6.9896 0.4737 -3.2656 19.6299
|
|
127 3 -6.9896 0.7368 -5.3268 16.6960
|
|
127 3 -6.9896 1.0000 -7.4938 14.1983
|
|
|
|
127 4 -6.9896 -4.0000 -43.1272 73.2839
|
|
127 4 -6.9896 -3.7368 -39.2611 74.4533
|
|
127 4 -6.9896 -3.4737 -34.8279 75.3552
|
|
127 4 -6.9896 -3.2105 -29.6500 75.8343
|
|
127 4 -6.9896 -2.9474 -23.5454 75.4030
|
|
127 4 -6.9896 -2.6842 -16.9086 73.1707
|
|
127 4 -6.9896 -2.4211 -11.0626 68.9105
|
|
127 4 -6.9896 -2.1579 -6.8908 63.6250
|
|
127 4 -6.9896 -1.8947 -4.1896 58.2878
|
|
127 4 -6.9896 -1.6316 -2.5053 53.2586
|
|
127 4 -6.9896 -1.3684 -1.5071 48.7070
|
|
127 4 -6.9896 -1.1053 -0.7479 44.6670
|
|
127 4 -6.9896 -0.8421 0.1204 40.7671
|
|
127 4 -6.9896 -0.5789 0.9406 36.4918
|
|
127 4 -6.9896 -0.3158 1.1180 31.7419
|
|
127 4 -6.9896 -0.0526 0.2757 27.0482
|
|
127 4 -6.9896 0.2105 -1.3289 22.9525
|
|
127 4 -6.9896 0.4737 -3.2537 19.5246
|
|
127 4 -6.9896 0.7368 -5.3094 16.6022
|
|
127 4 -6.9896 1.0000 -7.4701 14.1171
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 128 coord.: 0.5000000 0.5000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.305846 meV Im[Sigma]= 56.076443 meV Z= 1.000191 lam= -0.000191
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.714384 meV Im[Sigma]= 56.833211 meV Z= 1.000355 lam= -0.000355
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -10.546324 meV Im[Sigma]= 82.756852 meV Z= 1.018010 lam= -0.017692
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.241436 meV Im[Sigma]= 80.025776 meV Z= 1.002837 lam= -0.002829
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 128 coord.: 0.5000000 0.5000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 128 w = -4.0000 eV A(k,w) = 0.10767E-04 meV^-1
|
|
ik = 128 w = -3.7368 eV A(k,w) = 0.88349E-05 meV^-1
|
|
ik = 128 w = -3.4737 eV A(k,w) = 0.73904E-05 meV^-1
|
|
ik = 128 w = -3.2105 eV A(k,w) = 0.62647E-05 meV^-1
|
|
ik = 128 w = -2.9474 eV A(k,w) = 0.53311E-05 meV^-1
|
|
ik = 128 w = -2.6842 eV A(k,w) = 0.44870E-05 meV^-1
|
|
ik = 128 w = -2.4211 eV A(k,w) = 0.37048E-05 meV^-1
|
|
ik = 128 w = -2.1579 eV A(k,w) = 0.30245E-05 meV^-1
|
|
ik = 128 w = -1.8947 eV A(k,w) = 0.24676E-05 meV^-1
|
|
ik = 128 w = -1.6316 eV A(k,w) = 0.20216E-05 meV^-1
|
|
ik = 128 w = -1.3684 eV A(k,w) = 0.16684E-05 meV^-1
|
|
ik = 128 w = -1.1053 eV A(k,w) = 0.13889E-05 meV^-1
|
|
ik = 128 w = -0.8421 eV A(k,w) = 0.11573E-05 meV^-1
|
|
ik = 128 w = -0.5789 eV A(k,w) = 0.95103E-06 meV^-1
|
|
ik = 128 w = -0.3158 eV A(k,w) = 0.76338E-06 meV^-1
|
|
ik = 128 w = -0.0526 eV A(k,w) = 0.60287E-06 meV^-1
|
|
ik = 128 w = 0.2105 eV A(k,w) = 0.47576E-06 meV^-1
|
|
ik = 128 w = 0.4737 eV A(k,w) = 0.37754E-06 meV^-1
|
|
ik = 128 w = 0.7368 eV A(k,w) = 0.30045E-06 meV^-1
|
|
ik = 128 w = 1.0000 eV A(k,w) = 0.23988E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
128 -4.0000 0.10767E-04
|
|
128 -3.7368 0.88349E-05
|
|
128 -3.4737 0.73904E-05
|
|
128 -3.2105 0.62647E-05
|
|
128 -2.9474 0.53311E-05
|
|
128 -2.6842 0.44870E-05
|
|
128 -2.4211 0.37048E-05
|
|
128 -2.1579 0.30245E-05
|
|
128 -1.8947 0.24676E-05
|
|
128 -1.6316 0.20216E-05
|
|
128 -1.3684 0.16684E-05
|
|
128 -1.1053 0.13889E-05
|
|
128 -0.8421 0.11573E-05
|
|
128 -0.5789 0.95103E-06
|
|
128 -0.3158 0.76338E-06
|
|
128 -0.0526 0.60287E-06
|
|
128 0.2105 0.47576E-06
|
|
128 0.4737 0.37754E-06
|
|
128 0.7368 0.30045E-06
|
|
128 1.0000 0.23988E-06
|
|
128 1 -14.5793 -4.0000 -33.5466 97.8215
|
|
128 1 -14.5793 -3.7368 -28.5409 96.5701
|
|
128 1 -14.5793 -3.4737 -23.4055 94.9067
|
|
128 1 -14.5793 -3.2105 -17.9271 92.8504
|
|
128 1 -14.5793 -2.9474 -11.8332 89.9720
|
|
128 1 -14.5793 -2.6842 -5.4858 85.3668
|
|
128 1 -14.5793 -2.4211 -0.2436 78.8357
|
|
128 1 -14.5793 -2.1579 3.0076 71.4736
|
|
128 1 -14.5793 -1.8947 4.5302 64.3487
|
|
128 1 -14.5793 -1.6316 4.8930 57.8760
|
|
128 1 -14.5793 -1.3684 4.5432 52.1944
|
|
128 1 -14.5793 -1.1053 3.9699 47.2731
|
|
128 1 -14.5793 -0.8421 3.5235 42.7242
|
|
128 1 -14.5793 -0.5789 3.0910 38.0523
|
|
128 1 -14.5793 -0.3158 2.1733 33.1243
|
|
128 1 -14.5793 -0.0526 0.4349 28.3570
|
|
128 1 -14.5793 0.2105 -1.9198 24.2036
|
|
128 1 -14.5793 0.4737 -4.5141 20.7248
|
|
128 1 -14.5793 0.7368 -7.1748 17.7813
|
|
128 1 -14.5793 1.0000 -9.8622 15.3014
|
|
|
|
128 2 -10.2664 -4.0000 -44.2282 92.6924
|
|
128 2 -10.2664 -3.7368 -39.1228 92.8470
|
|
128 2 -10.2664 -3.4737 -33.6611 92.5950
|
|
128 2 -10.2664 -3.2105 -27.6027 91.8885
|
|
128 2 -10.2664 -2.9474 -20.6736 90.2028
|
|
128 2 -10.2664 -2.6842 -13.3075 86.5248
|
|
128 2 -10.2664 -2.4211 -7.0063 80.6259
|
|
128 2 -10.2664 -2.1579 -2.7534 73.6746
|
|
128 2 -10.2664 -1.8947 -0.3004 66.8082
|
|
128 2 -10.2664 -1.6316 0.9165 60.4766
|
|
128 2 -10.2664 -1.3684 1.3480 54.8627
|
|
128 2 -10.2664 -1.1053 1.5259 49.9568
|
|
128 2 -10.2664 -0.8421 1.8299 45.3284
|
|
128 2 -10.2664 -0.5789 2.1020 40.4265
|
|
128 2 -10.2664 -0.3158 1.7458 35.1329
|
|
128 2 -10.2664 -0.0526 0.3796 29.9674
|
|
128 2 -10.2664 0.2105 -1.7406 25.4701
|
|
128 2 -10.2664 0.4737 -4.1668 21.7107
|
|
128 2 -10.2664 0.7368 -6.6993 18.5234
|
|
128 2 -10.2664 1.0000 -9.3012 15.8296
|
|
|
|
128 3 -7.2955 -4.0000 -43.8413 85.0766
|
|
128 3 -7.2955 -3.7368 -39.2160 85.7000
|
|
128 3 -7.2955 -3.4737 -34.1141 85.9386
|
|
128 3 -7.2955 -3.2105 -28.3561 85.6849
|
|
128 3 -7.2955 -2.9474 -21.7426 84.4438
|
|
128 3 -7.2955 -2.6842 -14.7073 81.2937
|
|
128 3 -7.2955 -2.4211 -8.6500 76.0471
|
|
128 3 -7.2955 -2.1579 -4.4664 69.7960
|
|
128 3 -7.2955 -1.8947 -1.9186 63.5742
|
|
128 3 -7.2955 -1.6316 -0.5072 57.7794
|
|
128 3 -7.2955 -1.3684 0.1542 52.5949
|
|
128 3 -7.2955 -1.1053 0.5609 48.0411
|
|
128 3 -7.2955 -0.8421 1.0898 43.7183
|
|
128 3 -7.2955 -0.5789 1.5941 39.0816
|
|
128 3 -7.2955 -0.3158 1.4731 34.0072
|
|
128 3 -7.2955 -0.0526 0.3351 29.0196
|
|
128 3 -7.2955 0.2105 -1.5661 24.6666
|
|
128 3 -7.2955 0.4737 -3.7834 21.0193
|
|
128 3 -7.2955 0.7368 -6.1229 17.9137
|
|
128 3 -7.2955 1.0000 -8.5538 15.2788
|
|
|
|
128 4 -5.9070 -4.0000 -49.9870 88.2790
|
|
128 4 -5.9070 -3.7368 -45.0580 89.3077
|
|
128 4 -5.9070 -3.4737 -39.6013 89.9358
|
|
128 4 -5.9070 -3.2105 -33.4106 90.0590
|
|
128 4 -5.9070 -2.9474 -26.2457 89.1432
|
|
128 4 -5.9070 -2.6842 -18.5530 86.1715
|
|
128 4 -5.9070 -2.4211 -11.8456 80.9082
|
|
128 4 -5.9070 -2.1579 -7.1121 74.5160
|
|
128 4 -5.9070 -1.8947 -4.1076 68.1106
|
|
128 4 -5.9070 -1.6316 -2.3018 62.1149
|
|
128 4 -5.9070 -1.3684 -1.2915 56.7280
|
|
128 4 -5.9070 -1.1053 -0.5433 51.9776
|
|
128 4 -5.9070 -0.8421 0.3520 47.4204
|
|
128 4 -5.9070 -0.5789 1.2143 42.4482
|
|
128 4 -5.9070 -0.3158 1.3525 36.9371
|
|
128 4 -5.9070 -0.0526 0.3273 31.4970
|
|
128 4 -5.9070 0.2105 -1.5653 26.7504
|
|
128 4 -5.9070 0.4737 -3.8168 22.7735
|
|
128 4 -5.9070 0.7368 -6.2141 19.3758
|
|
128 4 -5.9070 1.0000 -8.7329 16.4802
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 129 coord.: 0.5000000 0.5000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.206055 meV Im[Sigma]= 62.540023 meV Z= 1.004137 lam= -0.004120
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.484272 meV Im[Sigma]= 65.235171 meV Z= 1.008652 lam= -0.008578
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.755826 meV Im[Sigma]= 134.099312 meV Z= 1.018132 lam= -0.017809
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.529272 meV Im[Sigma]= 142.416534 meV Z= 1.025045 lam= -0.024433
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 129 coord.: 0.5000000 0.5000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 129 w = -4.0000 eV A(k,w) = 0.25511E-02 meV^-1
|
|
ik = 129 w = -3.7368 eV A(k,w) = 0.66740E-03 meV^-1
|
|
ik = 129 w = -3.4737 eV A(k,w) = 0.18758E-03 meV^-1
|
|
ik = 129 w = -3.2105 eV A(k,w) = 0.88827E-04 meV^-1
|
|
ik = 129 w = -2.9474 eV A(k,w) = 0.52108E-04 meV^-1
|
|
ik = 129 w = -2.6842 eV A(k,w) = 0.33637E-04 meV^-1
|
|
ik = 129 w = -2.4211 eV A(k,w) = 0.22641E-04 meV^-1
|
|
ik = 129 w = -2.1579 eV A(k,w) = 0.15667E-04 meV^-1
|
|
ik = 129 w = -1.8947 eV A(k,w) = 0.11141E-04 meV^-1
|
|
ik = 129 w = -1.6316 eV A(k,w) = 0.81290E-05 meV^-1
|
|
ik = 129 w = -1.3684 eV A(k,w) = 0.60790E-05 meV^-1
|
|
ik = 129 w = -1.1053 eV A(k,w) = 0.46488E-05 meV^-1
|
|
ik = 129 w = -0.8421 eV A(k,w) = 0.35965E-05 meV^-1
|
|
ik = 129 w = -0.5789 eV A(k,w) = 0.27672E-05 meV^-1
|
|
ik = 129 w = -0.3158 eV A(k,w) = 0.20939E-05 meV^-1
|
|
ik = 129 w = -0.0526 eV A(k,w) = 0.15675E-05 meV^-1
|
|
ik = 129 w = 0.2105 eV A(k,w) = 0.11783E-05 meV^-1
|
|
ik = 129 w = 0.4737 eV A(k,w) = 0.89463E-06 meV^-1
|
|
ik = 129 w = 0.7368 eV A(k,w) = 0.68388E-06 meV^-1
|
|
ik = 129 w = 1.0000 eV A(k,w) = 0.52628E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
129 -4.0000 0.25511E-02
|
|
129 -3.7368 0.66740E-03
|
|
129 -3.4737 0.18758E-03
|
|
129 -3.2105 0.88827E-04
|
|
129 -2.9474 0.52108E-04
|
|
129 -2.6842 0.33637E-04
|
|
129 -2.4211 0.22641E-04
|
|
129 -2.1579 0.15667E-04
|
|
129 -1.8947 0.11141E-04
|
|
129 -1.6316 0.81290E-05
|
|
129 -1.3684 0.60790E-05
|
|
129 -1.1053 0.46488E-05
|
|
129 -0.8421 0.35965E-05
|
|
129 -0.5789 0.27672E-05
|
|
129 -0.3158 0.20939E-05
|
|
129 -0.0526 0.15675E-05
|
|
129 0.2105 0.11783E-05
|
|
129 0.4737 0.89463E-06
|
|
129 0.7368 0.68388E-06
|
|
129 1.0000 0.52628E-06
|
|
129 1 -15.5565 -4.0000 -32.5995 103.1815
|
|
129 1 -15.5565 -3.7368 -27.1363 101.4672
|
|
129 1 -15.5565 -3.4737 -21.6533 99.2863
|
|
129 1 -15.5565 -3.2105 -15.9267 96.7033
|
|
129 1 -15.5565 -2.9474 -9.6556 93.3008
|
|
129 1 -15.5565 -2.6842 -3.1924 88.1606
|
|
129 1 -15.5565 -2.4211 2.0845 81.0776
|
|
129 1 -15.5565 -2.1579 5.2680 73.1714
|
|
129 1 -15.5565 -1.8947 6.6227 65.5479
|
|
129 1 -15.5565 -1.6316 6.7431 58.6515
|
|
129 1 -15.5565 -1.3684 6.1103 52.6263
|
|
129 1 -15.5565 -1.1053 5.2302 47.4312
|
|
129 1 -15.5565 -0.8421 4.4558 42.6781
|
|
129 1 -15.5565 -0.5789 3.6876 37.8862
|
|
129 1 -15.5565 -0.3158 2.4627 32.9254
|
|
129 1 -15.5565 -0.0526 0.4770 28.1817
|
|
129 1 -15.5565 0.2105 -2.0686 24.0709
|
|
129 1 -15.5565 0.4737 -4.8150 20.6400
|
|
129 1 -15.5565 0.7368 -7.5956 17.7483
|
|
129 1 -15.5565 1.0000 -10.3729 15.3176
|
|
|
|
129 2 -12.4383 -4.0000 -30.0174 73.6833
|
|
129 2 -12.4383 -3.7368 -26.3949 73.3942
|
|
129 2 -12.4383 -3.4737 -22.5085 72.8623
|
|
129 2 -12.4383 -3.2105 -18.1657 72.0346
|
|
129 2 -12.4383 -2.9474 -13.1523 70.5029
|
|
129 2 -12.4383 -2.6842 -7.7917 67.4835
|
|
129 2 -12.4383 -2.4211 -3.2343 62.7879
|
|
129 2 -12.4383 -2.1579 -0.2401 57.3091
|
|
129 2 -12.4383 -1.8947 1.3864 51.9201
|
|
129 2 -12.4383 -1.6316 2.0813 46.9534
|
|
129 2 -12.4383 -1.3684 2.1754 42.5389
|
|
129 2 -12.4383 -1.1053 2.0592 38.6830
|
|
129 2 -12.4383 -0.8421 2.0314 35.0801
|
|
129 2 -12.4383 -0.5789 1.9985 31.3144
|
|
129 2 -12.4383 -0.3158 1.5256 27.2765
|
|
129 2 -12.4383 -0.0526 0.3193 23.3379
|
|
129 2 -12.4383 0.2105 -1.4405 19.8994
|
|
129 2 -12.4383 0.4737 -3.4246 17.0158
|
|
129 2 -12.4383 0.7368 -5.4856 14.5670
|
|
129 2 -12.4383 1.0000 -7.5939 12.4967
|
|
|
|
129 3 -4.5379 -4.0000 -63.5396 114.9741
|
|
129 3 -4.5379 -3.7368 -56.9711 115.9774
|
|
129 3 -4.5379 -3.4737 -49.8233 116.5257
|
|
129 3 -4.5379 -3.2105 -41.7274 116.5148
|
|
129 3 -4.5379 -2.9474 -32.2931 115.1741
|
|
129 3 -4.5379 -2.6842 -22.1339 111.0778
|
|
129 3 -4.5379 -2.4211 -13.3166 103.8974
|
|
129 3 -4.5379 -2.1579 -7.1989 95.2013
|
|
129 3 -4.5379 -1.8947 -3.4774 86.5280
|
|
129 3 -4.5379 -1.6316 -1.4095 78.5022
|
|
129 3 -4.5379 -1.3684 -0.3851 71.3839
|
|
129 3 -4.5379 -1.1053 0.3164 65.1519
|
|
129 3 -4.5379 -0.8421 1.1898 59.2149
|
|
129 3 -4.5379 -0.5789 1.9983 52.8351
|
|
129 3 -4.5379 -0.3158 1.9207 45.8731
|
|
129 3 -4.5379 -0.0526 0.4427 39.0525
|
|
129 3 -4.5379 0.2105 -2.0800 33.1132
|
|
129 3 -4.5379 0.4737 -5.0362 28.1502
|
|
129 3 -4.5379 0.7368 -8.1561 23.9392
|
|
129 3 -4.5379 1.0000 -11.3922 20.3772
|
|
|
|
129 4 -3.8929 -4.0000 -65.6067 114.7271
|
|
129 4 -3.8929 -3.7368 -59.1305 115.8511
|
|
129 4 -3.8929 -3.4737 -52.0288 116.5943
|
|
129 4 -3.8929 -3.2105 -43.9220 116.8022
|
|
129 4 -3.8929 -2.9474 -34.4345 115.6878
|
|
129 4 -3.8929 -2.6842 -24.1751 111.8249
|
|
129 4 -3.8929 -2.4211 -15.1974 104.8678
|
|
129 4 -3.8929 -2.1579 -8.8607 96.3542
|
|
129 4 -3.8929 -1.8947 -4.8876 87.7957
|
|
129 4 -3.8929 -1.6316 -2.5756 79.8172
|
|
129 4 -3.8929 -1.3684 -1.3370 72.7097
|
|
129 4 -3.8929 -1.1053 -0.4356 66.4793
|
|
129 4 -3.8929 -0.8421 0.6500 60.5265
|
|
129 4 -3.8929 -0.5789 1.6790 54.0788
|
|
129 4 -3.8929 -0.3158 1.7856 46.9867
|
|
129 4 -3.8929 -0.0526 0.4259 40.0136
|
|
129 4 -3.8929 0.2105 -2.0262 33.9369
|
|
129 4 -3.8929 0.4737 -4.9316 28.8521
|
|
129 4 -3.8929 0.7368 -8.0168 24.5219
|
|
129 4 -3.8929 1.0000 -11.2427 20.8451
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 130 coord.: 0.5000000 0.5000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.6077 eV Re[Sigma]= -40.965352 meV Im[Sigma]= 59.573554 meV Z= 1.004764 lam= -0.004742
|
|
E( 2 )= -14.0678 eV Re[Sigma]= -10.055356 meV Im[Sigma]= 62.458197 meV Z= 1.003648 lam= -0.003634
|
|
E( 3 )= -2.9614 eV Re[Sigma]= 54.148762 meV Im[Sigma]= 173.018776 meV Z= 1.045794 lam= -0.043788
|
|
E( 4 )= -2.9614 eV Re[Sigma]= 54.148762 meV Im[Sigma]= 173.018776 meV Z= 1.045794 lam= -0.043788
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 130 coord.: 0.5000000 0.5000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 130 w = -4.0000 eV A(k,w) = 0.87587E-04 meV^-1
|
|
ik = 130 w = -3.7368 eV A(k,w) = 0.16138E-03 meV^-1
|
|
ik = 130 w = -3.4737 eV A(k,w) = 0.37912E-03 meV^-1
|
|
ik = 130 w = -3.2105 eV A(k,w) = 0.14923E-02 meV^-1
|
|
ik = 130 w = -2.9474 eV A(k,w) = 0.41415E-02 meV^-1
|
|
ik = 130 w = -2.6842 eV A(k,w) = 0.73009E-03 meV^-1
|
|
ik = 130 w = -2.4211 eV A(k,w) = 0.23068E-03 meV^-1
|
|
ik = 130 w = -2.1579 eV A(k,w) = 0.10278E-03 meV^-1
|
|
ik = 130 w = -1.8947 eV A(k,w) = 0.54665E-04 meV^-1
|
|
ik = 130 w = -1.6316 eV A(k,w) = 0.32422E-04 meV^-1
|
|
ik = 130 w = -1.3684 eV A(k,w) = 0.20752E-04 meV^-1
|
|
ik = 130 w = -1.1053 eV A(k,w) = 0.14061E-04 meV^-1
|
|
ik = 130 w = -0.8421 eV A(k,w) = 0.98750E-05 meV^-1
|
|
ik = 130 w = -0.5789 eV A(k,w) = 0.70153E-05 meV^-1
|
|
ik = 130 w = -0.3158 eV A(k,w) = 0.49593E-05 meV^-1
|
|
ik = 130 w = -0.0526 eV A(k,w) = 0.34993E-05 meV^-1
|
|
ik = 130 w = 0.2105 eV A(k,w) = 0.24975E-05 meV^-1
|
|
ik = 130 w = 0.4737 eV A(k,w) = 0.18112E-05 meV^-1
|
|
ik = 130 w = 0.7368 eV A(k,w) = 0.13287E-05 meV^-1
|
|
ik = 130 w = 1.0000 eV A(k,w) = 0.98491E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
130 -4.0000 0.87587E-04
|
|
130 -3.7368 0.16138E-03
|
|
130 -3.4737 0.37912E-03
|
|
130 -3.2105 0.14923E-02
|
|
130 -2.9474 0.41415E-02
|
|
130 -2.6842 0.73009E-03
|
|
130 -2.4211 0.23068E-03
|
|
130 -2.1579 0.10278E-03
|
|
130 -1.8947 0.54665E-04
|
|
130 -1.6316 0.32422E-04
|
|
130 -1.3684 0.20752E-04
|
|
130 -1.1053 0.14061E-04
|
|
130 -0.8421 0.98750E-05
|
|
130 -0.5789 0.70153E-05
|
|
130 -0.3158 0.49593E-05
|
|
130 -0.0526 0.34993E-05
|
|
130 0.2105 0.24975E-05
|
|
130 0.4737 0.18112E-05
|
|
130 0.7368 0.13287E-05
|
|
130 1.0000 0.98491E-06
|
|
130 1 -15.6077 -4.0000 -33.9350 105.1038
|
|
130 1 -15.6077 -3.7368 -27.9308 103.3866
|
|
130 1 -15.6077 -3.4737 -22.0285 101.0251
|
|
130 1 -15.6077 -3.2105 -16.0290 98.2208
|
|
130 1 -15.6077 -2.9474 -9.5606 94.6189
|
|
130 1 -15.6077 -2.6842 -2.9248 89.2781
|
|
130 1 -15.6077 -2.4211 2.4839 81.9610
|
|
130 1 -15.6077 -2.1579 5.7222 73.8043
|
|
130 1 -15.6077 -1.8947 7.0519 65.9598
|
|
130 1 -15.6077 -1.6316 7.1014 58.9056
|
|
130 1 -15.6077 -1.3684 6.3980 52.7829
|
|
130 1 -15.6077 -1.1053 5.4698 47.5171
|
|
130 1 -15.6077 -0.8421 4.6568 42.6926
|
|
130 1 -15.6077 -0.5789 3.8360 37.8306
|
|
130 1 -15.6077 -0.3158 2.5429 32.8205
|
|
130 1 -15.6077 -0.0526 0.4894 28.0545
|
|
130 1 -15.6077 0.2105 -2.1143 23.9407
|
|
130 1 -15.6077 0.4737 -4.9072 20.5209
|
|
130 1 -15.6077 0.7368 -7.7195 17.6494
|
|
130 1 -15.6077 1.0000 -10.5135 15.2404
|
|
|
|
130 2 -14.0678 -4.0000 -26.4820 69.6949
|
|
130 2 -14.0678 -3.7368 -22.8587 69.2852
|
|
130 2 -14.0678 -3.4737 -19.0936 68.4618
|
|
130 2 -14.0678 -3.2105 -15.1023 67.2993
|
|
130 2 -14.0678 -2.9474 -10.6628 65.5549
|
|
130 2 -14.0678 -2.6842 -5.9769 62.5713
|
|
130 2 -14.0678 -2.4211 -2.0153 58.1535
|
|
130 2 -14.0678 -2.1579 0.5530 53.0710
|
|
130 2 -14.0678 -1.8947 1.9031 48.0911
|
|
130 2 -14.0678 -1.6316 2.4221 43.5013
|
|
130 2 -14.0678 -1.3684 2.3968 39.4171
|
|
130 2 -14.0678 -1.1053 2.1764 35.8551
|
|
130 2 -14.0678 -0.8421 2.0440 32.5471
|
|
130 2 -14.0678 -0.5789 1.9313 29.1065
|
|
130 2 -14.0678 -0.3158 1.4446 25.4126
|
|
130 2 -14.0678 -0.0526 0.3002 21.7914
|
|
130 2 -14.0678 0.2105 -1.3523 18.6128
|
|
130 2 -14.0678 0.4737 -3.2179 15.9349
|
|
130 2 -14.0678 0.7368 -5.1627 13.6557
|
|
130 2 -14.0678 1.0000 -7.1557 11.7289
|
|
|
|
130 3 -2.9614 -4.0000 -77.3750 128.3564
|
|
130 3 -2.9614 -3.7368 -69.7113 129.8267
|
|
130 3 -2.9614 -3.4737 -61.4383 130.8041
|
|
130 3 -2.9614 -3.2105 -52.1009 131.1697
|
|
130 3 -2.9614 -2.9474 -41.2473 130.0583
|
|
130 3 -2.9614 -2.6842 -29.5396 125.8810
|
|
130 3 -2.9614 -2.4211 -19.2463 118.2520
|
|
130 3 -2.9614 -2.1579 -11.8639 108.8583
|
|
130 3 -2.9614 -1.8947 -7.1065 99.3495
|
|
130 3 -2.9614 -1.6316 -4.2343 90.4319
|
|
130 3 -2.9614 -1.3684 -2.5997 82.4672
|
|
130 3 -2.9614 -1.1053 -1.3576 75.4809
|
|
130 3 -2.9614 -0.8421 0.0966 68.7903
|
|
130 3 -2.9614 -0.5789 1.4900 61.5046
|
|
130 3 -2.9614 -0.3158 1.8216 53.4448
|
|
130 3 -2.9614 -0.0526 0.4531 45.4905
|
|
130 3 -2.9614 0.2105 -2.1916 38.5464
|
|
130 3 -2.9614 0.4737 -5.3762 32.7302
|
|
130 3 -2.9614 0.7368 -8.7850 27.7734
|
|
130 3 -2.9614 1.0000 -12.3708 23.5641
|
|
|
|
130 4 -2.9614 -4.0000 -77.8378 128.9424
|
|
130 4 -2.9614 -3.7368 -70.0140 130.4529
|
|
130 4 -2.9614 -3.4737 -61.5973 131.3925
|
|
130 4 -2.9614 -3.2105 -52.1646 131.6812
|
|
130 4 -2.9614 -2.9474 -41.2596 130.4873
|
|
130 4 -2.9614 -2.6842 -29.5308 126.2359
|
|
130 4 -2.9614 -2.4211 -19.2362 118.5467
|
|
130 4 -2.9614 -2.1579 -11.8636 109.1087
|
|
130 4 -2.9614 -1.8947 -7.1196 99.5708
|
|
130 4 -2.9614 -1.6316 -4.2580 90.6365
|
|
130 4 -2.9614 -1.3684 -2.6271 82.6627
|
|
130 4 -2.9614 -1.1053 -1.3804 75.6686
|
|
130 4 -2.9614 -0.8421 0.0841 68.9655
|
|
130 4 -2.9614 -0.5789 1.4874 61.6606
|
|
130 4 -2.9614 -0.3158 1.8241 53.5771
|
|
130 4 -2.9614 -0.0526 0.4541 45.5983
|
|
130 4 -2.9614 0.2105 -2.1976 38.6326
|
|
130 4 -2.9614 0.4737 -5.3924 32.7992
|
|
130 4 -2.9614 0.7368 -8.8122 27.8296
|
|
130 4 -2.9614 1.0000 -12.4085 23.6111
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 131 coord.: 0.5000000 0.5000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.206181 meV Im[Sigma]= 62.540291 meV Z= 1.004137 lam= -0.004120
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.484287 meV Im[Sigma]= 65.234898 meV Z= 1.008652 lam= -0.008578
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.755278 meV Im[Sigma]= 134.100059 meV Z= 1.018132 lam= -0.017809
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.529375 meV Im[Sigma]= 142.416566 meV Z= 1.025045 lam= -0.024433
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 131 coord.: 0.5000000 0.5000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 131 w = -4.0000 eV A(k,w) = 0.25511E-02 meV^-1
|
|
ik = 131 w = -3.7368 eV A(k,w) = 0.66740E-03 meV^-1
|
|
ik = 131 w = -3.4737 eV A(k,w) = 0.18758E-03 meV^-1
|
|
ik = 131 w = -3.2105 eV A(k,w) = 0.88827E-04 meV^-1
|
|
ik = 131 w = -2.9474 eV A(k,w) = 0.52108E-04 meV^-1
|
|
ik = 131 w = -2.6842 eV A(k,w) = 0.33637E-04 meV^-1
|
|
ik = 131 w = -2.4211 eV A(k,w) = 0.22642E-04 meV^-1
|
|
ik = 131 w = -2.1579 eV A(k,w) = 0.15667E-04 meV^-1
|
|
ik = 131 w = -1.8947 eV A(k,w) = 0.11141E-04 meV^-1
|
|
ik = 131 w = -1.6316 eV A(k,w) = 0.81290E-05 meV^-1
|
|
ik = 131 w = -1.3684 eV A(k,w) = 0.60790E-05 meV^-1
|
|
ik = 131 w = -1.1053 eV A(k,w) = 0.46488E-05 meV^-1
|
|
ik = 131 w = -0.8421 eV A(k,w) = 0.35965E-05 meV^-1
|
|
ik = 131 w = -0.5789 eV A(k,w) = 0.27673E-05 meV^-1
|
|
ik = 131 w = -0.3158 eV A(k,w) = 0.20939E-05 meV^-1
|
|
ik = 131 w = -0.0526 eV A(k,w) = 0.15675E-05 meV^-1
|
|
ik = 131 w = 0.2105 eV A(k,w) = 0.11783E-05 meV^-1
|
|
ik = 131 w = 0.4737 eV A(k,w) = 0.89463E-06 meV^-1
|
|
ik = 131 w = 0.7368 eV A(k,w) = 0.68388E-06 meV^-1
|
|
ik = 131 w = 1.0000 eV A(k,w) = 0.52628E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
131 -4.0000 0.25511E-02
|
|
131 -3.7368 0.66740E-03
|
|
131 -3.4737 0.18758E-03
|
|
131 -3.2105 0.88827E-04
|
|
131 -2.9474 0.52108E-04
|
|
131 -2.6842 0.33637E-04
|
|
131 -2.4211 0.22642E-04
|
|
131 -2.1579 0.15667E-04
|
|
131 -1.8947 0.11141E-04
|
|
131 -1.6316 0.81290E-05
|
|
131 -1.3684 0.60790E-05
|
|
131 -1.1053 0.46488E-05
|
|
131 -0.8421 0.35965E-05
|
|
131 -0.5789 0.27673E-05
|
|
131 -0.3158 0.20939E-05
|
|
131 -0.0526 0.15675E-05
|
|
131 0.2105 0.11783E-05
|
|
131 0.4737 0.89463E-06
|
|
131 0.7368 0.68388E-06
|
|
131 1.0000 0.52628E-06
|
|
131 1 -15.5565 -4.0000 -32.6001 103.1818
|
|
131 1 -15.5565 -3.7368 -27.1370 101.4675
|
|
131 1 -15.5565 -3.4737 -21.6539 99.2867
|
|
131 1 -15.5565 -3.2105 -15.9272 96.7038
|
|
131 1 -15.5565 -2.9474 -9.6561 93.3013
|
|
131 1 -15.5565 -2.6842 -3.1928 88.1611
|
|
131 1 -15.5565 -2.4211 2.0842 81.0782
|
|
131 1 -15.5565 -2.1579 5.2677 73.1719
|
|
131 1 -15.5565 -1.8947 6.6225 65.5484
|
|
131 1 -15.5565 -1.6316 6.7429 58.6520
|
|
131 1 -15.5565 -1.3684 6.1102 52.6268
|
|
131 1 -15.5565 -1.1053 5.2300 47.4316
|
|
131 1 -15.5565 -0.8421 4.4557 42.6785
|
|
131 1 -15.5565 -0.5789 3.6875 37.8866
|
|
131 1 -15.5565 -0.3158 2.4627 32.9258
|
|
131 1 -15.5565 -0.0526 0.4770 28.1820
|
|
131 1 -15.5565 0.2105 -2.0686 24.0711
|
|
131 1 -15.5565 0.4737 -4.8150 20.6402
|
|
131 1 -15.5565 0.7368 -7.5957 17.7485
|
|
131 1 -15.5565 1.0000 -10.3729 15.3178
|
|
|
|
131 2 -12.4383 -4.0000 -30.0169 73.6831
|
|
131 2 -12.4383 -3.7368 -26.3945 73.3940
|
|
131 2 -12.4383 -3.4737 -22.5081 72.8620
|
|
131 2 -12.4383 -3.2105 -18.1653 72.0342
|
|
131 2 -12.4383 -2.9474 -13.1519 70.5026
|
|
131 2 -12.4383 -2.6842 -7.7914 67.4831
|
|
131 2 -12.4383 -2.4211 -3.2341 62.7875
|
|
131 2 -12.4383 -2.1579 -0.2399 57.3087
|
|
131 2 -12.4383 -1.8947 1.3866 51.9197
|
|
131 2 -12.4383 -1.6316 2.0815 46.9530
|
|
131 2 -12.4383 -1.3684 2.1755 42.5386
|
|
131 2 -12.4383 -1.1053 2.0593 38.6826
|
|
131 2 -12.4383 -0.8421 2.0314 35.0798
|
|
131 2 -12.4383 -0.5789 1.9985 31.3141
|
|
131 2 -12.4383 -0.3158 1.5256 27.2763
|
|
131 2 -12.4383 -0.0526 0.3193 23.3377
|
|
131 2 -12.4383 0.2105 -1.4405 19.8992
|
|
131 2 -12.4383 0.4737 -3.4246 17.0156
|
|
131 2 -12.4383 0.7368 -5.4856 14.5669
|
|
131 2 -12.4383 1.0000 -7.5939 12.4966
|
|
|
|
131 3 -4.5379 -4.0000 -63.5405 114.9748
|
|
131 3 -4.5379 -3.7368 -56.9720 115.9781
|
|
131 3 -4.5379 -3.4737 -49.8242 116.5264
|
|
131 3 -4.5379 -3.2105 -41.7283 116.5157
|
|
131 3 -4.5379 -2.9474 -32.2939 115.1751
|
|
131 3 -4.5379 -2.6842 -22.1346 111.0788
|
|
131 3 -4.5379 -2.4211 -13.3170 103.8984
|
|
131 3 -4.5379 -2.1579 -7.1992 95.2022
|
|
131 3 -4.5379 -1.8947 -3.4777 86.5288
|
|
131 3 -4.5379 -1.6316 -1.4097 78.5029
|
|
131 3 -4.5379 -1.3684 -0.3852 71.3846
|
|
131 3 -4.5379 -1.1053 0.3163 65.1525
|
|
131 3 -4.5379 -0.8421 1.1897 59.2155
|
|
131 3 -4.5379 -0.5789 1.9983 52.8356
|
|
131 3 -4.5379 -0.3158 1.9207 45.8735
|
|
131 3 -4.5379 -0.0526 0.4427 39.0529
|
|
131 3 -4.5379 0.2105 -2.0800 33.1135
|
|
131 3 -4.5379 0.4737 -5.0362 28.1504
|
|
131 3 -4.5379 0.7368 -8.1562 23.9394
|
|
131 3 -4.5379 1.0000 -11.3922 20.3774
|
|
|
|
131 4 -3.8929 -4.0000 -65.6066 114.7271
|
|
131 4 -3.8929 -3.7368 -59.1304 115.8511
|
|
131 4 -3.8929 -3.4737 -52.0286 116.5943
|
|
131 4 -3.8929 -3.2105 -43.9219 116.8022
|
|
131 4 -3.8929 -2.9474 -34.4343 115.6877
|
|
131 4 -3.8929 -2.6842 -24.1750 111.8248
|
|
131 4 -3.8929 -2.4211 -15.1973 104.8676
|
|
131 4 -3.8929 -2.1579 -8.8607 96.3541
|
|
131 4 -3.8929 -1.8947 -4.8876 87.7956
|
|
131 4 -3.8929 -1.6316 -2.5756 79.8171
|
|
131 4 -3.8929 -1.3684 -1.3369 72.7097
|
|
131 4 -3.8929 -1.1053 -0.4356 66.4793
|
|
131 4 -3.8929 -0.8421 0.6500 60.5264
|
|
131 4 -3.8929 -0.5789 1.6790 54.0788
|
|
131 4 -3.8929 -0.3158 1.7856 46.9867
|
|
131 4 -3.8929 -0.0526 0.4259 40.0136
|
|
131 4 -3.8929 0.2105 -2.0262 33.9369
|
|
131 4 -3.8929 0.4737 -4.9315 28.8521
|
|
131 4 -3.8929 0.7368 -8.0168 24.5219
|
|
131 4 -3.8929 1.0000 -11.2427 20.8451
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 132 coord.: 0.5000000 0.5000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.305802 meV Im[Sigma]= 56.076528 meV Z= 1.000191 lam= -0.000191
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.714361 meV Im[Sigma]= 56.833131 meV Z= 1.000355 lam= -0.000355
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -10.546530 meV Im[Sigma]= 82.756631 meV Z= 1.018010 lam= -0.017692
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.241418 meV Im[Sigma]= 80.026173 meV Z= 1.002837 lam= -0.002829
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 132 coord.: 0.5000000 0.5000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 132 w = -4.0000 eV A(k,w) = 0.10767E-04 meV^-1
|
|
ik = 132 w = -3.7368 eV A(k,w) = 0.88349E-05 meV^-1
|
|
ik = 132 w = -3.4737 eV A(k,w) = 0.73904E-05 meV^-1
|
|
ik = 132 w = -3.2105 eV A(k,w) = 0.62647E-05 meV^-1
|
|
ik = 132 w = -2.9474 eV A(k,w) = 0.53311E-05 meV^-1
|
|
ik = 132 w = -2.6842 eV A(k,w) = 0.44870E-05 meV^-1
|
|
ik = 132 w = -2.4211 eV A(k,w) = 0.37048E-05 meV^-1
|
|
ik = 132 w = -2.1579 eV A(k,w) = 0.30245E-05 meV^-1
|
|
ik = 132 w = -1.8947 eV A(k,w) = 0.24676E-05 meV^-1
|
|
ik = 132 w = -1.6316 eV A(k,w) = 0.20216E-05 meV^-1
|
|
ik = 132 w = -1.3684 eV A(k,w) = 0.16684E-05 meV^-1
|
|
ik = 132 w = -1.1053 eV A(k,w) = 0.13889E-05 meV^-1
|
|
ik = 132 w = -0.8421 eV A(k,w) = 0.11573E-05 meV^-1
|
|
ik = 132 w = -0.5789 eV A(k,w) = 0.95104E-06 meV^-1
|
|
ik = 132 w = -0.3158 eV A(k,w) = 0.76339E-06 meV^-1
|
|
ik = 132 w = -0.0526 eV A(k,w) = 0.60287E-06 meV^-1
|
|
ik = 132 w = 0.2105 eV A(k,w) = 0.47576E-06 meV^-1
|
|
ik = 132 w = 0.4737 eV A(k,w) = 0.37754E-06 meV^-1
|
|
ik = 132 w = 0.7368 eV A(k,w) = 0.30046E-06 meV^-1
|
|
ik = 132 w = 1.0000 eV A(k,w) = 0.23988E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
132 -4.0000 0.10767E-04
|
|
132 -3.7368 0.88349E-05
|
|
132 -3.4737 0.73904E-05
|
|
132 -3.2105 0.62647E-05
|
|
132 -2.9474 0.53311E-05
|
|
132 -2.6842 0.44870E-05
|
|
132 -2.4211 0.37048E-05
|
|
132 -2.1579 0.30245E-05
|
|
132 -1.8947 0.24676E-05
|
|
132 -1.6316 0.20216E-05
|
|
132 -1.3684 0.16684E-05
|
|
132 -1.1053 0.13889E-05
|
|
132 -0.8421 0.11573E-05
|
|
132 -0.5789 0.95104E-06
|
|
132 -0.3158 0.76339E-06
|
|
132 -0.0526 0.60287E-06
|
|
132 0.2105 0.47576E-06
|
|
132 0.4737 0.37754E-06
|
|
132 0.7368 0.30046E-06
|
|
132 1.0000 0.23988E-06
|
|
132 1 -14.5793 -4.0000 -33.5467 97.8214
|
|
132 1 -14.5793 -3.7368 -28.5410 96.5701
|
|
132 1 -14.5793 -3.4737 -23.4056 94.9067
|
|
132 1 -14.5793 -3.2105 -17.9271 92.8504
|
|
132 1 -14.5793 -2.9474 -11.8332 89.9720
|
|
132 1 -14.5793 -2.6842 -5.4858 85.3669
|
|
132 1 -14.5793 -2.4211 -0.2436 78.8357
|
|
132 1 -14.5793 -2.1579 3.0076 71.4736
|
|
132 1 -14.5793 -1.8947 4.5302 64.3487
|
|
132 1 -14.5793 -1.6316 4.8930 57.8761
|
|
132 1 -14.5793 -1.3684 4.5432 52.1944
|
|
132 1 -14.5793 -1.1053 3.9699 47.2731
|
|
132 1 -14.5793 -0.8421 3.5235 42.7242
|
|
132 1 -14.5793 -0.5789 3.0910 38.0523
|
|
132 1 -14.5793 -0.3158 2.1733 33.1243
|
|
132 1 -14.5793 -0.0526 0.4349 28.3570
|
|
132 1 -14.5793 0.2105 -1.9198 24.2036
|
|
132 1 -14.5793 0.4737 -4.5141 20.7248
|
|
132 1 -14.5793 0.7368 -7.1747 17.7813
|
|
132 1 -14.5793 1.0000 -9.8622 15.3014
|
|
|
|
132 2 -10.2664 -4.0000 -44.2280 92.6924
|
|
132 2 -10.2664 -3.7368 -39.1225 92.8469
|
|
132 2 -10.2664 -3.4737 -33.6608 92.5949
|
|
132 2 -10.2664 -3.2105 -27.6024 91.8884
|
|
132 2 -10.2664 -2.9474 -20.6734 90.2027
|
|
132 2 -10.2664 -2.6842 -13.3073 86.5246
|
|
132 2 -10.2664 -2.4211 -7.0061 80.6257
|
|
132 2 -10.2664 -2.1579 -2.7532 73.6744
|
|
132 2 -10.2664 -1.8947 -0.3003 66.8080
|
|
132 2 -10.2664 -1.6316 0.9166 60.4764
|
|
132 2 -10.2664 -1.3684 1.3481 54.8625
|
|
132 2 -10.2664 -1.1053 1.5260 49.9566
|
|
132 2 -10.2664 -0.8421 1.8299 45.3282
|
|
132 2 -10.2664 -0.5789 2.1021 40.4263
|
|
132 2 -10.2664 -0.3158 1.7458 35.1327
|
|
132 2 -10.2664 -0.0526 0.3796 29.9672
|
|
132 2 -10.2664 0.2105 -1.7406 25.4700
|
|
132 2 -10.2664 0.4737 -4.1668 21.7106
|
|
132 2 -10.2664 0.7368 -6.6993 18.5233
|
|
132 2 -10.2664 1.0000 -9.3012 15.8295
|
|
|
|
132 3 -7.2955 -4.0000 -43.8420 85.0770
|
|
132 3 -7.2955 -3.7368 -39.2167 85.7004
|
|
132 3 -7.2955 -3.4737 -34.1148 85.9391
|
|
132 3 -7.2955 -3.2105 -28.3567 85.6853
|
|
132 3 -7.2955 -2.9474 -21.7432 84.4443
|
|
132 3 -7.2955 -2.6842 -14.7079 81.2942
|
|
132 3 -7.2955 -2.4211 -8.6505 76.0477
|
|
132 3 -7.2955 -2.1579 -4.4668 69.7966
|
|
132 3 -7.2955 -1.8947 -1.9190 63.5748
|
|
132 3 -7.2955 -1.6316 -0.5075 57.7800
|
|
132 3 -7.2955 -1.3684 0.1539 52.5955
|
|
132 3 -7.2955 -1.1053 0.5607 48.0416
|
|
132 3 -7.2955 -0.8421 1.0896 43.7189
|
|
132 3 -7.2955 -0.5789 1.5941 39.0821
|
|
132 3 -7.2955 -0.3158 1.4731 34.0077
|
|
132 3 -7.2955 -0.0526 0.3351 29.0200
|
|
132 3 -7.2955 0.2105 -1.5661 24.6669
|
|
132 3 -7.2955 0.4737 -3.7834 21.0196
|
|
132 3 -7.2955 0.7368 -6.1229 17.9140
|
|
132 3 -7.2955 1.0000 -8.5538 15.2789
|
|
|
|
132 4 -5.9070 -4.0000 -49.9869 88.2792
|
|
132 4 -5.9070 -3.7368 -45.0579 89.3079
|
|
132 4 -5.9070 -3.4737 -39.6012 89.9359
|
|
132 4 -5.9070 -3.2105 -33.4105 90.0591
|
|
132 4 -5.9070 -2.9474 -26.2456 89.1433
|
|
132 4 -5.9070 -2.6842 -18.5530 86.1716
|
|
132 4 -5.9070 -2.4211 -11.8456 80.9083
|
|
132 4 -5.9070 -2.1579 -7.1120 74.5160
|
|
132 4 -5.9070 -1.8947 -4.1076 68.1106
|
|
132 4 -5.9070 -1.6316 -2.3018 62.1150
|
|
132 4 -5.9070 -1.3684 -1.2915 56.7281
|
|
132 4 -5.9070 -1.1053 -0.5433 51.9776
|
|
132 4 -5.9070 -0.8421 0.3520 47.4204
|
|
132 4 -5.9070 -0.5789 1.2143 42.4482
|
|
132 4 -5.9070 -0.3158 1.3525 36.9372
|
|
132 4 -5.9070 -0.0526 0.3273 31.4970
|
|
132 4 -5.9070 0.2105 -1.5652 26.7505
|
|
132 4 -5.9070 0.4737 -3.8168 22.7736
|
|
132 4 -5.9070 0.7368 -6.2141 19.3758
|
|
132 4 -5.9070 1.0000 -8.7329 16.4802
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 133 coord.: 0.5000000 0.6666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.507214 meV Im[Sigma]= 56.053323 meV Z= 1.000150 lam= -0.000150
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.769299 meV Im[Sigma]= 57.168247 meV Z= 1.000424 lam= -0.000424
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -11.406586 meV Im[Sigma]= 84.737353 meV Z= 1.018885 lam= -0.018535
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.763060 meV Im[Sigma]= 78.310120 meV Z= 1.002730 lam= -0.002723
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 133 coord.: 0.5000000 0.6666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 133 w = -4.0000 eV A(k,w) = 0.10692E-04 meV^-1
|
|
ik = 133 w = -3.7368 eV A(k,w) = 0.87799E-05 meV^-1
|
|
ik = 133 w = -3.4737 eV A(k,w) = 0.73519E-05 meV^-1
|
|
ik = 133 w = -3.2105 eV A(k,w) = 0.62394E-05 meV^-1
|
|
ik = 133 w = -2.9474 eV A(k,w) = 0.53157E-05 meV^-1
|
|
ik = 133 w = -2.6842 eV A(k,w) = 0.44779E-05 meV^-1
|
|
ik = 133 w = -2.4211 eV A(k,w) = 0.36993E-05 meV^-1
|
|
ik = 133 w = -2.1579 eV A(k,w) = 0.30210E-05 meV^-1
|
|
ik = 133 w = -1.8947 eV A(k,w) = 0.24651E-05 meV^-1
|
|
ik = 133 w = -1.6316 eV A(k,w) = 0.20198E-05 meV^-1
|
|
ik = 133 w = -1.3684 eV A(k,w) = 0.16671E-05 meV^-1
|
|
ik = 133 w = -1.1053 eV A(k,w) = 0.13881E-05 meV^-1
|
|
ik = 133 w = -0.8421 eV A(k,w) = 0.11567E-05 meV^-1
|
|
ik = 133 w = -0.5789 eV A(k,w) = 0.95063E-06 meV^-1
|
|
ik = 133 w = -0.3158 eV A(k,w) = 0.76307E-06 meV^-1
|
|
ik = 133 w = -0.0526 eV A(k,w) = 0.60262E-06 meV^-1
|
|
ik = 133 w = 0.2105 eV A(k,w) = 0.47556E-06 meV^-1
|
|
ik = 133 w = 0.4737 eV A(k,w) = 0.37738E-06 meV^-1
|
|
ik = 133 w = 0.7368 eV A(k,w) = 0.30032E-06 meV^-1
|
|
ik = 133 w = 1.0000 eV A(k,w) = 0.23976E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
133 -4.0000 0.10692E-04
|
|
133 -3.7368 0.87799E-05
|
|
133 -3.4737 0.73519E-05
|
|
133 -3.2105 0.62394E-05
|
|
133 -2.9474 0.53157E-05
|
|
133 -2.6842 0.44779E-05
|
|
133 -2.4211 0.36993E-05
|
|
133 -2.1579 0.30210E-05
|
|
133 -1.8947 0.24651E-05
|
|
133 -1.6316 0.20198E-05
|
|
133 -1.3684 0.16671E-05
|
|
133 -1.1053 0.13881E-05
|
|
133 -0.8421 0.11567E-05
|
|
133 -0.5789 0.95063E-06
|
|
133 -0.3158 0.76307E-06
|
|
133 -0.0526 0.60262E-06
|
|
133 0.2105 0.47556E-06
|
|
133 0.4737 0.37738E-06
|
|
133 0.7368 0.30032E-06
|
|
133 1.0000 0.23976E-06
|
|
133 1 -14.5793 -4.0000 -33.5482 97.9956
|
|
133 1 -14.5793 -3.7368 -28.5010 96.7113
|
|
133 1 -14.5793 -3.4737 -23.3464 95.0044
|
|
133 1 -14.5793 -3.2105 -17.8687 92.9096
|
|
133 1 -14.5793 -2.9474 -11.7851 90.0025
|
|
133 1 -14.5793 -2.6842 -5.4536 85.3763
|
|
133 1 -14.5793 -2.4211 -0.2313 78.8331
|
|
133 1 -14.5793 -2.1579 2.9998 71.4683
|
|
133 1 -14.5793 -1.8947 4.5056 64.3488
|
|
133 1 -14.5793 -1.6316 4.8572 57.8869
|
|
133 1 -14.5793 -1.3684 4.5032 52.2187
|
|
133 1 -14.5793 -1.1053 3.9321 47.3099
|
|
133 1 -14.5793 -0.8421 3.4926 42.7705
|
|
133 1 -14.5793 -0.5789 3.0698 38.1042
|
|
133 1 -14.5793 -0.3158 2.1627 33.1773
|
|
133 1 -14.5793 -0.0526 0.4333 28.4075
|
|
133 1 -14.5793 0.2105 -1.9142 24.2497
|
|
133 1 -14.5793 0.4737 -4.5029 20.7651
|
|
133 1 -14.5793 0.7368 -7.1601 17.8148
|
|
133 1 -14.5793 1.0000 -9.8464 15.3282
|
|
|
|
133 2 -10.2664 -4.0000 -43.5261 92.6282
|
|
133 2 -10.2664 -3.7368 -38.4469 92.6566
|
|
133 2 -10.2664 -3.4737 -33.0530 92.3021
|
|
133 2 -10.2664 -3.2105 -27.0850 91.5284
|
|
133 2 -10.2664 -2.9474 -20.2500 89.8105
|
|
133 2 -10.2664 -2.6842 -12.9697 86.1275
|
|
133 2 -10.2664 -2.4211 -6.7391 80.2417
|
|
133 2 -10.2664 -2.1579 -2.5408 73.3110
|
|
133 2 -10.2664 -1.8947 -0.1315 66.4663
|
|
133 2 -10.2664 -1.6316 1.0483 60.1571
|
|
133 2 -10.2664 -1.3684 1.4483 54.5664
|
|
133 2 -10.2664 -1.1053 1.5992 49.6833
|
|
133 2 -10.2664 -0.8421 1.8776 45.0784
|
|
133 2 -10.2664 -0.5789 2.1266 40.2040
|
|
133 2 -10.2664 -0.3158 1.7538 34.9426
|
|
133 2 -10.2664 -0.0526 0.3801 29.8093
|
|
133 2 -10.2664 0.2105 -1.7405 25.3403
|
|
133 2 -10.2664 0.4737 -4.1636 21.6045
|
|
133 2 -10.2664 0.7368 -6.6909 18.4372
|
|
133 2 -10.2664 1.0000 -9.2860 15.7600
|
|
|
|
133 3 -7.2955 -4.0000 -44.0184 86.1682
|
|
133 3 -7.2955 -3.7368 -39.2682 86.7561
|
|
133 3 -7.2955 -3.4737 -34.0593 86.9176
|
|
133 3 -7.2955 -3.2105 -28.2258 86.5656
|
|
133 3 -7.2955 -2.9474 -21.5652 85.2215
|
|
133 3 -7.2955 -2.6842 -14.5057 81.9693
|
|
133 3 -7.2955 -2.4211 -8.4457 76.6260
|
|
133 3 -7.2955 -2.1579 -4.2775 70.2903
|
|
133 3 -7.2955 -1.8947 -1.7558 64.0004
|
|
133 3 -7.2955 -1.6316 -0.3729 58.1527
|
|
133 3 -7.2955 -1.3684 0.2621 52.9261
|
|
133 3 -7.2955 -1.1053 0.6455 48.3371
|
|
133 3 -7.2955 -0.8421 1.1544 43.9830
|
|
133 3 -7.2955 -0.5789 1.6404 39.3159
|
|
133 3 -7.2955 -0.3158 1.4997 34.2119
|
|
133 3 -7.2955 -0.0526 0.3396 29.1979
|
|
133 3 -7.2955 0.2105 -1.5842 24.8231
|
|
133 3 -7.2955 0.4737 -3.8224 21.1580
|
|
133 3 -7.2955 0.7368 -6.1812 18.0365
|
|
133 3 -7.2955 1.0000 -8.6307 15.3868
|
|
|
|
133 4 -5.9070 -4.0000 -50.1137 87.0126
|
|
133 4 -5.9070 -3.7368 -45.3594 88.0921
|
|
133 4 -5.9070 -3.4737 -40.0537 88.8532
|
|
133 4 -5.9070 -3.2105 -33.9547 89.1586
|
|
133 4 -5.9070 -2.9474 -26.8104 88.4371
|
|
133 4 -5.9070 -2.6842 -19.0767 85.6345
|
|
133 4 -5.9070 -2.4211 -12.2961 80.4946
|
|
133 4 -5.9070 -2.1579 -7.4853 74.1842
|
|
133 4 -5.9070 -1.8947 -4.4133 67.8331
|
|
133 4 -5.9070 -1.6316 -2.5530 61.8777
|
|
133 4 -5.9070 -1.3684 -1.4967 56.5270
|
|
133 4 -5.9070 -1.1053 -0.7038 51.8096
|
|
133 4 -5.9070 -0.8421 0.2362 47.2785
|
|
133 4 -5.9070 -0.5789 1.1399 42.3249
|
|
133 4 -5.9070 -0.3158 1.3146 36.8274
|
|
133 4 -5.9070 -0.0526 0.3214 31.3977
|
|
133 4 -5.9070 0.2105 -1.5429 26.6597
|
|
133 4 -5.9070 0.4737 -3.7689 22.6901
|
|
133 4 -5.9070 0.7368 -6.1433 19.2985
|
|
133 4 -5.9070 1.0000 -8.6413 16.4081
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 134 coord.: 0.5000000 0.6666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.0052 eV Re[Sigma]= -24.871329 meV Im[Sigma]= 79.955723 meV Z= 1.015947 lam= -0.015696
|
|
E( 2 )= -11.7636 eV Re[Sigma]= -23.492475 meV Im[Sigma]= 75.575174 meV Z= 1.006779 lam= -0.006733
|
|
E( 3 )= -8.4117 eV Re[Sigma]= -8.339428 meV Im[Sigma]= 41.486981 meV Z= 0.992729 lam= 0.007325
|
|
E( 4 )= -7.0563 eV Re[Sigma]= -3.462732 meV Im[Sigma]= 78.067991 meV Z= 1.016948 lam= -0.016665
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 134 coord.: 0.5000000 0.6666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 134 w = -4.0000 eV A(k,w) = 0.47902E-05 meV^-1
|
|
ik = 134 w = -3.7368 eV A(k,w) = 0.42406E-05 meV^-1
|
|
ik = 134 w = -3.4737 eV A(k,w) = 0.37738E-05 meV^-1
|
|
ik = 134 w = -3.2105 eV A(k,w) = 0.33671E-05 meV^-1
|
|
ik = 134 w = -2.9474 eV A(k,w) = 0.29914E-05 meV^-1
|
|
ik = 134 w = -2.6842 eV A(k,w) = 0.26124E-05 meV^-1
|
|
ik = 134 w = -2.4211 eV A(k,w) = 0.22278E-05 meV^-1
|
|
ik = 134 w = -2.1579 eV A(k,w) = 0.18718E-05 meV^-1
|
|
ik = 134 w = -1.8947 eV A(k,w) = 0.15669E-05 meV^-1
|
|
ik = 134 w = -1.6316 eV A(k,w) = 0.13136E-05 meV^-1
|
|
ik = 134 w = -1.3684 eV A(k,w) = 0.11065E-05 meV^-1
|
|
ik = 134 w = -1.1053 eV A(k,w) = 0.93800E-06 meV^-1
|
|
ik = 134 w = -0.8421 eV A(k,w) = 0.79460E-06 meV^-1
|
|
ik = 134 w = -0.5789 eV A(k,w) = 0.66326E-06 meV^-1
|
|
ik = 134 w = -0.3158 eV A(k,w) = 0.54049E-06 meV^-1
|
|
ik = 134 w = -0.0526 eV A(k,w) = 0.43305E-06 meV^-1
|
|
ik = 134 w = 0.2105 eV A(k,w) = 0.34638E-06 meV^-1
|
|
ik = 134 w = 0.4737 eV A(k,w) = 0.27835E-06 meV^-1
|
|
ik = 134 w = 0.7368 eV A(k,w) = 0.22421E-06 meV^-1
|
|
ik = 134 w = 1.0000 eV A(k,w) = 0.18112E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
134 -4.0000 0.47902E-05
|
|
134 -3.7368 0.42406E-05
|
|
134 -3.4737 0.37738E-05
|
|
134 -3.2105 0.33671E-05
|
|
134 -2.9474 0.29914E-05
|
|
134 -2.6842 0.26124E-05
|
|
134 -2.4211 0.22278E-05
|
|
134 -2.1579 0.18718E-05
|
|
134 -1.8947 0.15669E-05
|
|
134 -1.6316 0.13136E-05
|
|
134 -1.3684 0.11065E-05
|
|
134 -1.1053 0.93800E-06
|
|
134 -0.8421 0.79460E-06
|
|
134 -0.5789 0.66326E-06
|
|
134 -0.3158 0.54049E-06
|
|
134 -0.0526 0.43305E-06
|
|
134 0.2105 0.34638E-06
|
|
134 0.4737 0.27835E-06
|
|
134 0.7368 0.22421E-06
|
|
134 1.0000 0.18112E-06
|
|
134 1 -12.0052 -4.0000 -41.1014 98.9791
|
|
134 1 -12.0052 -3.7368 -35.7166 98.4178
|
|
134 1 -12.0052 -3.4737 -30.0936 97.3932
|
|
134 1 -12.0052 -3.2105 -24.0195 95.8986
|
|
134 1 -12.0052 -2.9474 -17.2232 93.4647
|
|
134 1 -12.0052 -2.6842 -10.1099 89.1255
|
|
134 1 -12.0052 -2.4211 -4.1365 82.6761
|
|
134 1 -12.0052 -2.1579 -0.2434 75.2816
|
|
134 1 -12.0052 -1.8947 1.8438 68.0631
|
|
134 1 -12.0052 -1.6316 2.7049 61.4523
|
|
134 1 -12.0052 -1.3684 2.7917 55.6132
|
|
134 1 -12.0052 -1.1053 2.6282 50.5333
|
|
134 1 -12.0052 -0.8421 2.6001 45.7931
|
|
134 1 -12.0052 -0.5789 2.5736 40.8415
|
|
134 1 -12.0052 -0.3158 1.9725 35.5381
|
|
134 1 -12.0052 -0.0526 0.4134 30.3725
|
|
134 1 -12.0052 0.2105 -1.8653 25.8681
|
|
134 1 -12.0052 0.4737 -4.4327 22.0939
|
|
134 1 -12.0052 0.7368 -7.0966 18.8911
|
|
134 1 -12.0052 1.0000 -9.8190 16.1847
|
|
|
|
134 2 -11.7636 -4.0000 -41.8873 101.8429
|
|
134 2 -11.7636 -3.7368 -36.5059 101.1981
|
|
134 2 -11.7636 -3.4737 -30.8987 100.1854
|
|
134 2 -11.7636 -3.2105 -24.7592 98.7964
|
|
134 2 -11.7636 -2.9474 -17.7424 96.4704
|
|
134 2 -11.7636 -2.6842 -10.2870 92.1090
|
|
134 2 -11.7636 -2.4211 -3.9815 85.4596
|
|
134 2 -11.7636 -2.1579 0.1359 77.7550
|
|
134 2 -11.7636 -1.8947 2.3281 70.2017
|
|
134 2 -11.7636 -1.6316 3.2039 63.2834
|
|
134 2 -11.7636 -1.3684 3.2572 57.1851
|
|
134 2 -11.7636 -1.1053 3.0470 51.8810
|
|
134 2 -11.7636 -0.8421 2.9602 46.9270
|
|
134 2 -11.7636 -0.5789 2.8467 41.7721
|
|
134 2 -11.7636 -0.3158 2.1299 36.2924
|
|
134 2 -11.7636 -0.0526 0.4402 30.9858
|
|
134 2 -11.7636 0.2105 -1.9724 26.3738
|
|
134 2 -11.7636 0.4737 -4.6695 22.5214
|
|
134 2 -11.7636 0.7368 -7.4517 19.2648
|
|
134 2 -11.7636 1.0000 -10.2771 16.5207
|
|
|
|
134 3 -8.4117 -4.0000 -35.1625 69.9973
|
|
134 3 -8.4117 -3.7368 -31.5454 70.5033
|
|
134 3 -8.4117 -3.4737 -27.4924 70.7206
|
|
134 3 -8.4117 -3.2105 -22.8740 70.5345
|
|
134 3 -8.4117 -2.9474 -17.5389 69.5468
|
|
134 3 -8.4117 -2.6842 -11.8306 66.9985
|
|
134 3 -8.4117 -2.4211 -6.9062 62.7159
|
|
134 3 -8.4117 -2.1579 -3.5210 57.6053
|
|
134 3 -8.4117 -1.8947 -1.4651 52.5310
|
|
134 3 -8.4117 -1.6316 -0.3129 47.8001
|
|
134 3 -8.4117 -1.3684 0.2360 43.5428
|
|
134 3 -8.4117 -1.1053 0.5670 39.7827
|
|
134 3 -8.4117 -0.8421 0.9865 36.2060
|
|
134 3 -8.4117 -0.5789 1.3781 32.3706
|
|
134 3 -8.4117 -0.3158 1.2500 28.1766
|
|
134 3 -8.4117 -0.0526 0.2821 24.0577
|
|
134 3 -8.4117 0.2105 -1.3135 20.4647
|
|
134 3 -8.4117 0.4737 -3.1670 17.4542
|
|
134 3 -8.4117 0.7368 -5.1194 14.8891
|
|
134 3 -8.4117 1.0000 -7.1470 12.7106
|
|
|
|
134 4 -7.0563 -4.0000 -42.9546 79.8753
|
|
134 4 -7.0563 -3.7368 -38.7650 80.7576
|
|
134 4 -7.0563 -3.4737 -34.0172 81.3067
|
|
134 4 -7.0563 -3.2105 -28.5584 81.3706
|
|
134 4 -7.0563 -2.9474 -22.2244 80.4649
|
|
134 4 -7.0563 -2.6842 -15.4401 77.7035
|
|
134 4 -7.0563 -2.4211 -9.5609 72.9006
|
|
134 4 -7.0563 -2.1579 -5.4558 67.1131
|
|
134 4 -7.0563 -1.8947 -2.8831 61.3347
|
|
134 4 -7.0563 -1.6316 -1.3629 55.9215
|
|
134 4 -7.0563 -1.3684 -0.5525 51.0371
|
|
134 4 -7.0563 -1.1053 0.0037 46.7163
|
|
134 4 -7.0563 -0.8421 0.6707 42.5868
|
|
134 4 -7.0563 -0.5789 1.3071 38.1187
|
|
134 4 -7.0563 -0.3158 1.3169 33.1913
|
|
134 4 -7.0563 -0.0526 0.3092 28.3294
|
|
134 4 -7.0563 0.2105 -1.4634 24.0806
|
|
134 4 -7.0563 0.4737 -3.5566 20.5165
|
|
134 4 -7.0563 0.7368 -5.7806 17.4749
|
|
134 4 -7.0563 1.0000 -8.1073 14.8894
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 135 coord.: 0.5000000 0.6666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.865748 meV Im[Sigma]= 61.529625 meV Z= 1.001109 lam= -0.001108
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.501995 meV Im[Sigma]= 67.453398 meV Z= 1.010418 lam= -0.010311
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -19.378179 meV Im[Sigma]= 76.057766 meV Z= 1.006225 lam= -0.006186
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 2.810826 meV Im[Sigma]= 109.183568 meV Z= 1.020288 lam= -0.019885
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 135 coord.: 0.5000000 0.6666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 135 w = -4.0000 eV A(k,w) = 0.21212E-04 meV^-1
|
|
ik = 135 w = -3.7368 eV A(k,w) = 0.15493E-04 meV^-1
|
|
ik = 135 w = -3.4737 eV A(k,w) = 0.11871E-04 meV^-1
|
|
ik = 135 w = -3.2105 eV A(k,w) = 0.94004E-05 meV^-1
|
|
ik = 135 w = -2.9474 eV A(k,w) = 0.75794E-05 meV^-1
|
|
ik = 135 w = -2.6842 eV A(k,w) = 0.61059E-05 meV^-1
|
|
ik = 135 w = -2.4211 eV A(k,w) = 0.48607E-05 meV^-1
|
|
ik = 135 w = -2.1579 eV A(k,w) = 0.38470E-05 meV^-1
|
|
ik = 135 w = -1.8947 eV A(k,w) = 0.30565E-05 meV^-1
|
|
ik = 135 w = -1.6316 eV A(k,w) = 0.24477E-05 meV^-1
|
|
ik = 135 w = -1.3684 eV A(k,w) = 0.19806E-05 meV^-1
|
|
ik = 135 w = -1.1053 eV A(k,w) = 0.16206E-05 meV^-1
|
|
ik = 135 w = -0.8421 eV A(k,w) = 0.13302E-05 meV^-1
|
|
ik = 135 w = -0.5789 eV A(k,w) = 0.10791E-05 meV^-1
|
|
ik = 135 w = -0.3158 eV A(k,w) = 0.85685E-06 meV^-1
|
|
ik = 135 w = -0.0526 eV A(k,w) = 0.67047E-06 meV^-1
|
|
ik = 135 w = 0.2105 eV A(k,w) = 0.52486E-06 meV^-1
|
|
ik = 135 w = 0.4737 eV A(k,w) = 0.41359E-06 meV^-1
|
|
ik = 135 w = 0.7368 eV A(k,w) = 0.32719E-06 meV^-1
|
|
ik = 135 w = 1.0000 eV A(k,w) = 0.25995E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
135 -4.0000 0.21212E-04
|
|
135 -3.7368 0.15493E-04
|
|
135 -3.4737 0.11871E-04
|
|
135 -3.2105 0.94004E-05
|
|
135 -2.9474 0.75794E-05
|
|
135 -2.6842 0.61059E-05
|
|
135 -2.4211 0.48607E-05
|
|
135 -2.1579 0.38470E-05
|
|
135 -1.8947 0.30565E-05
|
|
135 -1.6316 0.24477E-05
|
|
135 -1.3684 0.19806E-05
|
|
135 -1.1053 0.16206E-05
|
|
135 -0.8421 0.13302E-05
|
|
135 -0.5789 0.10791E-05
|
|
135 -0.3158 0.85685E-06
|
|
135 -0.0526 0.67047E-06
|
|
135 0.2105 0.52486E-06
|
|
135 0.4737 0.41359E-06
|
|
135 0.7368 0.32719E-06
|
|
135 1.0000 0.25995E-06
|
|
135 1 -13.5072 -4.0000 -39.9481 110.5929
|
|
135 1 -13.5072 -3.7368 -33.8352 109.2205
|
|
135 1 -13.5072 -3.4737 -27.6828 107.3054
|
|
135 1 -13.5072 -3.2105 -21.2210 104.9564
|
|
135 1 -13.5072 -2.9474 -14.0702 101.6922
|
|
135 1 -13.5072 -2.6842 -6.6253 96.4406
|
|
135 1 -13.5072 -2.4211 -0.4557 88.9569
|
|
135 1 -13.5072 -2.1579 3.4097 80.4914
|
|
135 1 -13.5072 -1.8947 5.2507 72.2743
|
|
135 1 -13.5072 -1.6316 5.7085 64.8098
|
|
135 1 -13.5072 -1.3684 5.3155 58.2815
|
|
135 1 -13.5072 -1.1053 4.6533 52.6489
|
|
135 1 -13.5072 -0.8421 4.1202 47.4595
|
|
135 1 -13.5072 -0.5789 3.5823 42.1612
|
|
135 1 -13.5072 -0.3158 2.4905 36.6195
|
|
135 1 -13.5072 -0.0526 0.4939 31.2995
|
|
135 1 -13.5072 0.2105 -2.1667 26.6894
|
|
135 1 -13.5072 0.4737 -5.0716 22.8428
|
|
135 1 -13.5072 0.7368 -8.0306 19.5953
|
|
135 1 -13.5072 1.0000 -11.0051 16.8602
|
|
|
|
135 2 -11.9153 -4.0000 -30.5137 71.4991
|
|
135 2 -11.9153 -3.7368 -26.9485 71.4512
|
|
135 2 -11.9153 -3.4737 -23.0668 71.1150
|
|
135 2 -11.9153 -3.2105 -18.7280 70.4151
|
|
135 2 -11.9153 -2.9474 -13.7712 68.9824
|
|
135 2 -11.9153 -2.6842 -8.5129 66.1028
|
|
135 2 -11.9153 -2.4211 -4.0409 61.6152
|
|
135 2 -11.9153 -2.1579 -1.0670 56.3781
|
|
135 2 -11.9153 -1.8947 0.6063 51.2189
|
|
135 2 -11.9153 -1.6316 1.3936 46.4429
|
|
135 2 -11.9153 -1.3684 1.5967 42.1741
|
|
135 2 -11.9153 -1.1053 1.5881 38.4329
|
|
135 2 -11.9153 -0.8421 1.6695 34.9279
|
|
135 2 -11.9153 -0.5789 1.7556 31.2385
|
|
135 2 -11.9153 -0.3158 1.4022 27.2451
|
|
135 2 -11.9153 -0.0526 0.3005 23.3251
|
|
135 2 -11.9153 0.2105 -1.3712 19.8922
|
|
135 2 -11.9153 0.4737 -3.2798 17.0053
|
|
135 2 -11.9153 0.7368 -5.2785 14.5453
|
|
135 2 -11.9153 1.0000 -7.3390 12.4607
|
|
|
|
135 3 -7.7465 -4.0000 -44.2041 90.2457
|
|
135 3 -7.7465 -3.7368 -39.1734 90.5310
|
|
135 3 -7.7465 -3.4737 -33.7691 90.3840
|
|
135 3 -7.7465 -3.2105 -27.7893 89.7551
|
|
135 3 -7.7465 -2.9474 -20.9824 88.1546
|
|
135 3 -7.7465 -2.6842 -13.7692 84.6135
|
|
135 3 -7.7465 -2.4211 -7.6022 78.9252
|
|
135 3 -7.7465 -2.1579 -3.4165 72.2299
|
|
135 3 -7.7465 -1.8947 -0.9561 65.6174
|
|
135 3 -7.7465 -1.6316 0.3219 59.5055
|
|
135 3 -7.7465 -1.3684 0.8390 54.0690
|
|
135 3 -7.7465 -1.1053 1.1075 49.3085
|
|
135 3 -7.7465 -0.8421 1.5054 44.8065
|
|
135 3 -7.7465 -0.5789 1.8797 40.0116
|
|
135 3 -7.7465 -0.3158 1.6277 34.8008
|
|
135 3 -7.7465 -0.0526 0.3604 29.6992
|
|
135 3 -7.7465 0.2105 -1.6651 25.2524
|
|
135 3 -7.7465 0.4737 -3.9997 21.5286
|
|
135 3 -7.7465 0.7368 -6.4486 18.3613
|
|
135 3 -7.7465 1.0000 -8.9798 15.6766
|
|
|
|
135 4 -5.2565 -4.0000 -54.2197 100.2520
|
|
135 4 -5.2565 -3.7368 -48.4285 101.1221
|
|
135 4 -5.2565 -3.4737 -42.1422 101.4578
|
|
135 4 -5.2565 -3.2105 -35.1468 101.2097
|
|
135 4 -5.2565 -2.9474 -27.1467 99.8149
|
|
135 4 -5.2565 -2.6842 -18.6316 96.1435
|
|
135 4 -5.2565 -2.4211 -11.2880 89.9548
|
|
135 4 -5.2565 -2.1579 -6.1950 82.5654
|
|
135 4 -5.2565 -1.8947 -3.0571 75.2199
|
|
135 4 -5.2565 -1.6316 -1.2660 68.3868
|
|
135 4 -5.2565 -1.3684 -0.3575 62.2750
|
|
135 4 -5.2565 -1.1053 0.2564 56.8981
|
|
135 4 -5.2565 -0.8421 1.0131 51.7726
|
|
135 4 -5.2565 -0.5789 1.7237 46.2544
|
|
135 4 -5.2565 -0.3158 1.6671 40.2106
|
|
135 4 -5.2565 -0.0526 0.3851 34.2774
|
|
135 4 -5.2565 0.2105 -1.8095 29.1073
|
|
135 4 -5.2565 0.4737 -4.3796 24.7797
|
|
135 4 -5.2565 0.7368 -7.0954 21.0949
|
|
135 4 -5.2565 1.0000 -9.9228 17.9671
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 136 coord.: 0.5000000 0.6666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.223394 meV Im[Sigma]= 63.286227 meV Z= 1.004601 lam= -0.004580
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.337074 meV Im[Sigma]= 65.621140 meV Z= 1.008719 lam= -0.008644
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.103871 meV Im[Sigma]= 135.509149 meV Z= 1.018357 lam= -0.018026
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.247459 meV Im[Sigma]= 140.528246 meV Z= 1.024754 lam= -0.024156
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 136 coord.: 0.5000000 0.6666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 136 w = -4.0000 eV A(k,w) = 0.25727E-02 meV^-1
|
|
ik = 136 w = -3.7368 eV A(k,w) = 0.66535E-03 meV^-1
|
|
ik = 136 w = -3.4737 eV A(k,w) = 0.18660E-03 meV^-1
|
|
ik = 136 w = -3.2105 eV A(k,w) = 0.88500E-04 meV^-1
|
|
ik = 136 w = -2.9474 eV A(k,w) = 0.51970E-04 meV^-1
|
|
ik = 136 w = -2.6842 eV A(k,w) = 0.33544E-04 meV^-1
|
|
ik = 136 w = -2.4211 eV A(k,w) = 0.22562E-04 meV^-1
|
|
ik = 136 w = -2.1579 eV A(k,w) = 0.15601E-04 meV^-1
|
|
ik = 136 w = -1.8947 eV A(k,w) = 0.11089E-04 meV^-1
|
|
ik = 136 w = -1.6316 eV A(k,w) = 0.80882E-05 meV^-1
|
|
ik = 136 w = -1.3684 eV A(k,w) = 0.60459E-05 meV^-1
|
|
ik = 136 w = -1.1053 eV A(k,w) = 0.46207E-05 meV^-1
|
|
ik = 136 w = -0.8421 eV A(k,w) = 0.35721E-05 meV^-1
|
|
ik = 136 w = -0.5789 eV A(k,w) = 0.27466E-05 meV^-1
|
|
ik = 136 w = -0.3158 eV A(k,w) = 0.20772E-05 meV^-1
|
|
ik = 136 w = -0.0526 eV A(k,w) = 0.15545E-05 meV^-1
|
|
ik = 136 w = 0.2105 eV A(k,w) = 0.11684E-05 meV^-1
|
|
ik = 136 w = 0.4737 eV A(k,w) = 0.88711E-06 meV^-1
|
|
ik = 136 w = 0.7368 eV A(k,w) = 0.67832E-06 meV^-1
|
|
ik = 136 w = 1.0000 eV A(k,w) = 0.52227E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
136 -4.0000 0.25727E-02
|
|
136 -3.7368 0.66535E-03
|
|
136 -3.4737 0.18660E-03
|
|
136 -3.2105 0.88500E-04
|
|
136 -2.9474 0.51970E-04
|
|
136 -2.6842 0.33544E-04
|
|
136 -2.4211 0.22562E-04
|
|
136 -2.1579 0.15601E-04
|
|
136 -1.8947 0.11089E-04
|
|
136 -1.6316 0.80882E-05
|
|
136 -1.3684 0.60459E-05
|
|
136 -1.1053 0.46207E-05
|
|
136 -0.8421 0.35721E-05
|
|
136 -0.5789 0.27466E-05
|
|
136 -0.3158 0.20772E-05
|
|
136 -0.0526 0.15545E-05
|
|
136 0.2105 0.11684E-05
|
|
136 0.4737 0.88711E-06
|
|
136 0.7368 0.67832E-06
|
|
136 1.0000 0.52227E-06
|
|
136 1 -15.5565 -4.0000 -33.0725 103.4066
|
|
136 1 -15.5565 -3.7368 -27.5465 101.7813
|
|
136 1 -15.5565 -3.4737 -21.9778 99.6618
|
|
136 1 -15.5565 -3.2105 -16.1514 97.1089
|
|
136 1 -15.5565 -2.9474 -9.7790 93.6990
|
|
136 1 -15.5565 -2.6842 -3.2332 88.5172
|
|
136 1 -15.5565 -2.4211 2.0955 81.3784
|
|
136 1 -15.5565 -2.1579 5.3073 73.4194
|
|
136 1 -15.5565 -1.8947 6.6775 65.7496
|
|
136 1 -15.5565 -1.6316 6.8052 58.8116
|
|
136 1 -15.5565 -1.3684 6.1727 52.7490
|
|
136 1 -15.5565 -1.1053 5.2866 47.5211
|
|
136 1 -15.5565 -0.8421 4.5015 42.7408
|
|
136 1 -15.5565 -0.5789 3.7194 37.9279
|
|
136 1 -15.5565 -0.3158 2.4796 32.9521
|
|
136 1 -15.5565 -0.0526 0.4797 28.1985
|
|
136 1 -15.5565 0.2105 -2.0788 24.0814
|
|
136 1 -15.5565 0.4737 -4.8365 20.6475
|
|
136 1 -15.5565 0.7368 -7.6261 17.7552
|
|
136 1 -15.5565 1.0000 -10.4098 15.3248
|
|
|
|
136 2 -12.4383 -4.0000 -30.6183 73.6635
|
|
136 2 -12.4383 -3.7368 -26.9582 73.5143
|
|
136 2 -12.4383 -3.4737 -22.9913 73.1042
|
|
136 2 -12.4383 -3.2105 -18.5270 72.3592
|
|
136 2 -12.4383 -2.9474 -13.3748 70.8451
|
|
136 2 -12.4383 -2.6842 -7.9050 67.7794
|
|
136 2 -12.4383 -2.4211 -3.2944 63.0142
|
|
136 2 -12.4383 -2.1579 -0.2896 57.4784
|
|
136 2 -12.4383 -1.8947 1.3277 52.0561
|
|
136 2 -12.4383 -1.6316 2.0105 47.0764
|
|
136 2 -12.4383 -1.3684 2.0965 42.6619
|
|
136 2 -12.4383 -1.1053 1.9788 38.8144
|
|
136 2 -12.4383 -0.8421 1.9594 35.2245
|
|
136 2 -12.4383 -0.5789 1.9467 31.4684
|
|
136 2 -12.4383 -0.3158 1.4996 27.4292
|
|
136 2 -12.4383 -0.0526 0.3156 23.4792
|
|
136 2 -12.4383 0.2105 -1.4278 20.0251
|
|
136 2 -12.4383 0.4737 -3.4003 17.1238
|
|
136 2 -12.4383 0.7368 -5.4550 14.6561
|
|
136 2 -12.4383 1.0000 -7.5623 12.5679
|
|
|
|
136 3 -4.5379 -4.0000 -64.4806 116.3003
|
|
136 3 -4.5379 -3.7368 -57.7377 117.4106
|
|
136 3 -4.5379 -3.4737 -50.3646 118.0335
|
|
136 3 -4.5379 -3.2105 -41.9885 118.0283
|
|
136 3 -4.5379 -2.9474 -32.2639 116.5685
|
|
136 3 -4.5379 -2.6842 -21.9058 112.2379
|
|
136 3 -4.5379 -2.4211 -13.0251 104.8091
|
|
136 3 -4.5379 -2.1579 -6.9253 95.9232
|
|
136 3 -4.5379 -1.8947 -3.2455 87.1180
|
|
136 3 -4.5379 -1.6316 -1.2197 78.9985
|
|
136 3 -4.5379 -1.3684 -0.2308 71.8090
|
|
136 3 -4.5379 -1.1053 0.4415 65.5170
|
|
136 3 -4.5379 -0.8421 1.2881 59.5254
|
|
136 3 -4.5379 -0.5789 2.0683 53.0958
|
|
136 3 -4.5379 -0.3158 1.9597 46.0903
|
|
136 3 -4.5379 -0.0526 0.4492 39.2342
|
|
136 3 -4.5379 0.2105 -2.1051 33.2670
|
|
136 3 -4.5379 0.4737 -5.0905 28.2821
|
|
136 3 -4.5379 0.7368 -8.2369 24.0536
|
|
136 3 -4.5379 1.0000 -11.4968 20.4775
|
|
|
|
136 4 -3.8929 -4.0000 -65.1230 113.0553
|
|
136 4 -3.8929 -3.7368 -58.7166 114.3695
|
|
136 4 -3.8929 -3.4737 -51.6458 115.2871
|
|
136 4 -3.8929 -3.2105 -43.5162 115.6447
|
|
136 4 -3.8929 -2.9474 -33.9631 114.6121
|
|
136 4 -3.8929 -2.6842 -23.6611 110.7494
|
|
136 4 -3.8929 -2.4211 -14.7076 103.7682
|
|
136 4 -3.8929 -2.1579 -8.4362 95.2626
|
|
136 4 -3.8929 -1.8947 -4.5219 86.7473
|
|
136 4 -3.8929 -1.6316 -2.2437 78.8183
|
|
136 4 -3.8929 -1.3684 -1.0256 71.7432
|
|
136 4 -3.8929 -1.1053 -0.1543 65.5244
|
|
136 4 -3.8929 -0.8421 0.8731 59.5789
|
|
136 4 -3.8929 -0.5789 1.8183 53.1634
|
|
136 4 -3.8929 -0.3158 1.8441 46.1435
|
|
136 4 -3.8929 -0.0526 0.4326 39.2653
|
|
136 4 -3.8929 0.2105 -2.0450 33.2831
|
|
136 4 -3.8929 0.4737 -4.9617 28.2883
|
|
136 4 -3.8929 0.7368 -8.0448 24.0472
|
|
136 4 -3.8929 1.0000 -11.2517 20.4539
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 137 coord.: 0.5000000 0.6666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.622587 meV Im[Sigma]= 68.210980 meV Z= 1.015079 lam= -0.014855
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.103524 meV Im[Sigma]= 57.853132 meV Z= 1.005376 lam= -0.005347
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.340664 meV Im[Sigma]= 120.237439 meV Z= 1.022394 lam= -0.021904
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 72.265063 meV Im[Sigma]= 163.897339 meV Z= 1.043274 lam= -0.041479
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 137 coord.: 0.5000000 0.6666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 137 w = -4.0000 eV A(k,w) = 0.47031E-04 meV^-1
|
|
ik = 137 w = -3.7368 eV A(k,w) = 0.55768E-04 meV^-1
|
|
ik = 137 w = -3.4737 eV A(k,w) = 0.83243E-04 meV^-1
|
|
ik = 137 w = -3.2105 eV A(k,w) = 0.16540E-03 meV^-1
|
|
ik = 137 w = -2.9474 eV A(k,w) = 0.53013E-03 meV^-1
|
|
ik = 137 w = -2.6842 eV A(k,w) = 0.25226E-02 meV^-1
|
|
ik = 137 w = -2.4211 eV A(k,w) = 0.48175E-03 meV^-1
|
|
ik = 137 w = -2.1579 eV A(k,w) = 0.13000E-03 meV^-1
|
|
ik = 137 w = -1.8947 eV A(k,w) = 0.54861E-04 meV^-1
|
|
ik = 137 w = -1.6316 eV A(k,w) = 0.28805E-04 meV^-1
|
|
ik = 137 w = -1.3684 eV A(k,w) = 0.17199E-04 meV^-1
|
|
ik = 137 w = -1.1053 eV A(k,w) = 0.11183E-04 meV^-1
|
|
ik = 137 w = -0.8421 eV A(k,w) = 0.76613E-05 meV^-1
|
|
ik = 137 w = -0.5789 eV A(k,w) = 0.53649E-05 meV^-1
|
|
ik = 137 w = -0.3158 eV A(k,w) = 0.37653E-05 meV^-1
|
|
ik = 137 w = -0.0526 eV A(k,w) = 0.26507E-05 meV^-1
|
|
ik = 137 w = 0.2105 eV A(k,w) = 0.18936E-05 meV^-1
|
|
ik = 137 w = 0.4737 eV A(k,w) = 0.13776E-05 meV^-1
|
|
ik = 137 w = 0.7368 eV A(k,w) = 0.10156E-05 meV^-1
|
|
ik = 137 w = 1.0000 eV A(k,w) = 0.75762E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
137 -4.0000 0.47031E-04
|
|
137 -3.7368 0.55768E-04
|
|
137 -3.4737 0.83243E-04
|
|
137 -3.2105 0.16540E-03
|
|
137 -2.9474 0.53013E-03
|
|
137 -2.6842 0.25226E-02
|
|
137 -2.4211 0.48175E-03
|
|
137 -2.1579 0.13000E-03
|
|
137 -1.8947 0.54861E-04
|
|
137 -1.6316 0.28805E-04
|
|
137 -1.3684 0.17199E-04
|
|
137 -1.1053 0.11183E-04
|
|
137 -0.8421 0.76613E-05
|
|
137 -0.5789 0.53649E-05
|
|
137 -0.3158 0.37653E-05
|
|
137 -0.0526 0.26507E-05
|
|
137 0.2105 0.18936E-05
|
|
137 0.4737 0.13776E-05
|
|
137 0.7368 0.10156E-05
|
|
137 1.0000 0.75762E-06
|
|
137 1 -16.6105 -4.0000 -32.3432 106.6444
|
|
137 1 -16.6105 -3.7368 -26.6738 104.8744
|
|
137 1 -16.6105 -3.4737 -20.9515 102.5582
|
|
137 1 -16.6105 -3.2105 -14.9891 99.7470
|
|
137 1 -16.6105 -2.9474 -8.5386 96.0288
|
|
137 1 -16.6105 -2.6842 -1.9925 90.5319
|
|
137 1 -16.6105 -2.4211 3.2788 83.1102
|
|
137 1 -16.6105 -2.1579 6.4086 74.9055
|
|
137 1 -16.6105 -1.8947 7.6845 67.0129
|
|
137 1 -16.6105 -1.6316 7.7029 59.8687
|
|
137 1 -16.6105 -1.3684 6.9435 53.6169
|
|
137 1 -16.6105 -1.1053 5.9103 48.2226
|
|
137 1 -16.6105 -0.8421 4.9626 43.3096
|
|
137 1 -16.6105 -0.5789 4.0176 38.4035
|
|
137 1 -16.6105 -0.3158 2.6306 33.3660
|
|
137 1 -16.6105 -0.0526 0.5033 28.5669
|
|
137 1 -16.6105 0.2105 -2.1691 24.4115
|
|
137 1 -16.6105 0.4737 -5.0327 20.9461
|
|
137 1 -16.6105 0.7368 -7.9202 18.0311
|
|
137 1 -16.6105 1.0000 -10.7913 15.5850
|
|
|
|
137 2 -10.7517 -4.0000 -34.2673 81.7754
|
|
137 2 -10.7517 -3.7368 -29.8625 81.2978
|
|
137 2 -10.7517 -3.4737 -25.3302 80.4855
|
|
137 2 -10.7517 -3.2105 -20.4311 79.3732
|
|
137 2 -10.7517 -2.9474 -14.8648 77.5472
|
|
137 2 -10.7517 -2.6842 -8.9443 74.1352
|
|
137 2 -10.7517 -2.4211 -3.9168 68.9157
|
|
137 2 -10.7517 -2.1579 -0.6111 62.8572
|
|
137 2 -10.7517 -1.8947 1.1825 56.9148
|
|
137 2 -10.7517 -1.6316 1.9465 51.4637
|
|
137 2 -10.7517 -1.3684 2.0635 46.6498
|
|
137 2 -10.7517 -1.1053 1.9802 42.4616
|
|
137 2 -10.7517 -0.8421 2.0209 38.5390
|
|
137 2 -10.7517 -0.5789 2.0640 34.4126
|
|
137 2 -10.7517 -0.3158 1.6127 29.9688
|
|
137 2 -10.7517 -0.0526 0.3411 25.6311
|
|
137 2 -10.7517 0.2105 -1.5447 21.8472
|
|
137 2 -10.7517 0.4737 -3.6769 18.6736
|
|
137 2 -10.7517 0.7368 -5.8949 15.9737
|
|
137 2 -10.7517 1.0000 -8.1706 13.6861
|
|
|
|
137 3 -5.2472 -4.0000 -58.5127 109.5736
|
|
137 3 -5.2472 -3.7368 -52.0693 110.3223
|
|
137 3 -5.2472 -3.4737 -45.1864 110.5029
|
|
137 3 -5.2472 -3.2105 -37.5730 110.1139
|
|
137 3 -5.2472 -2.9474 -28.8432 108.5220
|
|
137 3 -5.2472 -2.6842 -19.5164 104.4419
|
|
137 3 -5.2472 -2.4211 -11.4629 97.5736
|
|
137 3 -5.2472 -2.1579 -5.9076 89.3546
|
|
137 3 -5.2472 -1.8947 -2.5594 81.1839
|
|
137 3 -5.2472 -1.6316 -0.7381 73.6265
|
|
137 3 -5.2472 -1.3684 0.1160 66.9236
|
|
137 3 -5.2472 -1.1053 0.6734 61.0561
|
|
137 3 -5.2472 -0.8421 1.3947 55.4709
|
|
137 3 -5.2472 -0.5789 2.0560 49.4806
|
|
137 3 -5.2472 -0.3158 1.8923 42.9587
|
|
137 3 -5.2472 -0.0526 0.4289 36.5803
|
|
137 3 -5.2472 0.2105 -2.0005 31.0317
|
|
137 3 -5.2472 0.4737 -4.8256 26.3990
|
|
137 3 -5.2472 0.7368 -7.7947 22.4711
|
|
137 3 -5.2472 1.0000 -10.8640 19.1491
|
|
|
|
137 4 -2.6593 -4.0000 -74.6785 132.0264
|
|
137 4 -2.6593 -3.7368 -66.5868 133.0509
|
|
137 4 -2.6593 -3.4737 -58.0220 133.3918
|
|
137 4 -2.6593 -3.2105 -48.5937 133.0540
|
|
137 4 -2.6593 -2.9474 -37.8277 131.2527
|
|
137 4 -2.6593 -2.6842 -26.3724 126.4438
|
|
137 4 -2.6593 -2.4211 -16.4689 118.3034
|
|
137 4 -2.6593 -2.1579 -9.5473 108.5572
|
|
137 4 -2.6593 -1.8947 -5.2499 98.8530
|
|
137 4 -2.6593 -1.6316 -2.7787 89.8575
|
|
137 4 -2.6593 -1.3684 -1.4704 81.8727
|
|
137 4 -2.6593 -1.1053 -0.5033 74.8840
|
|
137 4 -2.6593 -0.8421 0.6979 68.2059
|
|
137 4 -2.6593 -0.5789 1.8544 60.9660
|
|
137 4 -2.6593 -0.3158 1.9874 52.9912
|
|
137 4 -2.6593 -0.0526 0.4757 45.1371
|
|
137 4 -2.6593 0.2105 -2.2678 38.2816
|
|
137 4 -2.6593 0.4737 -5.5280 32.5373
|
|
137 4 -2.6593 0.7368 -8.9982 27.6427
|
|
137 4 -2.6593 1.0000 -12.6309 23.4885
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 138 coord.: 0.5000000 0.6666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.836341 meV Im[Sigma]= 72.505953 meV Z= 1.014393 lam= -0.014189
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.613402 meV Im[Sigma]= 50.530130 meV Z= 0.996385 lam= 0.003628
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.879771 meV Im[Sigma]= 87.563733 meV Z= 1.015486 lam= -0.015250
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.626304 meV Im[Sigma]= 143.148424 meV Z= 1.024969 lam= -0.024361
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 138 coord.: 0.5000000 0.6666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 138 w = -4.0000 eV A(k,w) = 0.26631E-02 meV^-1
|
|
ik = 138 w = -3.7368 eV A(k,w) = 0.41893E-03 meV^-1
|
|
ik = 138 w = -3.4737 eV A(k,w) = 0.12973E-03 meV^-1
|
|
ik = 138 w = -3.2105 eV A(k,w) = 0.62225E-04 meV^-1
|
|
ik = 138 w = -2.9474 eV A(k,w) = 0.36451E-04 meV^-1
|
|
ik = 138 w = -2.6842 eV A(k,w) = 0.23499E-04 meV^-1
|
|
ik = 138 w = -2.4211 eV A(k,w) = 0.15839E-04 meV^-1
|
|
ik = 138 w = -2.1579 eV A(k,w) = 0.11006E-04 meV^-1
|
|
ik = 138 w = -1.8947 eV A(k,w) = 0.78769E-05 meV^-1
|
|
ik = 138 w = -1.6316 eV A(k,w) = 0.57932E-05 meV^-1
|
|
ik = 138 w = -1.3684 eV A(k,w) = 0.43701E-05 meV^-1
|
|
ik = 138 w = -1.1053 eV A(k,w) = 0.33723E-05 meV^-1
|
|
ik = 138 w = -0.8421 eV A(k,w) = 0.26336E-05 meV^-1
|
|
ik = 138 w = -0.5789 eV A(k,w) = 0.20466E-05 meV^-1
|
|
ik = 138 w = -0.3158 eV A(k,w) = 0.15648E-05 meV^-1
|
|
ik = 138 w = -0.0526 eV A(k,w) = 0.11841E-05 meV^-1
|
|
ik = 138 w = 0.2105 eV A(k,w) = 0.89962E-06 meV^-1
|
|
ik = 138 w = 0.4737 eV A(k,w) = 0.69023E-06 meV^-1
|
|
ik = 138 w = 0.7368 eV A(k,w) = 0.53313E-06 meV^-1
|
|
ik = 138 w = 1.0000 eV A(k,w) = 0.41450E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
138 -4.0000 0.26631E-02
|
|
138 -3.7368 0.41893E-03
|
|
138 -3.4737 0.12973E-03
|
|
138 -3.2105 0.62225E-04
|
|
138 -2.9474 0.36451E-04
|
|
138 -2.6842 0.23499E-04
|
|
138 -2.4211 0.15839E-04
|
|
138 -2.1579 0.11006E-04
|
|
138 -1.8947 0.78769E-05
|
|
138 -1.6316 0.57932E-05
|
|
138 -1.3684 0.43701E-05
|
|
138 -1.1053 0.33723E-05
|
|
138 -0.8421 0.26336E-05
|
|
138 -0.5789 0.20466E-05
|
|
138 -0.3158 0.15648E-05
|
|
138 -0.0526 0.11841E-05
|
|
138 0.2105 0.89962E-06
|
|
138 0.4737 0.69023E-06
|
|
138 0.7368 0.53313E-06
|
|
138 1.0000 0.41450E-06
|
|
138 1 -16.2688 -4.0000 -31.9773 105.3330
|
|
138 1 -16.2688 -3.7368 -26.5233 103.5717
|
|
138 1 -16.2688 -3.4737 -20.9896 101.3174
|
|
138 1 -16.2688 -3.2105 -15.1903 98.5958
|
|
138 1 -16.2688 -2.9474 -8.8827 94.9952
|
|
138 1 -16.2688 -2.6842 -2.4487 89.6421
|
|
138 1 -16.2688 -2.4211 2.7461 82.3774
|
|
138 1 -16.2688 -2.1579 5.8312 74.3356
|
|
138 1 -16.2688 -1.8947 7.0972 66.6096
|
|
138 1 -16.2688 -1.6316 7.1435 59.6225
|
|
138 1 -16.2688 -1.3684 6.4399 53.5080
|
|
138 1 -16.2688 -1.1053 5.4834 48.2310
|
|
138 1 -16.2688 -0.8421 4.6326 43.4125
|
|
138 1 -16.2688 -0.5789 3.8000 38.5678
|
|
138 1 -16.2688 -0.3158 2.5233 33.5527
|
|
138 1 -16.2688 -0.0526 0.4875 28.7482
|
|
138 1 -16.2688 0.2105 -2.1129 24.5752
|
|
138 1 -16.2688 0.4737 -4.9190 21.0848
|
|
138 1 -16.2688 0.7368 -7.7640 18.1389
|
|
138 1 -16.2688 1.0000 -10.6081 15.6618
|
|
|
|
138 2 -8.9488 -4.0000 -44.8682 93.7833
|
|
138 2 -8.9488 -3.7368 -39.7903 93.8309
|
|
138 2 -8.9488 -3.4737 -34.3926 93.5554
|
|
138 2 -8.9488 -3.2105 -28.3676 92.9192
|
|
138 2 -8.9488 -2.9474 -21.3744 91.3468
|
|
138 2 -8.9488 -2.6842 -13.8493 87.7321
|
|
138 2 -8.9488 -2.4211 -7.3700 81.8017
|
|
138 2 -8.9488 -2.1579 -2.9833 74.7560
|
|
138 2 -8.9488 -1.8947 -0.4496 67.7807
|
|
138 2 -8.9488 -1.6316 0.8124 61.3514
|
|
138 2 -8.9488 -1.3684 1.2741 55.6586
|
|
138 2 -8.9488 -1.1053 1.4841 50.6840
|
|
138 2 -8.9488 -0.8421 1.8228 45.9818
|
|
138 2 -8.9488 -0.5789 2.1202 40.9940
|
|
138 2 -8.9488 -0.3158 1.7676 35.6105
|
|
138 2 -8.9488 -0.0526 0.3844 30.3661
|
|
138 2 -8.9488 0.2105 -1.7615 25.8071
|
|
138 2 -8.9488 0.4737 -4.2129 21.9991
|
|
138 2 -8.9488 0.7368 -6.7685 18.7697
|
|
138 2 -8.9488 1.0000 -9.3941 16.0374
|
|
|
|
138 3 -6.9060 -4.0000 -44.9085 89.3948
|
|
138 3 -6.9060 -3.7368 -40.0543 89.8067
|
|
138 3 -6.9060 -3.4737 -34.7905 89.8568
|
|
138 3 -6.9060 -3.2105 -28.8802 89.4750
|
|
138 3 -6.9060 -2.9474 -22.0483 88.1315
|
|
138 3 -6.9060 -2.6842 -14.7235 84.8035
|
|
138 3 -6.9060 -2.4211 -8.4040 79.2513
|
|
138 3 -6.9060 -2.1579 -4.0710 72.6264
|
|
138 3 -6.9060 -1.8947 -1.4847 66.0451
|
|
138 3 -6.9060 -1.6316 -0.1030 59.9435
|
|
138 3 -6.9060 -1.3684 0.5012 54.5105
|
|
138 3 -6.9060 -1.1053 0.8541 49.7500
|
|
138 3 -6.9060 -0.8421 1.3395 45.2330
|
|
138 3 -6.9060 -0.5789 1.7933 40.3982
|
|
138 3 -6.9060 -0.3158 1.5969 35.1294
|
|
138 3 -6.9060 -0.0526 0.3575 29.9682
|
|
138 3 -6.9060 0.2105 -1.6588 25.4721
|
|
138 3 -6.9060 0.4737 -3.9918 21.7105
|
|
138 3 -6.9060 0.7368 -6.4417 18.5117
|
|
138 3 -6.9060 1.0000 -8.9771 15.7992
|
|
|
|
138 4 -3.9563 -4.0000 -63.2245 116.4547
|
|
138 4 -3.9563 -3.7368 -56.6471 117.3194
|
|
138 4 -3.9563 -3.4737 -49.5024 117.7480
|
|
138 4 -3.9563 -3.2105 -41.4149 117.6294
|
|
138 4 -3.9563 -2.9474 -31.9961 116.1857
|
|
138 4 -3.9563 -2.6842 -21.8685 111.9947
|
|
138 4 -3.9563 -2.4211 -13.0930 104.7440
|
|
138 4 -3.9563 -2.1579 -7.0048 96.0002
|
|
138 4 -3.9563 -1.8947 -3.2935 87.2798
|
|
138 4 -3.9563 -1.6316 -1.2303 79.1931
|
|
138 4 -3.9563 -1.3684 -0.2227 72.0040
|
|
138 4 -3.9563 -1.1053 0.4451 65.7069
|
|
138 4 -3.9563 -0.8421 1.2794 59.7217
|
|
138 4 -3.9563 -0.5789 2.0569 53.3042
|
|
138 4 -3.9563 -0.3158 1.9539 46.3032
|
|
138 4 -3.9563 -0.0526 0.4484 39.4435
|
|
138 4 -3.9563 0.2105 -2.1024 33.4691
|
|
138 4 -3.9563 0.4737 -5.0839 28.4727
|
|
138 4 -3.9563 0.7368 -8.2288 24.2263
|
|
138 4 -3.9563 1.0000 -11.4938 20.6281
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 139 coord.: 0.5000000 0.8333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.223079 meV Im[Sigma]= 63.286274 meV Z= 1.004601 lam= -0.004580
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.336942 meV Im[Sigma]= 65.621007 meV Z= 1.008719 lam= -0.008644
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.103984 meV Im[Sigma]= 135.509191 meV Z= 1.018357 lam= -0.018026
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.247510 meV Im[Sigma]= 140.527981 meV Z= 1.024754 lam= -0.024156
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 139 coord.: 0.5000000 0.8333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 139 w = -4.0000 eV A(k,w) = 0.25727E-02 meV^-1
|
|
ik = 139 w = -3.7368 eV A(k,w) = 0.66535E-03 meV^-1
|
|
ik = 139 w = -3.4737 eV A(k,w) = 0.18660E-03 meV^-1
|
|
ik = 139 w = -3.2105 eV A(k,w) = 0.88500E-04 meV^-1
|
|
ik = 139 w = -2.9474 eV A(k,w) = 0.51970E-04 meV^-1
|
|
ik = 139 w = -2.6842 eV A(k,w) = 0.33544E-04 meV^-1
|
|
ik = 139 w = -2.4211 eV A(k,w) = 0.22562E-04 meV^-1
|
|
ik = 139 w = -2.1579 eV A(k,w) = 0.15601E-04 meV^-1
|
|
ik = 139 w = -1.8947 eV A(k,w) = 0.11089E-04 meV^-1
|
|
ik = 139 w = -1.6316 eV A(k,w) = 0.80882E-05 meV^-1
|
|
ik = 139 w = -1.3684 eV A(k,w) = 0.60459E-05 meV^-1
|
|
ik = 139 w = -1.1053 eV A(k,w) = 0.46207E-05 meV^-1
|
|
ik = 139 w = -0.8421 eV A(k,w) = 0.35721E-05 meV^-1
|
|
ik = 139 w = -0.5789 eV A(k,w) = 0.27466E-05 meV^-1
|
|
ik = 139 w = -0.3158 eV A(k,w) = 0.20772E-05 meV^-1
|
|
ik = 139 w = -0.0526 eV A(k,w) = 0.15545E-05 meV^-1
|
|
ik = 139 w = 0.2105 eV A(k,w) = 0.11684E-05 meV^-1
|
|
ik = 139 w = 0.4737 eV A(k,w) = 0.88711E-06 meV^-1
|
|
ik = 139 w = 0.7368 eV A(k,w) = 0.67832E-06 meV^-1
|
|
ik = 139 w = 1.0000 eV A(k,w) = 0.52227E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
139 -4.0000 0.25727E-02
|
|
139 -3.7368 0.66535E-03
|
|
139 -3.4737 0.18660E-03
|
|
139 -3.2105 0.88500E-04
|
|
139 -2.9474 0.51970E-04
|
|
139 -2.6842 0.33544E-04
|
|
139 -2.4211 0.22562E-04
|
|
139 -2.1579 0.15601E-04
|
|
139 -1.8947 0.11089E-04
|
|
139 -1.6316 0.80882E-05
|
|
139 -1.3684 0.60459E-05
|
|
139 -1.1053 0.46207E-05
|
|
139 -0.8421 0.35721E-05
|
|
139 -0.5789 0.27466E-05
|
|
139 -0.3158 0.20772E-05
|
|
139 -0.0526 0.15545E-05
|
|
139 0.2105 0.11684E-05
|
|
139 0.4737 0.88711E-06
|
|
139 0.7368 0.67832E-06
|
|
139 1.0000 0.52227E-06
|
|
139 1 -15.5565 -4.0000 -33.0719 103.4063
|
|
139 1 -15.5565 -3.7368 -27.5459 101.7809
|
|
139 1 -15.5565 -3.4737 -21.9773 99.6613
|
|
139 1 -15.5565 -3.2105 -16.1510 97.1083
|
|
139 1 -15.5565 -2.9474 -9.7786 93.6985
|
|
139 1 -15.5565 -2.6842 -3.2329 88.5167
|
|
139 1 -15.5565 -2.4211 2.0958 81.3779
|
|
139 1 -15.5565 -2.1579 5.3075 73.4189
|
|
139 1 -15.5565 -1.8947 6.6777 65.7491
|
|
139 1 -15.5565 -1.6316 6.8054 58.8112
|
|
139 1 -15.5565 -1.3684 6.1728 52.7486
|
|
139 1 -15.5565 -1.1053 5.2866 47.5207
|
|
139 1 -15.5565 -0.8421 4.5015 42.7405
|
|
139 1 -15.5565 -0.5789 3.7194 37.9276
|
|
139 1 -15.5565 -0.3158 2.4796 32.9518
|
|
139 1 -15.5565 -0.0526 0.4797 28.1982
|
|
139 1 -15.5565 0.2105 -2.0788 24.0812
|
|
139 1 -15.5565 0.4737 -4.8365 20.6474
|
|
139 1 -15.5565 0.7368 -7.6261 17.7550
|
|
139 1 -15.5565 1.0000 -10.4097 15.3247
|
|
|
|
139 2 -12.4383 -4.0000 -30.6190 73.6635
|
|
139 2 -12.4383 -3.7368 -26.9589 73.5144
|
|
139 2 -12.4383 -3.4737 -22.9919 73.1044
|
|
139 2 -12.4383 -3.2105 -18.5275 72.3595
|
|
139 2 -12.4383 -2.9474 -13.3753 70.8454
|
|
139 2 -12.4383 -2.6842 -7.9054 67.7798
|
|
139 2 -12.4383 -2.4211 -3.2947 63.0146
|
|
139 2 -12.4383 -2.1579 -0.2900 57.4789
|
|
139 2 -12.4383 -1.8947 1.3275 52.0565
|
|
139 2 -12.4383 -1.6316 2.0103 47.0768
|
|
139 2 -12.4383 -1.3684 2.0963 42.6623
|
|
139 2 -12.4383 -1.1053 1.9787 38.8147
|
|
139 2 -12.4383 -0.8421 1.9593 35.2249
|
|
139 2 -12.4383 -0.5789 1.9467 31.4688
|
|
139 2 -12.4383 -0.3158 1.4996 27.4295
|
|
139 2 -12.4383 -0.0526 0.3156 23.4795
|
|
139 2 -12.4383 0.2105 -1.4278 20.0253
|
|
139 2 -12.4383 0.4737 -3.4003 17.1239
|
|
139 2 -12.4383 0.7368 -5.4550 14.6562
|
|
139 2 -12.4383 1.0000 -7.5624 12.5680
|
|
|
|
139 3 -4.5379 -4.0000 -64.4805 116.3004
|
|
139 3 -4.5379 -3.7368 -57.7376 117.4107
|
|
139 3 -4.5379 -3.4737 -50.3645 118.0336
|
|
139 3 -4.5379 -3.2105 -41.9883 118.0284
|
|
139 3 -4.5379 -2.9474 -32.2637 116.5686
|
|
139 3 -4.5379 -2.6842 -21.9056 112.2379
|
|
139 3 -4.5379 -2.4211 -13.0249 104.8090
|
|
139 3 -4.5379 -2.1579 -6.9252 95.9231
|
|
139 3 -4.5379 -1.8947 -3.2454 87.1179
|
|
139 3 -4.5379 -1.6316 -1.2196 78.9984
|
|
139 3 -4.5379 -1.3684 -0.2307 71.8089
|
|
139 3 -4.5379 -1.1053 0.4416 65.5168
|
|
139 3 -4.5379 -0.8421 1.2882 59.5253
|
|
139 3 -4.5379 -0.5789 2.0683 53.0957
|
|
139 3 -4.5379 -0.3158 1.9597 46.0902
|
|
139 3 -4.5379 -0.0526 0.4492 39.2341
|
|
139 3 -4.5379 0.2105 -2.1051 33.2670
|
|
139 3 -4.5379 0.4737 -5.0905 28.2820
|
|
139 3 -4.5379 0.7368 -8.2369 24.0536
|
|
139 3 -4.5379 1.0000 -11.4968 20.4775
|
|
|
|
139 4 -3.8929 -4.0000 -65.1228 113.0551
|
|
139 4 -3.8929 -3.7368 -58.7164 114.3692
|
|
139 4 -3.8929 -3.4737 -51.6457 115.2869
|
|
139 4 -3.8929 -3.2105 -43.5162 115.6445
|
|
139 4 -3.8929 -2.9474 -33.9632 114.6119
|
|
139 4 -3.8929 -2.6842 -23.6611 110.7493
|
|
139 4 -3.8929 -2.4211 -14.7076 103.7681
|
|
139 4 -3.8929 -2.1579 -8.4362 95.2624
|
|
139 4 -3.8929 -1.8947 -4.5219 86.7472
|
|
139 4 -3.8929 -1.6316 -2.2437 78.8182
|
|
139 4 -3.8929 -1.3684 -1.0255 71.7431
|
|
139 4 -3.8929 -1.1053 -0.1543 65.5243
|
|
139 4 -3.8929 -0.8421 0.8731 59.5788
|
|
139 4 -3.8929 -0.5789 1.8183 53.1633
|
|
139 4 -3.8929 -0.3158 1.8441 46.1434
|
|
139 4 -3.8929 -0.0526 0.4326 39.2653
|
|
139 4 -3.8929 0.2105 -2.0450 33.2830
|
|
139 4 -3.8929 0.4737 -4.9616 28.2883
|
|
139 4 -3.8929 0.7368 -8.0448 24.0471
|
|
139 4 -3.8929 1.0000 -11.2517 20.4539
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 140 coord.: 0.5000000 0.8333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.865705 meV Im[Sigma]= 61.529644 meV Z= 1.001109 lam= -0.001108
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.502012 meV Im[Sigma]= 67.453269 meV Z= 1.010418 lam= -0.010311
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -19.378195 meV Im[Sigma]= 76.057492 meV Z= 1.006225 lam= -0.006186
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 2.810882 meV Im[Sigma]= 109.183559 meV Z= 1.020288 lam= -0.019885
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 140 coord.: 0.5000000 0.8333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 140 w = -4.0000 eV A(k,w) = 0.21212E-04 meV^-1
|
|
ik = 140 w = -3.7368 eV A(k,w) = 0.15493E-04 meV^-1
|
|
ik = 140 w = -3.4737 eV A(k,w) = 0.11871E-04 meV^-1
|
|
ik = 140 w = -3.2105 eV A(k,w) = 0.94004E-05 meV^-1
|
|
ik = 140 w = -2.9474 eV A(k,w) = 0.75794E-05 meV^-1
|
|
ik = 140 w = -2.6842 eV A(k,w) = 0.61059E-05 meV^-1
|
|
ik = 140 w = -2.4211 eV A(k,w) = 0.48607E-05 meV^-1
|
|
ik = 140 w = -2.1579 eV A(k,w) = 0.38470E-05 meV^-1
|
|
ik = 140 w = -1.8947 eV A(k,w) = 0.30565E-05 meV^-1
|
|
ik = 140 w = -1.6316 eV A(k,w) = 0.24477E-05 meV^-1
|
|
ik = 140 w = -1.3684 eV A(k,w) = 0.19806E-05 meV^-1
|
|
ik = 140 w = -1.1053 eV A(k,w) = 0.16206E-05 meV^-1
|
|
ik = 140 w = -0.8421 eV A(k,w) = 0.13302E-05 meV^-1
|
|
ik = 140 w = -0.5789 eV A(k,w) = 0.10791E-05 meV^-1
|
|
ik = 140 w = -0.3158 eV A(k,w) = 0.85685E-06 meV^-1
|
|
ik = 140 w = -0.0526 eV A(k,w) = 0.67047E-06 meV^-1
|
|
ik = 140 w = 0.2105 eV A(k,w) = 0.52487E-06 meV^-1
|
|
ik = 140 w = 0.4737 eV A(k,w) = 0.41359E-06 meV^-1
|
|
ik = 140 w = 0.7368 eV A(k,w) = 0.32719E-06 meV^-1
|
|
ik = 140 w = 1.0000 eV A(k,w) = 0.25995E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
140 -4.0000 0.21212E-04
|
|
140 -3.7368 0.15493E-04
|
|
140 -3.4737 0.11871E-04
|
|
140 -3.2105 0.94004E-05
|
|
140 -2.9474 0.75794E-05
|
|
140 -2.6842 0.61059E-05
|
|
140 -2.4211 0.48607E-05
|
|
140 -2.1579 0.38470E-05
|
|
140 -1.8947 0.30565E-05
|
|
140 -1.6316 0.24477E-05
|
|
140 -1.3684 0.19806E-05
|
|
140 -1.1053 0.16206E-05
|
|
140 -0.8421 0.13302E-05
|
|
140 -0.5789 0.10791E-05
|
|
140 -0.3158 0.85685E-06
|
|
140 -0.0526 0.67047E-06
|
|
140 0.2105 0.52487E-06
|
|
140 0.4737 0.41359E-06
|
|
140 0.7368 0.32719E-06
|
|
140 1.0000 0.25995E-06
|
|
140 1 -13.5072 -4.0000 -39.9478 110.5929
|
|
140 1 -13.5072 -3.7368 -33.8350 109.2204
|
|
140 1 -13.5072 -3.4737 -27.6826 107.3052
|
|
140 1 -13.5072 -3.2105 -21.2208 104.9562
|
|
140 1 -13.5072 -2.9474 -14.0700 101.6920
|
|
140 1 -13.5072 -2.6842 -6.6251 96.4404
|
|
140 1 -13.5072 -2.4211 -0.4556 88.9567
|
|
140 1 -13.5072 -2.1579 3.4097 80.4912
|
|
140 1 -13.5072 -1.8947 5.2508 72.2742
|
|
140 1 -13.5072 -1.6316 5.7085 64.8096
|
|
140 1 -13.5072 -1.3684 5.3155 58.2814
|
|
140 1 -13.5072 -1.1053 4.6533 52.6487
|
|
140 1 -13.5072 -0.8421 4.1202 47.4594
|
|
140 1 -13.5072 -0.5789 3.5823 42.1611
|
|
140 1 -13.5072 -0.3158 2.4905 36.6194
|
|
140 1 -13.5072 -0.0526 0.4939 31.2994
|
|
140 1 -13.5072 0.2105 -2.1667 26.6893
|
|
140 1 -13.5072 0.4737 -5.0715 22.8427
|
|
140 1 -13.5072 0.7368 -8.0305 19.5953
|
|
140 1 -13.5072 1.0000 -11.0051 16.8601
|
|
|
|
140 2 -11.9153 -4.0000 -30.5138 71.4991
|
|
140 2 -11.9153 -3.7368 -26.9486 71.4512
|
|
140 2 -11.9153 -3.4737 -23.0669 71.1150
|
|
140 2 -11.9153 -3.2105 -18.7281 70.4151
|
|
140 2 -11.9153 -2.9474 -13.7713 68.9825
|
|
140 2 -11.9153 -2.6842 -8.5130 66.1029
|
|
140 2 -11.9153 -2.4211 -4.0410 61.6152
|
|
140 2 -11.9153 -2.1579 -1.0670 56.3782
|
|
140 2 -11.9153 -1.8947 0.6063 51.2190
|
|
140 2 -11.9153 -1.6316 1.3936 46.4430
|
|
140 2 -11.9153 -1.3684 1.5966 42.1742
|
|
140 2 -11.9153 -1.1053 1.5881 38.4330
|
|
140 2 -11.9153 -0.8421 1.6695 34.9279
|
|
140 2 -11.9153 -0.5789 1.7556 31.2386
|
|
140 2 -11.9153 -0.3158 1.4022 27.2452
|
|
140 2 -11.9153 -0.0526 0.3005 23.3251
|
|
140 2 -11.9153 0.2105 -1.3712 19.8922
|
|
140 2 -11.9153 0.4737 -3.2798 17.0053
|
|
140 2 -11.9153 0.7368 -5.2785 14.5453
|
|
140 2 -11.9153 1.0000 -7.3390 12.4607
|
|
|
|
140 3 -7.7465 -4.0000 -44.2041 90.2456
|
|
140 3 -7.7465 -3.7368 -39.1734 90.5308
|
|
140 3 -7.7465 -3.4737 -33.7691 90.3839
|
|
140 3 -7.7465 -3.2105 -27.7894 89.7550
|
|
140 3 -7.7465 -2.9474 -20.9825 88.1546
|
|
140 3 -7.7465 -2.6842 -13.7692 84.6135
|
|
140 3 -7.7465 -2.4211 -7.6023 78.9252
|
|
140 3 -7.7465 -2.1579 -3.4166 72.2299
|
|
140 3 -7.7465 -1.8947 -0.9561 65.6174
|
|
140 3 -7.7465 -1.6316 0.3219 59.5055
|
|
140 3 -7.7465 -1.3684 0.8390 54.0690
|
|
140 3 -7.7465 -1.1053 1.1075 49.3085
|
|
140 3 -7.7465 -0.8421 1.5054 44.8065
|
|
140 3 -7.7465 -0.5789 1.8797 40.0115
|
|
140 3 -7.7465 -0.3158 1.6277 34.8008
|
|
140 3 -7.7465 -0.0526 0.3604 29.6992
|
|
140 3 -7.7465 0.2105 -1.6651 25.2523
|
|
140 3 -7.7465 0.4737 -3.9997 21.5286
|
|
140 3 -7.7465 0.7368 -6.4486 18.3613
|
|
140 3 -7.7465 1.0000 -8.9798 15.6766
|
|
|
|
140 4 -5.2565 -4.0000 -54.2198 100.2519
|
|
140 4 -5.2565 -3.7368 -48.4286 101.1221
|
|
140 4 -5.2565 -3.4737 -42.1423 101.4578
|
|
140 4 -5.2565 -3.2105 -35.1468 101.2098
|
|
140 4 -5.2565 -2.9474 -27.1468 99.8150
|
|
140 4 -5.2565 -2.6842 -18.6317 96.1435
|
|
140 4 -5.2565 -2.4211 -11.2881 89.9549
|
|
140 4 -5.2565 -2.1579 -6.1952 82.5654
|
|
140 4 -5.2565 -1.8947 -3.0572 75.2200
|
|
140 4 -5.2565 -1.6316 -1.2660 68.3868
|
|
140 4 -5.2565 -1.3684 -0.3576 62.2751
|
|
140 4 -5.2565 -1.1053 0.2563 56.8982
|
|
140 4 -5.2565 -0.8421 1.0131 51.7727
|
|
140 4 -5.2565 -0.5789 1.7236 46.2545
|
|
140 4 -5.2565 -0.3158 1.6671 40.2107
|
|
140 4 -5.2565 -0.0526 0.3851 34.2775
|
|
140 4 -5.2565 0.2105 -1.8095 29.1073
|
|
140 4 -5.2565 0.4737 -4.3796 24.7798
|
|
140 4 -5.2565 0.7368 -7.0954 21.0950
|
|
140 4 -5.2565 1.0000 -9.9228 17.9672
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 141 coord.: 0.5000000 0.8333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.0052 eV Re[Sigma]= -24.871091 meV Im[Sigma]= 79.955814 meV Z= 1.015947 lam= -0.015696
|
|
E( 2 )= -11.7636 eV Re[Sigma]= -23.492463 meV Im[Sigma]= 75.575221 meV Z= 1.006779 lam= -0.006733
|
|
E( 3 )= -8.4117 eV Re[Sigma]= -8.339555 meV Im[Sigma]= 41.486927 meV Z= 0.992729 lam= 0.007325
|
|
E( 4 )= -7.0563 eV Re[Sigma]= -3.462716 meV Im[Sigma]= 78.068311 meV Z= 1.016948 lam= -0.016666
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 141 coord.: 0.5000000 0.8333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 141 w = -4.0000 eV A(k,w) = 0.47902E-05 meV^-1
|
|
ik = 141 w = -3.7368 eV A(k,w) = 0.42406E-05 meV^-1
|
|
ik = 141 w = -3.4737 eV A(k,w) = 0.37738E-05 meV^-1
|
|
ik = 141 w = -3.2105 eV A(k,w) = 0.33671E-05 meV^-1
|
|
ik = 141 w = -2.9474 eV A(k,w) = 0.29914E-05 meV^-1
|
|
ik = 141 w = -2.6842 eV A(k,w) = 0.26124E-05 meV^-1
|
|
ik = 141 w = -2.4211 eV A(k,w) = 0.22278E-05 meV^-1
|
|
ik = 141 w = -2.1579 eV A(k,w) = 0.18718E-05 meV^-1
|
|
ik = 141 w = -1.8947 eV A(k,w) = 0.15669E-05 meV^-1
|
|
ik = 141 w = -1.6316 eV A(k,w) = 0.13136E-05 meV^-1
|
|
ik = 141 w = -1.3684 eV A(k,w) = 0.11065E-05 meV^-1
|
|
ik = 141 w = -1.1053 eV A(k,w) = 0.93800E-06 meV^-1
|
|
ik = 141 w = -0.8421 eV A(k,w) = 0.79460E-06 meV^-1
|
|
ik = 141 w = -0.5789 eV A(k,w) = 0.66326E-06 meV^-1
|
|
ik = 141 w = -0.3158 eV A(k,w) = 0.54049E-06 meV^-1
|
|
ik = 141 w = -0.0526 eV A(k,w) = 0.43305E-06 meV^-1
|
|
ik = 141 w = 0.2105 eV A(k,w) = 0.34638E-06 meV^-1
|
|
ik = 141 w = 0.4737 eV A(k,w) = 0.27835E-06 meV^-1
|
|
ik = 141 w = 0.7368 eV A(k,w) = 0.22421E-06 meV^-1
|
|
ik = 141 w = 1.0000 eV A(k,w) = 0.18112E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
141 -4.0000 0.47902E-05
|
|
141 -3.7368 0.42406E-05
|
|
141 -3.4737 0.37738E-05
|
|
141 -3.2105 0.33671E-05
|
|
141 -2.9474 0.29914E-05
|
|
141 -2.6842 0.26124E-05
|
|
141 -2.4211 0.22278E-05
|
|
141 -2.1579 0.18718E-05
|
|
141 -1.8947 0.15669E-05
|
|
141 -1.6316 0.13136E-05
|
|
141 -1.3684 0.11065E-05
|
|
141 -1.1053 0.93800E-06
|
|
141 -0.8421 0.79460E-06
|
|
141 -0.5789 0.66326E-06
|
|
141 -0.3158 0.54049E-06
|
|
141 -0.0526 0.43305E-06
|
|
141 0.2105 0.34638E-06
|
|
141 0.4737 0.27835E-06
|
|
141 0.7368 0.22421E-06
|
|
141 1.0000 0.18112E-06
|
|
141 1 -12.0052 -4.0000 -41.1014 98.9789
|
|
141 1 -12.0052 -3.7368 -35.7166 98.4176
|
|
141 1 -12.0052 -3.4737 -30.0936 97.3929
|
|
141 1 -12.0052 -3.2105 -24.0196 95.8984
|
|
141 1 -12.0052 -2.9474 -17.2234 93.4646
|
|
141 1 -12.0052 -2.6842 -10.1100 89.1254
|
|
141 1 -12.0052 -2.4211 -4.1365 82.6761
|
|
141 1 -12.0052 -2.1579 -0.2434 75.2815
|
|
141 1 -12.0052 -1.8947 1.8438 68.0631
|
|
141 1 -12.0052 -1.6316 2.7048 61.4523
|
|
141 1 -12.0052 -1.3684 2.7916 55.6132
|
|
141 1 -12.0052 -1.1053 2.6281 50.5333
|
|
141 1 -12.0052 -0.8421 2.6001 45.7931
|
|
141 1 -12.0052 -0.5789 2.5736 40.8414
|
|
141 1 -12.0052 -0.3158 1.9725 35.5381
|
|
141 1 -12.0052 -0.0526 0.4134 30.3725
|
|
141 1 -12.0052 0.2105 -1.8653 25.8681
|
|
141 1 -12.0052 0.4737 -4.4327 22.0939
|
|
141 1 -12.0052 0.7368 -7.0966 18.8911
|
|
141 1 -12.0052 1.0000 -9.8190 16.1847
|
|
|
|
141 2 -11.7636 -4.0000 -41.8874 101.8430
|
|
141 2 -11.7636 -3.7368 -36.5060 101.1982
|
|
141 2 -11.7636 -3.4737 -30.8987 100.1855
|
|
141 2 -11.7636 -3.2105 -24.7593 98.7965
|
|
141 2 -11.7636 -2.9474 -17.7424 96.4706
|
|
141 2 -11.7636 -2.6842 -10.2871 92.1091
|
|
141 2 -11.7636 -2.4211 -3.9816 85.4597
|
|
141 2 -11.7636 -2.1579 0.1358 77.7552
|
|
141 2 -11.7636 -1.8947 2.3281 70.2019
|
|
141 2 -11.7636 -1.6316 3.2038 63.2835
|
|
141 2 -11.7636 -1.3684 3.2572 57.1852
|
|
141 2 -11.7636 -1.1053 3.0470 51.8811
|
|
141 2 -11.7636 -0.8421 2.9602 46.9271
|
|
141 2 -11.7636 -0.5789 2.8467 41.7722
|
|
141 2 -11.7636 -0.3158 2.1299 36.2925
|
|
141 2 -11.7636 -0.0526 0.4402 30.9859
|
|
141 2 -11.7636 0.2105 -1.9724 26.3738
|
|
141 2 -11.7636 0.4737 -4.6695 22.5215
|
|
141 2 -11.7636 0.7368 -7.4517 19.2649
|
|
141 2 -11.7636 1.0000 -10.2771 16.5207
|
|
|
|
141 3 -8.4117 -4.0000 -35.1623 69.9973
|
|
141 3 -8.4117 -3.7368 -31.5452 70.5033
|
|
141 3 -8.4117 -3.4737 -27.4922 70.7205
|
|
141 3 -8.4117 -3.2105 -22.8738 70.5344
|
|
141 3 -8.4117 -2.9474 -17.5388 69.5467
|
|
141 3 -8.4117 -2.6842 -11.8304 66.9984
|
|
141 3 -8.4117 -2.4211 -6.9060 62.7158
|
|
141 3 -8.4117 -2.1579 -3.5208 57.6051
|
|
141 3 -8.4117 -1.8947 -1.4650 52.5309
|
|
141 3 -8.4117 -1.6316 -0.3128 47.7999
|
|
141 3 -8.4117 -1.3684 0.2361 43.5426
|
|
141 3 -8.4117 -1.1053 0.5671 39.7826
|
|
141 3 -8.4117 -0.8421 0.9865 36.2059
|
|
141 3 -8.4117 -0.5789 1.3782 32.3705
|
|
141 3 -8.4117 -0.3158 1.2500 28.1765
|
|
141 3 -8.4117 -0.0526 0.2821 24.0576
|
|
141 3 -8.4117 0.2105 -1.3135 20.4646
|
|
141 3 -8.4117 0.4737 -3.1670 17.4541
|
|
141 3 -8.4117 0.7368 -5.1194 14.8890
|
|
141 3 -8.4117 1.0000 -7.1470 12.7105
|
|
|
|
141 4 -7.0563 -4.0000 -42.9547 79.8753
|
|
141 4 -7.0563 -3.7368 -38.7651 80.7576
|
|
141 4 -7.0563 -3.4737 -34.0174 81.3067
|
|
141 4 -7.0563 -3.2105 -28.5586 81.3707
|
|
141 4 -7.0563 -2.9474 -22.2246 80.4650
|
|
141 4 -7.0563 -2.6842 -15.4402 77.7036
|
|
141 4 -7.0563 -2.4211 -9.5611 72.9007
|
|
141 4 -7.0563 -2.1579 -5.4559 67.1132
|
|
141 4 -7.0563 -1.8947 -2.8833 61.3349
|
|
141 4 -7.0563 -1.6316 -1.3630 55.9217
|
|
141 4 -7.0563 -1.3684 -0.5526 51.0373
|
|
141 4 -7.0563 -1.1053 0.0037 46.7165
|
|
141 4 -7.0563 -0.8421 0.6706 42.5870
|
|
141 4 -7.0563 -0.5789 1.3070 38.1188
|
|
141 4 -7.0563 -0.3158 1.3168 33.1914
|
|
141 4 -7.0563 -0.0526 0.3092 28.3295
|
|
141 4 -7.0563 0.2105 -1.4634 24.0807
|
|
141 4 -7.0563 0.4737 -3.5566 20.5166
|
|
141 4 -7.0563 0.7368 -5.7806 17.4750
|
|
141 4 -7.0563 1.0000 -8.1073 14.8895
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 142 coord.: 0.5000000 0.8333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.507190 meV Im[Sigma]= 56.053582 meV Z= 1.000150 lam= -0.000150
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.769317 meV Im[Sigma]= 57.168176 meV Z= 1.000424 lam= -0.000424
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -11.406534 meV Im[Sigma]= 84.737346 meV Z= 1.018885 lam= -0.018535
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.762947 meV Im[Sigma]= 78.310261 meV Z= 1.002730 lam= -0.002723
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 142 coord.: 0.5000000 0.8333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 142 w = -4.0000 eV A(k,w) = 0.10692E-04 meV^-1
|
|
ik = 142 w = -3.7368 eV A(k,w) = 0.87799E-05 meV^-1
|
|
ik = 142 w = -3.4737 eV A(k,w) = 0.73520E-05 meV^-1
|
|
ik = 142 w = -3.2105 eV A(k,w) = 0.62395E-05 meV^-1
|
|
ik = 142 w = -2.9474 eV A(k,w) = 0.53157E-05 meV^-1
|
|
ik = 142 w = -2.6842 eV A(k,w) = 0.44779E-05 meV^-1
|
|
ik = 142 w = -2.4211 eV A(k,w) = 0.36994E-05 meV^-1
|
|
ik = 142 w = -2.1579 eV A(k,w) = 0.30210E-05 meV^-1
|
|
ik = 142 w = -1.8947 eV A(k,w) = 0.24651E-05 meV^-1
|
|
ik = 142 w = -1.6316 eV A(k,w) = 0.20198E-05 meV^-1
|
|
ik = 142 w = -1.3684 eV A(k,w) = 0.16671E-05 meV^-1
|
|
ik = 142 w = -1.1053 eV A(k,w) = 0.13881E-05 meV^-1
|
|
ik = 142 w = -0.8421 eV A(k,w) = 0.11567E-05 meV^-1
|
|
ik = 142 w = -0.5789 eV A(k,w) = 0.95063E-06 meV^-1
|
|
ik = 142 w = -0.3158 eV A(k,w) = 0.76307E-06 meV^-1
|
|
ik = 142 w = -0.0526 eV A(k,w) = 0.60262E-06 meV^-1
|
|
ik = 142 w = 0.2105 eV A(k,w) = 0.47556E-06 meV^-1
|
|
ik = 142 w = 0.4737 eV A(k,w) = 0.37738E-06 meV^-1
|
|
ik = 142 w = 0.7368 eV A(k,w) = 0.30032E-06 meV^-1
|
|
ik = 142 w = 1.0000 eV A(k,w) = 0.23976E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
142 -4.0000 0.10692E-04
|
|
142 -3.7368 0.87799E-05
|
|
142 -3.4737 0.73520E-05
|
|
142 -3.2105 0.62395E-05
|
|
142 -2.9474 0.53157E-05
|
|
142 -2.6842 0.44779E-05
|
|
142 -2.4211 0.36994E-05
|
|
142 -2.1579 0.30210E-05
|
|
142 -1.8947 0.24651E-05
|
|
142 -1.6316 0.20198E-05
|
|
142 -1.3684 0.16671E-05
|
|
142 -1.1053 0.13881E-05
|
|
142 -0.8421 0.11567E-05
|
|
142 -0.5789 0.95063E-06
|
|
142 -0.3158 0.76307E-06
|
|
142 -0.0526 0.60262E-06
|
|
142 0.2105 0.47556E-06
|
|
142 0.4737 0.37738E-06
|
|
142 0.7368 0.30032E-06
|
|
142 1.0000 0.23976E-06
|
|
142 1 -14.5793 -4.0000 -33.5483 97.9955
|
|
142 1 -14.5793 -3.7368 -28.5012 96.7112
|
|
142 1 -14.5793 -3.4737 -23.3466 95.0043
|
|
142 1 -14.5793 -3.2105 -17.8689 92.9096
|
|
142 1 -14.5793 -2.9474 -11.7853 90.0025
|
|
142 1 -14.5793 -2.6842 -5.4538 85.3764
|
|
142 1 -14.5793 -2.4211 -0.2315 78.8331
|
|
142 1 -14.5793 -2.1579 2.9997 71.4684
|
|
142 1 -14.5793 -1.8947 4.5055 64.3488
|
|
142 1 -14.5793 -1.6316 4.8571 57.8870
|
|
142 1 -14.5793 -1.3684 4.5032 52.2187
|
|
142 1 -14.5793 -1.1053 3.9321 47.3099
|
|
142 1 -14.5793 -0.8421 3.4926 42.7706
|
|
142 1 -14.5793 -0.5789 3.0698 38.1043
|
|
142 1 -14.5793 -0.3158 2.1627 33.1773
|
|
142 1 -14.5793 -0.0526 0.4333 28.4075
|
|
142 1 -14.5793 0.2105 -1.9142 24.2497
|
|
142 1 -14.5793 0.4737 -4.5029 20.7651
|
|
142 1 -14.5793 0.7368 -7.1601 17.8148
|
|
142 1 -14.5793 1.0000 -9.8464 15.3282
|
|
|
|
142 2 -10.2664 -4.0000 -43.5260 92.6284
|
|
142 2 -10.2664 -3.7368 -38.4468 92.6568
|
|
142 2 -10.2664 -3.4737 -33.0528 92.3023
|
|
142 2 -10.2664 -3.2105 -27.0848 91.5286
|
|
142 2 -10.2664 -2.9474 -20.2498 89.8106
|
|
142 2 -10.2664 -2.6842 -12.9695 86.1275
|
|
142 2 -10.2664 -2.4211 -6.7389 80.2417
|
|
142 2 -10.2664 -2.1579 -2.5406 73.3110
|
|
142 2 -10.2664 -1.8947 -0.1314 66.4663
|
|
142 2 -10.2664 -1.6316 1.0484 60.1570
|
|
142 2 -10.2664 -1.3684 1.4485 54.5664
|
|
142 2 -10.2664 -1.1053 1.5993 49.6832
|
|
142 2 -10.2664 -0.8421 1.8777 45.0783
|
|
142 2 -10.2664 -0.5789 2.1266 40.2039
|
|
142 2 -10.2664 -0.3158 1.7538 34.9425
|
|
142 2 -10.2664 -0.0526 0.3801 29.8092
|
|
142 2 -10.2664 0.2105 -1.7405 25.3402
|
|
142 2 -10.2664 0.4737 -4.1636 21.6044
|
|
142 2 -10.2664 0.7368 -6.6910 18.4372
|
|
142 2 -10.2664 1.0000 -9.2860 15.7600
|
|
|
|
142 3 -7.2955 -4.0000 -44.0185 86.1680
|
|
142 3 -7.2955 -3.7368 -39.2684 86.7559
|
|
142 3 -7.2955 -3.4737 -34.0596 86.9174
|
|
142 3 -7.2955 -3.2105 -28.2261 86.5655
|
|
142 3 -7.2955 -2.9474 -21.5655 85.2215
|
|
142 3 -7.2955 -2.6842 -14.5060 81.9693
|
|
142 3 -7.2955 -2.4211 -8.4459 76.6261
|
|
142 3 -7.2955 -2.1579 -4.2778 70.2904
|
|
142 3 -7.2955 -1.8947 -1.7560 64.0005
|
|
142 3 -7.2955 -1.6316 -0.3730 58.1528
|
|
142 3 -7.2955 -1.3684 0.2620 52.9263
|
|
142 3 -7.2955 -1.1053 0.6454 48.3373
|
|
142 3 -7.2955 -0.8421 1.1543 43.9832
|
|
142 3 -7.2955 -0.5789 1.6404 39.3161
|
|
142 3 -7.2955 -0.3158 1.4997 34.2121
|
|
142 3 -7.2955 -0.0526 0.3396 29.1980
|
|
142 3 -7.2955 0.2105 -1.5842 24.8232
|
|
142 3 -7.2955 0.4737 -3.8224 21.1581
|
|
142 3 -7.2955 0.7368 -6.1812 18.0366
|
|
142 3 -7.2955 1.0000 -8.6307 15.3868
|
|
|
|
142 4 -5.9070 -4.0000 -50.1137 87.0128
|
|
142 4 -5.9070 -3.7368 -45.3594 88.0923
|
|
142 4 -5.9070 -3.4737 -40.0537 88.8534
|
|
142 4 -5.9070 -3.2105 -33.9546 89.1588
|
|
142 4 -5.9070 -2.9474 -26.8103 88.4372
|
|
142 4 -5.9070 -2.6842 -19.0766 85.6346
|
|
142 4 -5.9070 -2.4211 -12.2960 80.4947
|
|
142 4 -5.9070 -2.1579 -7.4852 74.1842
|
|
142 4 -5.9070 -1.8947 -4.4133 67.8332
|
|
142 4 -5.9070 -1.6316 -2.5529 61.8777
|
|
142 4 -5.9070 -1.3684 -1.4966 56.5270
|
|
142 4 -5.9070 -1.1053 -0.7037 51.8096
|
|
142 4 -5.9070 -0.8421 0.2363 47.2785
|
|
142 4 -5.9070 -0.5789 1.1399 42.3249
|
|
142 4 -5.9070 -0.3158 1.3146 36.8274
|
|
142 4 -5.9070 -0.0526 0.3214 31.3977
|
|
142 4 -5.9070 0.2105 -1.5429 26.6597
|
|
142 4 -5.9070 0.4737 -3.7690 22.6901
|
|
142 4 -5.9070 0.7368 -6.1434 19.2985
|
|
142 4 -5.9070 1.0000 -8.6414 16.4081
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 143 coord.: 0.5000000 0.8333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.836427 meV Im[Sigma]= 72.505850 meV Z= 1.014393 lam= -0.014189
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.613529 meV Im[Sigma]= 50.530181 meV Z= 0.996385 lam= 0.003628
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.880099 meV Im[Sigma]= 87.563978 meV Z= 1.015486 lam= -0.015250
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.626313 meV Im[Sigma]= 143.147450 meV Z= 1.024969 lam= -0.024361
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 143 coord.: 0.5000000 0.8333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 143 w = -4.0000 eV A(k,w) = 0.26631E-02 meV^-1
|
|
ik = 143 w = -3.7368 eV A(k,w) = 0.41893E-03 meV^-1
|
|
ik = 143 w = -3.4737 eV A(k,w) = 0.12973E-03 meV^-1
|
|
ik = 143 w = -3.2105 eV A(k,w) = 0.62224E-04 meV^-1
|
|
ik = 143 w = -2.9474 eV A(k,w) = 0.36451E-04 meV^-1
|
|
ik = 143 w = -2.6842 eV A(k,w) = 0.23498E-04 meV^-1
|
|
ik = 143 w = -2.4211 eV A(k,w) = 0.15839E-04 meV^-1
|
|
ik = 143 w = -2.1579 eV A(k,w) = 0.11006E-04 meV^-1
|
|
ik = 143 w = -1.8947 eV A(k,w) = 0.78769E-05 meV^-1
|
|
ik = 143 w = -1.6316 eV A(k,w) = 0.57932E-05 meV^-1
|
|
ik = 143 w = -1.3684 eV A(k,w) = 0.43701E-05 meV^-1
|
|
ik = 143 w = -1.1053 eV A(k,w) = 0.33723E-05 meV^-1
|
|
ik = 143 w = -0.8421 eV A(k,w) = 0.26336E-05 meV^-1
|
|
ik = 143 w = -0.5789 eV A(k,w) = 0.20466E-05 meV^-1
|
|
ik = 143 w = -0.3158 eV A(k,w) = 0.15648E-05 meV^-1
|
|
ik = 143 w = -0.0526 eV A(k,w) = 0.11841E-05 meV^-1
|
|
ik = 143 w = 0.2105 eV A(k,w) = 0.89963E-06 meV^-1
|
|
ik = 143 w = 0.4737 eV A(k,w) = 0.69023E-06 meV^-1
|
|
ik = 143 w = 0.7368 eV A(k,w) = 0.53313E-06 meV^-1
|
|
ik = 143 w = 1.0000 eV A(k,w) = 0.41450E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
143 -4.0000 0.26631E-02
|
|
143 -3.7368 0.41893E-03
|
|
143 -3.4737 0.12973E-03
|
|
143 -3.2105 0.62224E-04
|
|
143 -2.9474 0.36451E-04
|
|
143 -2.6842 0.23498E-04
|
|
143 -2.4211 0.15839E-04
|
|
143 -2.1579 0.11006E-04
|
|
143 -1.8947 0.78769E-05
|
|
143 -1.6316 0.57932E-05
|
|
143 -1.3684 0.43701E-05
|
|
143 -1.1053 0.33723E-05
|
|
143 -0.8421 0.26336E-05
|
|
143 -0.5789 0.20466E-05
|
|
143 -0.3158 0.15648E-05
|
|
143 -0.0526 0.11841E-05
|
|
143 0.2105 0.89963E-06
|
|
143 0.4737 0.69023E-06
|
|
143 0.7368 0.53313E-06
|
|
143 1.0000 0.41450E-06
|
|
143 1 -16.2688 -4.0000 -31.9774 105.3332
|
|
143 1 -16.2688 -3.7368 -26.5233 103.5719
|
|
143 1 -16.2688 -3.4737 -20.9896 101.3176
|
|
143 1 -16.2688 -3.2105 -15.1903 98.5960
|
|
143 1 -16.2688 -2.9474 -8.8827 94.9954
|
|
143 1 -16.2688 -2.6842 -2.4487 89.6422
|
|
143 1 -16.2688 -2.4211 2.7462 82.3775
|
|
143 1 -16.2688 -2.1579 5.8313 74.3357
|
|
143 1 -16.2688 -1.8947 7.0973 66.6096
|
|
143 1 -16.2688 -1.6316 7.1435 59.6225
|
|
143 1 -16.2688 -1.3684 6.4400 53.5080
|
|
143 1 -16.2688 -1.1053 5.4834 48.2310
|
|
143 1 -16.2688 -0.8421 4.6327 43.4125
|
|
143 1 -16.2688 -0.5789 3.8000 38.5677
|
|
143 1 -16.2688 -0.3158 2.5234 33.5526
|
|
143 1 -16.2688 -0.0526 0.4875 28.7482
|
|
143 1 -16.2688 0.2105 -2.1129 24.5752
|
|
143 1 -16.2688 0.4737 -4.9191 21.0848
|
|
143 1 -16.2688 0.7368 -7.7640 18.1389
|
|
143 1 -16.2688 1.0000 -10.6081 15.6618
|
|
|
|
143 2 -8.9488 -4.0000 -44.8683 93.7835
|
|
143 2 -8.9488 -3.7368 -39.7904 93.8311
|
|
143 2 -8.9488 -3.4737 -34.3926 93.5556
|
|
143 2 -8.9488 -3.2105 -28.3676 92.9194
|
|
143 2 -8.9488 -2.9474 -21.3744 91.3470
|
|
143 2 -8.9488 -2.6842 -13.8492 87.7323
|
|
143 2 -8.9488 -2.4211 -7.3700 81.8018
|
|
143 2 -8.9488 -2.1579 -2.9832 74.7561
|
|
143 2 -8.9488 -1.8947 -0.4495 67.7807
|
|
143 2 -8.9488 -1.6316 0.8125 61.3514
|
|
143 2 -8.9488 -1.3684 1.2742 55.6586
|
|
143 2 -8.9488 -1.1053 1.4842 50.6840
|
|
143 2 -8.9488 -0.8421 1.8228 45.9818
|
|
143 2 -8.9488 -0.5789 2.1202 40.9940
|
|
143 2 -8.9488 -0.3158 1.7676 35.6105
|
|
143 2 -8.9488 -0.0526 0.3844 30.3660
|
|
143 2 -8.9488 0.2105 -1.7615 25.8071
|
|
143 2 -8.9488 0.4737 -4.2129 21.9991
|
|
143 2 -8.9488 0.7368 -6.7685 18.7697
|
|
143 2 -8.9488 1.0000 -9.3941 16.0374
|
|
|
|
143 3 -6.9060 -4.0000 -44.9091 89.3953
|
|
143 3 -6.9060 -3.7368 -40.0549 89.8073
|
|
143 3 -6.9060 -3.4737 -34.7909 89.8574
|
|
143 3 -6.9060 -3.2105 -28.8806 89.4756
|
|
143 3 -6.9060 -2.9474 -22.0486 88.1322
|
|
143 3 -6.9060 -2.6842 -14.7238 84.8041
|
|
143 3 -6.9060 -2.4211 -8.4042 79.2519
|
|
143 3 -6.9060 -2.1579 -4.0712 72.6270
|
|
143 3 -6.9060 -1.8947 -1.4848 66.0456
|
|
143 3 -6.9060 -1.6316 -0.1031 59.9440
|
|
143 3 -6.9060 -1.3684 0.5011 54.5109
|
|
143 3 -6.9060 -1.1053 0.8541 49.7504
|
|
143 3 -6.9060 -0.8421 1.3395 45.2334
|
|
143 3 -6.9060 -0.5789 1.7933 40.3986
|
|
143 3 -6.9060 -0.3158 1.5969 35.1296
|
|
143 3 -6.9060 -0.0526 0.3575 29.9684
|
|
143 3 -6.9060 0.2105 -1.6588 25.4723
|
|
143 3 -6.9060 0.4737 -3.9918 21.7106
|
|
143 3 -6.9060 0.7368 -6.4417 18.5118
|
|
143 3 -6.9060 1.0000 -8.9771 15.7993
|
|
|
|
143 4 -3.9563 -4.0000 -63.2241 116.4540
|
|
143 4 -3.9563 -3.7368 -56.6469 117.3188
|
|
143 4 -3.9563 -3.4737 -49.5022 117.7473
|
|
143 4 -3.9563 -3.2105 -41.4148 117.6287
|
|
143 4 -3.9563 -2.9474 -31.9960 116.1850
|
|
143 4 -3.9563 -2.6842 -21.8686 111.9941
|
|
143 4 -3.9563 -2.4211 -13.0931 104.7435
|
|
143 4 -3.9563 -2.1579 -7.0049 95.9997
|
|
143 4 -3.9563 -1.8947 -3.2937 87.2795
|
|
143 4 -3.9563 -1.6316 -1.2305 79.1929
|
|
143 4 -3.9563 -1.3684 -0.2228 72.0038
|
|
143 4 -3.9563 -1.1053 0.4449 65.7067
|
|
143 4 -3.9563 -0.8421 1.2793 59.7216
|
|
143 4 -3.9563 -0.5789 2.0569 53.3041
|
|
143 4 -3.9563 -0.3158 1.9538 46.3032
|
|
143 4 -3.9563 -0.0526 0.4484 39.4434
|
|
143 4 -3.9563 0.2105 -2.1024 33.4690
|
|
143 4 -3.9563 0.4737 -5.0838 28.4727
|
|
143 4 -3.9563 0.7368 -8.2287 24.2263
|
|
143 4 -3.9563 1.0000 -11.4937 20.6281
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 144 coord.: 0.5000000 0.8333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.622354 meV Im[Sigma]= 68.210978 meV Z= 1.015079 lam= -0.014855
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.103376 meV Im[Sigma]= 57.853096 meV Z= 1.005375 lam= -0.005347
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.340570 meV Im[Sigma]= 120.237549 meV Z= 1.022394 lam= -0.021904
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 72.265136 meV Im[Sigma]= 163.896902 meV Z= 1.043274 lam= -0.041479
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 144 coord.: 0.5000000 0.8333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 144 w = -4.0000 eV A(k,w) = 0.47031E-04 meV^-1
|
|
ik = 144 w = -3.7368 eV A(k,w) = 0.55768E-04 meV^-1
|
|
ik = 144 w = -3.4737 eV A(k,w) = 0.83243E-04 meV^-1
|
|
ik = 144 w = -3.2105 eV A(k,w) = 0.16540E-03 meV^-1
|
|
ik = 144 w = -2.9474 eV A(k,w) = 0.53013E-03 meV^-1
|
|
ik = 144 w = -2.6842 eV A(k,w) = 0.25226E-02 meV^-1
|
|
ik = 144 w = -2.4211 eV A(k,w) = 0.48175E-03 meV^-1
|
|
ik = 144 w = -2.1579 eV A(k,w) = 0.13000E-03 meV^-1
|
|
ik = 144 w = -1.8947 eV A(k,w) = 0.54861E-04 meV^-1
|
|
ik = 144 w = -1.6316 eV A(k,w) = 0.28805E-04 meV^-1
|
|
ik = 144 w = -1.3684 eV A(k,w) = 0.17199E-04 meV^-1
|
|
ik = 144 w = -1.1053 eV A(k,w) = 0.11183E-04 meV^-1
|
|
ik = 144 w = -0.8421 eV A(k,w) = 0.76613E-05 meV^-1
|
|
ik = 144 w = -0.5789 eV A(k,w) = 0.53649E-05 meV^-1
|
|
ik = 144 w = -0.3158 eV A(k,w) = 0.37653E-05 meV^-1
|
|
ik = 144 w = -0.0526 eV A(k,w) = 0.26507E-05 meV^-1
|
|
ik = 144 w = 0.2105 eV A(k,w) = 0.18936E-05 meV^-1
|
|
ik = 144 w = 0.4737 eV A(k,w) = 0.13776E-05 meV^-1
|
|
ik = 144 w = 0.7368 eV A(k,w) = 0.10156E-05 meV^-1
|
|
ik = 144 w = 1.0000 eV A(k,w) = 0.75761E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
144 -4.0000 0.47031E-04
|
|
144 -3.7368 0.55768E-04
|
|
144 -3.4737 0.83243E-04
|
|
144 -3.2105 0.16540E-03
|
|
144 -2.9474 0.53013E-03
|
|
144 -2.6842 0.25226E-02
|
|
144 -2.4211 0.48175E-03
|
|
144 -2.1579 0.13000E-03
|
|
144 -1.8947 0.54861E-04
|
|
144 -1.6316 0.28805E-04
|
|
144 -1.3684 0.17199E-04
|
|
144 -1.1053 0.11183E-04
|
|
144 -0.8421 0.76613E-05
|
|
144 -0.5789 0.53649E-05
|
|
144 -0.3158 0.37653E-05
|
|
144 -0.0526 0.26507E-05
|
|
144 0.2105 0.18936E-05
|
|
144 0.4737 0.13776E-05
|
|
144 0.7368 0.10156E-05
|
|
144 1.0000 0.75761E-06
|
|
144 1 -16.6105 -4.0000 -32.3427 106.6442
|
|
144 1 -16.6105 -3.7368 -26.6734 104.8741
|
|
144 1 -16.6105 -3.4737 -20.9511 102.5578
|
|
144 1 -16.6105 -3.2105 -14.9888 99.7466
|
|
144 1 -16.6105 -2.9474 -8.5383 96.0284
|
|
144 1 -16.6105 -2.6842 -1.9923 90.5315
|
|
144 1 -16.6105 -2.4211 3.2790 83.1099
|
|
144 1 -16.6105 -2.1579 6.4087 74.9052
|
|
144 1 -16.6105 -1.8947 7.6845 67.0126
|
|
144 1 -16.6105 -1.6316 7.7030 59.8684
|
|
144 1 -16.6105 -1.3684 6.9435 53.6167
|
|
144 1 -16.6105 -1.1053 5.9104 48.2223
|
|
144 1 -16.6105 -0.8421 4.9627 43.3094
|
|
144 1 -16.6105 -0.5789 4.0176 38.4033
|
|
144 1 -16.6105 -0.3158 2.6306 33.3658
|
|
144 1 -16.6105 -0.0526 0.5033 28.5667
|
|
144 1 -16.6105 0.2105 -2.1691 24.4113
|
|
144 1 -16.6105 0.4737 -5.0327 20.9460
|
|
144 1 -16.6105 0.7368 -7.9202 18.0310
|
|
144 1 -16.6105 1.0000 -10.7912 15.5849
|
|
|
|
144 2 -10.7517 -4.0000 -34.2674 81.7753
|
|
144 2 -10.7517 -3.7368 -29.8626 81.2977
|
|
144 2 -10.7517 -3.4737 -25.3303 80.4854
|
|
144 2 -10.7517 -3.2105 -20.4311 79.3732
|
|
144 2 -10.7517 -2.9474 -14.8648 77.5471
|
|
144 2 -10.7517 -2.6842 -8.9444 74.1351
|
|
144 2 -10.7517 -2.4211 -3.9169 68.9157
|
|
144 2 -10.7517 -2.1579 -0.6112 62.8572
|
|
144 2 -10.7517 -1.8947 1.1825 56.9148
|
|
144 2 -10.7517 -1.6316 1.9464 51.4637
|
|
144 2 -10.7517 -1.3684 2.0635 46.6498
|
|
144 2 -10.7517 -1.1053 1.9801 42.4616
|
|
144 2 -10.7517 -0.8421 2.0209 38.5390
|
|
144 2 -10.7517 -0.5789 2.0640 34.4126
|
|
144 2 -10.7517 -0.3158 1.6127 29.9688
|
|
144 2 -10.7517 -0.0526 0.3411 25.6311
|
|
144 2 -10.7517 0.2105 -1.5447 21.8472
|
|
144 2 -10.7517 0.4737 -3.6769 18.6736
|
|
144 2 -10.7517 0.7368 -5.8949 15.9737
|
|
144 2 -10.7517 1.0000 -8.1706 13.6861
|
|
|
|
144 3 -5.2472 -4.0000 -58.5130 109.5737
|
|
144 3 -5.2472 -3.7368 -52.0695 110.3225
|
|
144 3 -5.2472 -3.4737 -45.1866 110.5031
|
|
144 3 -5.2472 -3.2105 -37.5732 110.1141
|
|
144 3 -5.2472 -2.9474 -28.8434 108.5222
|
|
144 3 -5.2472 -2.6842 -19.5166 104.4421
|
|
144 3 -5.2472 -2.4211 -11.4630 97.5739
|
|
144 3 -5.2472 -2.1579 -5.9078 89.3548
|
|
144 3 -5.2472 -1.8947 -2.5596 81.1842
|
|
144 3 -5.2472 -1.6316 -0.7382 73.6267
|
|
144 3 -5.2472 -1.3684 0.1159 66.9238
|
|
144 3 -5.2472 -1.1053 0.6733 61.0563
|
|
144 3 -5.2472 -0.8421 1.3946 55.4711
|
|
144 3 -5.2472 -0.5789 2.0560 49.4808
|
|
144 3 -5.2472 -0.3158 1.8923 42.9589
|
|
144 3 -5.2472 -0.0526 0.4289 36.5805
|
|
144 3 -5.2472 0.2105 -2.0004 31.0318
|
|
144 3 -5.2472 0.4737 -4.8256 26.3992
|
|
144 3 -5.2472 0.7368 -7.7947 22.4713
|
|
144 3 -5.2472 1.0000 -10.8640 19.1492
|
|
|
|
144 4 -2.6593 -4.0000 -74.6781 132.0262
|
|
144 4 -2.6593 -3.7368 -66.5864 133.0507
|
|
144 4 -2.6593 -3.4737 -58.0216 133.3916
|
|
144 4 -2.6593 -3.2105 -48.5934 133.0537
|
|
144 4 -2.6593 -2.9474 -37.8275 131.2525
|
|
144 4 -2.6593 -2.6842 -26.3722 126.4435
|
|
144 4 -2.6593 -2.4211 -16.4687 118.3031
|
|
144 4 -2.6593 -2.1579 -9.5472 108.5569
|
|
144 4 -2.6593 -1.8947 -5.2498 98.8527
|
|
144 4 -2.6593 -1.6316 -2.7786 89.8573
|
|
144 4 -2.6593 -1.3684 -1.4703 81.8724
|
|
144 4 -2.6593 -1.1053 -0.5032 74.8838
|
|
144 4 -2.6593 -0.8421 0.6979 68.2057
|
|
144 4 -2.6593 -0.5789 1.8544 60.9658
|
|
144 4 -2.6593 -0.3158 1.9874 52.9910
|
|
144 4 -2.6593 -0.0526 0.4757 45.1369
|
|
144 4 -2.6593 0.2105 -2.2678 38.2815
|
|
144 4 -2.6593 0.4737 -5.5280 32.5372
|
|
144 4 -2.6593 0.7368 -8.9982 27.6427
|
|
144 4 -2.6593 1.0000 -12.6308 23.4884
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 145 coord.: 0.6666667 0.0000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.3978 eV Re[Sigma]= -56.338124 meV Im[Sigma]= 40.534117 meV Z= 1.002330 lam= -0.002325
|
|
E( 2 )= -9.2191 eV Re[Sigma]= -13.643447 meV Im[Sigma]= 49.627677 meV Z= 0.997292 lam= 0.002716
|
|
E( 3 )= -2.0907 eV Re[Sigma]= 96.624241 meV Im[Sigma]= 145.977501 meV Z= 1.021935 lam= -0.021464
|
|
E( 4 )= -2.0907 eV Re[Sigma]= 96.624241 meV Im[Sigma]= 145.977501 meV Z= 1.021935 lam= -0.021464
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 145 coord.: 0.6666667 0.0000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 145 w = -4.0000 eV A(k,w) = 0.28701E-04 meV^-1
|
|
ik = 145 w = -3.7368 eV A(k,w) = 0.38558E-04 meV^-1
|
|
ik = 145 w = -3.4737 eV A(k,w) = 0.54480E-04 meV^-1
|
|
ik = 145 w = -3.2105 eV A(k,w) = 0.82469E-04 meV^-1
|
|
ik = 145 w = -2.9474 eV A(k,w) = 0.13749E-03 meV^-1
|
|
ik = 145 w = -2.6842 eV A(k,w) = 0.26837E-03 meV^-1
|
|
ik = 145 w = -2.4211 eV A(k,w) = 0.74050E-03 meV^-1
|
|
ik = 145 w = -2.1579 eV A(k,w) = 0.43451E-02 meV^-1
|
|
ik = 145 w = -1.8947 eV A(k,w) = 0.13187E-02 meV^-1
|
|
ik = 145 w = -1.6316 eV A(k,w) = 0.28516E-03 meV^-1
|
|
ik = 145 w = -1.3684 eV A(k,w) = 0.10958E-03 meV^-1
|
|
ik = 145 w = -1.1053 eV A(k,w) = 0.54701E-04 meV^-1
|
|
ik = 145 w = -0.8421 eV A(k,w) = 0.31342E-04 meV^-1
|
|
ik = 145 w = -0.5789 eV A(k,w) = 0.19251E-04 meV^-1
|
|
ik = 145 w = -0.3158 eV A(k,w) = 0.12195E-04 meV^-1
|
|
ik = 145 w = -0.0526 eV A(k,w) = 0.78947E-05 meV^-1
|
|
ik = 145 w = 0.2105 eV A(k,w) = 0.52560E-05 meV^-1
|
|
ik = 145 w = 0.4737 eV A(k,w) = 0.35998E-05 meV^-1
|
|
ik = 145 w = 0.7368 eV A(k,w) = 0.25178E-05 meV^-1
|
|
ik = 145 w = 1.0000 eV A(k,w) = 0.17928E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
145 -4.0000 0.28701E-04
|
|
145 -3.7368 0.38558E-04
|
|
145 -3.4737 0.54480E-04
|
|
145 -3.2105 0.82469E-04
|
|
145 -2.9474 0.13749E-03
|
|
145 -2.6842 0.26837E-03
|
|
145 -2.4211 0.74050E-03
|
|
145 -2.1579 0.43451E-02
|
|
145 -1.8947 0.13187E-02
|
|
145 -1.6316 0.28516E-03
|
|
145 -1.3684 0.10958E-03
|
|
145 -1.1053 0.54701E-04
|
|
145 -0.8421 0.31342E-04
|
|
145 -0.5789 0.19251E-04
|
|
145 -0.3158 0.12195E-04
|
|
145 -0.0526 0.78947E-05
|
|
145 0.2105 0.52560E-05
|
|
145 0.4737 0.35998E-05
|
|
145 0.7368 0.25178E-05
|
|
145 1.0000 0.17928E-05
|
|
145 1 -18.3978 -4.0000 -31.6282 115.3519
|
|
145 1 -18.3978 -3.7368 -25.4148 113.2745
|
|
145 1 -18.3978 -3.4737 -19.0565 110.5194
|
|
145 1 -18.3978 -3.2105 -12.4418 107.0382
|
|
145 1 -18.3978 -2.9474 -5.4919 102.4012
|
|
145 1 -18.3978 -2.6842 1.2707 95.8580
|
|
145 1 -18.3978 -2.4211 6.4640 87.4208
|
|
145 1 -18.3978 -2.1579 9.2912 78.3459
|
|
145 1 -18.3978 -1.8947 10.1435 69.7817
|
|
145 1 -18.3978 -1.6316 9.7208 62.1527
|
|
145 1 -18.3978 -1.3684 8.5619 55.5407
|
|
145 1 -18.3978 -1.1053 7.1712 49.8538
|
|
145 1 -18.3978 -0.8421 5.8889 44.6945
|
|
145 1 -18.3978 -0.5789 4.6255 39.5892
|
|
145 1 -18.3978 -0.3158 2.9453 34.3965
|
|
145 1 -18.3978 -0.0526 0.5535 29.4699
|
|
145 1 -18.3978 0.2105 -2.3641 25.2052
|
|
145 1 -18.3978 0.4737 -5.4605 21.6514
|
|
145 1 -18.3978 0.7368 -8.5641 18.6719
|
|
145 1 -18.3978 1.0000 -11.6281 16.1800
|
|
|
|
145 2 -9.2191 -4.0000 -40.7385 91.0199
|
|
145 2 -9.2191 -3.7368 -35.7762 90.8003
|
|
145 2 -9.2191 -3.4737 -30.5957 90.2455
|
|
145 2 -9.2191 -3.2105 -24.8811 89.3677
|
|
145 2 -9.2191 -2.9474 -18.2718 87.6210
|
|
145 2 -9.2191 -2.6842 -11.1706 83.9317
|
|
145 2 -9.2191 -2.4211 -5.0955 78.0192
|
|
145 2 -9.2191 -2.1579 -1.0806 71.0343
|
|
145 2 -9.2191 -1.8947 1.0841 64.1548
|
|
145 2 -9.2191 -1.6316 1.9849 57.8829
|
|
145 2 -9.2191 -1.3684 2.1241 52.4045
|
|
145 2 -9.2191 -1.1053 2.0530 47.6778
|
|
145 2 -9.2191 -0.8421 2.1419 43.2600
|
|
145 2 -9.2191 -0.5789 2.2376 38.6080
|
|
145 2 -9.2191 -0.3158 1.7708 33.5986
|
|
145 2 -9.2191 -0.0526 0.3765 28.7146
|
|
145 2 -9.2191 0.2105 -1.7082 24.4589
|
|
145 2 -9.2191 0.4737 -4.0681 20.8916
|
|
145 2 -9.2191 0.7368 -6.5237 17.8561
|
|
145 2 -9.2191 1.0000 -9.0458 15.2829
|
|
|
|
145 3 -2.0907 -4.0000 -85.5295 144.5254
|
|
145 3 -2.0907 -3.7368 -76.9465 146.1424
|
|
145 3 -2.0907 -3.4737 -67.6349 147.1814
|
|
145 3 -2.0907 -3.2105 -57.0864 147.5139
|
|
145 3 -2.0907 -2.9474 -44.7927 146.1224
|
|
145 3 -2.0907 -2.6842 -31.5640 141.1782
|
|
145 3 -2.0907 -2.4211 -20.0379 132.2789
|
|
145 3 -2.0907 -2.1579 -11.9399 121.4128
|
|
145 3 -2.0907 -1.8947 -6.9068 110.5388
|
|
145 3 -2.0907 -1.6316 -3.9994 100.4809
|
|
145 3 -2.0907 -1.3684 -2.4185 91.5897
|
|
145 3 -2.0907 -1.1053 -1.2139 83.8344
|
|
145 3 -2.0907 -0.8421 0.2726 76.4294
|
|
145 3 -2.0907 -0.5789 1.7317 68.3755
|
|
145 3 -2.0907 -0.3158 2.0511 59.4582
|
|
145 3 -2.0907 -0.0526 0.5071 50.6371
|
|
145 3 -2.0907 0.2105 -2.4508 42.9171
|
|
145 3 -2.0907 0.4737 -6.0163 36.4403
|
|
145 3 -2.0907 0.7368 -9.8383 30.9210
|
|
145 3 -2.0907 1.0000 -13.8567 26.2395
|
|
|
|
145 4 -2.0907 -4.0000 -85.4203 144.4193
|
|
145 4 -2.0907 -3.7368 -76.8552 146.0250
|
|
145 4 -2.0907 -3.4737 -67.5641 147.0577
|
|
145 4 -2.0907 -3.2105 -57.0378 147.3898
|
|
145 4 -2.0907 -2.9474 -44.7653 146.0048
|
|
145 4 -2.0907 -2.6842 -31.5535 141.0734
|
|
145 4 -2.0907 -2.4211 -20.0374 132.1903
|
|
145 4 -2.0907 -2.1579 -11.9425 121.3391
|
|
145 4 -2.0907 -1.8947 -6.9085 110.4762
|
|
145 4 -2.0907 -1.6316 -3.9994 100.4256
|
|
145 4 -2.0907 -1.3684 -2.4175 91.5393
|
|
145 4 -2.0907 -1.1053 -1.2133 83.7880
|
|
145 4 -2.0907 -0.8421 0.2718 76.3875
|
|
145 4 -2.0907 -0.5789 1.7299 68.3390
|
|
145 4 -2.0907 -0.3158 2.0495 59.4274
|
|
145 4 -2.0907 -0.0526 0.5067 50.6119
|
|
145 4 -2.0907 0.2105 -2.4491 42.8964
|
|
145 4 -2.0907 0.4737 -6.0121 36.4234
|
|
145 4 -2.0907 0.7368 -9.8316 30.9069
|
|
145 4 -2.0907 1.0000 -13.8476 26.2276
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 146 coord.: 0.6666667 0.0000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.622552 meV Im[Sigma]= 68.210836 meV Z= 1.015079 lam= -0.014855
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.103459 meV Im[Sigma]= 57.853179 meV Z= 1.005376 lam= -0.005347
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.340486 meV Im[Sigma]= 120.237493 meV Z= 1.022394 lam= -0.021904
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 72.265028 meV Im[Sigma]= 163.896463 meV Z= 1.043274 lam= -0.041479
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 146 coord.: 0.6666667 0.0000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 146 w = -4.0000 eV A(k,w) = 0.47030E-04 meV^-1
|
|
ik = 146 w = -3.7368 eV A(k,w) = 0.55768E-04 meV^-1
|
|
ik = 146 w = -3.4737 eV A(k,w) = 0.83243E-04 meV^-1
|
|
ik = 146 w = -3.2105 eV A(k,w) = 0.16540E-03 meV^-1
|
|
ik = 146 w = -2.9474 eV A(k,w) = 0.53012E-03 meV^-1
|
|
ik = 146 w = -2.6842 eV A(k,w) = 0.25226E-02 meV^-1
|
|
ik = 146 w = -2.4211 eV A(k,w) = 0.48175E-03 meV^-1
|
|
ik = 146 w = -2.1579 eV A(k,w) = 0.13000E-03 meV^-1
|
|
ik = 146 w = -1.8947 eV A(k,w) = 0.54861E-04 meV^-1
|
|
ik = 146 w = -1.6316 eV A(k,w) = 0.28805E-04 meV^-1
|
|
ik = 146 w = -1.3684 eV A(k,w) = 0.17199E-04 meV^-1
|
|
ik = 146 w = -1.1053 eV A(k,w) = 0.11183E-04 meV^-1
|
|
ik = 146 w = -0.8421 eV A(k,w) = 0.76612E-05 meV^-1
|
|
ik = 146 w = -0.5789 eV A(k,w) = 0.53649E-05 meV^-1
|
|
ik = 146 w = -0.3158 eV A(k,w) = 0.37652E-05 meV^-1
|
|
ik = 146 w = -0.0526 eV A(k,w) = 0.26507E-05 meV^-1
|
|
ik = 146 w = 0.2105 eV A(k,w) = 0.18936E-05 meV^-1
|
|
ik = 146 w = 0.4737 eV A(k,w) = 0.13776E-05 meV^-1
|
|
ik = 146 w = 0.7368 eV A(k,w) = 0.10156E-05 meV^-1
|
|
ik = 146 w = 1.0000 eV A(k,w) = 0.75761E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
146 -4.0000 0.47030E-04
|
|
146 -3.7368 0.55768E-04
|
|
146 -3.4737 0.83243E-04
|
|
146 -3.2105 0.16540E-03
|
|
146 -2.9474 0.53012E-03
|
|
146 -2.6842 0.25226E-02
|
|
146 -2.4211 0.48175E-03
|
|
146 -2.1579 0.13000E-03
|
|
146 -1.8947 0.54861E-04
|
|
146 -1.6316 0.28805E-04
|
|
146 -1.3684 0.17199E-04
|
|
146 -1.1053 0.11183E-04
|
|
146 -0.8421 0.76612E-05
|
|
146 -0.5789 0.53649E-05
|
|
146 -0.3158 0.37652E-05
|
|
146 -0.0526 0.26507E-05
|
|
146 0.2105 0.18936E-05
|
|
146 0.4737 0.13776E-05
|
|
146 0.7368 0.10156E-05
|
|
146 1.0000 0.75761E-06
|
|
146 1 -16.6105 -4.0000 -32.3426 106.6442
|
|
146 1 -16.6105 -3.7368 -26.6733 104.8742
|
|
146 1 -16.6105 -3.4737 -20.9510 102.5579
|
|
146 1 -16.6105 -3.2105 -14.9887 99.7466
|
|
146 1 -16.6105 -2.9474 -8.5382 96.0284
|
|
146 1 -16.6105 -2.6842 -1.9922 90.5315
|
|
146 1 -16.6105 -2.4211 3.2791 83.1099
|
|
146 1 -16.6105 -2.1579 6.4088 74.9052
|
|
146 1 -16.6105 -1.8947 7.6847 67.0126
|
|
146 1 -16.6105 -1.6316 7.7031 59.8684
|
|
146 1 -16.6105 -1.3684 6.9437 53.6166
|
|
146 1 -16.6105 -1.1053 5.9105 48.2222
|
|
146 1 -16.6105 -0.8421 4.9627 43.3093
|
|
146 1 -16.6105 -0.5789 4.0177 38.4032
|
|
146 1 -16.6105 -0.3158 2.6306 33.3657
|
|
146 1 -16.6105 -0.0526 0.5033 28.5666
|
|
146 1 -16.6105 0.2105 -2.1691 24.4113
|
|
146 1 -16.6105 0.4737 -5.0327 20.9460
|
|
146 1 -16.6105 0.7368 -7.9202 18.0310
|
|
146 1 -16.6105 1.0000 -10.7913 15.5849
|
|
|
|
146 2 -10.7517 -4.0000 -34.2679 81.7756
|
|
146 2 -10.7517 -3.7368 -29.8631 81.2981
|
|
146 2 -10.7517 -3.4737 -25.3308 80.4858
|
|
146 2 -10.7517 -3.2105 -20.4316 79.3736
|
|
146 2 -10.7517 -2.9474 -14.8652 77.5476
|
|
146 2 -10.7517 -2.6842 -8.9447 74.1356
|
|
146 2 -10.7517 -2.4211 -3.9172 68.9162
|
|
146 2 -10.7517 -2.1579 -0.6114 62.8577
|
|
146 2 -10.7517 -1.8947 1.1823 56.9153
|
|
146 2 -10.7517 -1.6316 1.9463 51.4641
|
|
146 2 -10.7517 -1.3684 2.0634 46.6501
|
|
146 2 -10.7517 -1.1053 1.9801 42.4620
|
|
146 2 -10.7517 -0.8421 2.0208 38.5393
|
|
146 2 -10.7517 -0.5789 2.0640 34.4129
|
|
146 2 -10.7517 -0.3158 1.6127 29.9690
|
|
146 2 -10.7517 -0.0526 0.3411 25.6313
|
|
146 2 -10.7517 0.2105 -1.5447 21.8473
|
|
146 2 -10.7517 0.4737 -3.6769 18.6737
|
|
146 2 -10.7517 0.7368 -5.8949 15.9739
|
|
146 2 -10.7517 1.0000 -8.1706 13.6862
|
|
|
|
146 3 -5.2472 -4.0000 -58.5129 109.5737
|
|
146 3 -5.2472 -3.7368 -52.0694 110.3224
|
|
146 3 -5.2472 -3.4737 -45.1865 110.5030
|
|
146 3 -5.2472 -3.2105 -37.5731 110.1141
|
|
146 3 -5.2472 -2.9474 -28.8434 108.5222
|
|
146 3 -5.2472 -2.6842 -19.5165 104.4421
|
|
146 3 -5.2472 -2.4211 -11.4629 97.5738
|
|
146 3 -5.2472 -2.1579 -5.9076 89.3547
|
|
146 3 -5.2472 -1.8947 -2.5594 81.1841
|
|
146 3 -5.2472 -1.6316 -0.7381 73.6266
|
|
146 3 -5.2472 -1.3684 0.1160 66.9237
|
|
146 3 -5.2472 -1.1053 0.6734 61.0562
|
|
146 3 -5.2472 -0.8421 1.3947 55.4710
|
|
146 3 -5.2472 -0.5789 2.0560 49.4806
|
|
146 3 -5.2472 -0.3158 1.8923 42.9587
|
|
146 3 -5.2472 -0.0526 0.4289 36.5803
|
|
146 3 -5.2472 0.2105 -2.0005 31.0317
|
|
146 3 -5.2472 0.4737 -4.8256 26.3991
|
|
146 3 -5.2472 0.7368 -7.7947 22.4712
|
|
146 3 -5.2472 1.0000 -10.8640 19.1491
|
|
|
|
146 4 -2.6593 -4.0000 -74.6778 132.0259
|
|
146 4 -2.6593 -3.7368 -66.5862 133.0504
|
|
146 4 -2.6593 -3.4737 -58.0214 133.3912
|
|
146 4 -2.6593 -3.2105 -48.5932 133.0534
|
|
146 4 -2.6593 -2.9474 -37.8273 131.2521
|
|
146 4 -2.6593 -2.6842 -26.3721 126.4432
|
|
146 4 -2.6593 -2.4211 -16.4686 118.3028
|
|
146 4 -2.6593 -2.1579 -9.5471 108.5566
|
|
146 4 -2.6593 -1.8947 -5.2497 98.8525
|
|
146 4 -2.6593 -1.6316 -2.7785 89.8570
|
|
146 4 -2.6593 -1.3684 -1.4703 81.8722
|
|
146 4 -2.6593 -1.1053 -0.5032 74.8836
|
|
146 4 -2.6593 -0.8421 0.6979 68.2055
|
|
146 4 -2.6593 -0.5789 1.8544 60.9656
|
|
146 4 -2.6593 -0.3158 1.9874 52.9909
|
|
146 4 -2.6593 -0.0526 0.4757 45.1368
|
|
146 4 -2.6593 0.2105 -2.2678 38.2814
|
|
146 4 -2.6593 0.4737 -5.5280 32.5371
|
|
146 4 -2.6593 0.7368 -8.9982 27.6426
|
|
146 4 -2.6593 1.0000 -12.6308 23.4884
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 147 coord.: 0.6666667 0.0000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.7489 eV Re[Sigma]= -39.580776 meV Im[Sigma]= 60.622338 meV Z= 1.003811 lam= -0.003796
|
|
E( 2 )= -10.6632 eV Re[Sigma]= -15.301421 meV Im[Sigma]= 65.094583 meV Z= 1.006752 lam= -0.006706
|
|
E( 3 )= -9.4579 eV Re[Sigma]= 2.604564 meV Im[Sigma]= 39.545533 meV Z= 0.995880 lam= 0.004137
|
|
E( 4 )= -4.5555 eV Re[Sigma]= 12.355813 meV Im[Sigma]= 124.565044 meV Z= 1.016622 lam= -0.016350
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 147 coord.: 0.6666667 0.0000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 147 w = -4.0000 eV A(k,w) = 0.88621E-04 meV^-1
|
|
ik = 147 w = -3.7368 eV A(k,w) = 0.45792E-04 meV^-1
|
|
ik = 147 w = -3.4737 eV A(k,w) = 0.28123E-04 meV^-1
|
|
ik = 147 w = -3.2105 eV A(k,w) = 0.19102E-04 meV^-1
|
|
ik = 147 w = -2.9474 eV A(k,w) = 0.13766E-04 meV^-1
|
|
ik = 147 w = -2.6842 eV A(k,w) = 0.10180E-04 meV^-1
|
|
ik = 147 w = -2.4211 eV A(k,w) = 0.75750E-05 meV^-1
|
|
ik = 147 w = -2.1579 eV A(k,w) = 0.56773E-05 meV^-1
|
|
ik = 147 w = -1.8947 eV A(k,w) = 0.43134E-05 meV^-1
|
|
ik = 147 w = -1.6316 eV A(k,w) = 0.33285E-05 meV^-1
|
|
ik = 147 w = -1.3684 eV A(k,w) = 0.26114E-05 meV^-1
|
|
ik = 147 w = -1.1053 eV A(k,w) = 0.20824E-05 meV^-1
|
|
ik = 147 w = -0.8421 eV A(k,w) = 0.16725E-05 meV^-1
|
|
ik = 147 w = -0.5789 eV A(k,w) = 0.13314E-05 meV^-1
|
|
ik = 147 w = -0.3158 eV A(k,w) = 0.10393E-05 meV^-1
|
|
ik = 147 w = -0.0526 eV A(k,w) = 0.80072E-06 meV^-1
|
|
ik = 147 w = 0.2105 eV A(k,w) = 0.61817E-06 meV^-1
|
|
ik = 147 w = 0.4737 eV A(k,w) = 0.48100E-06 meV^-1
|
|
ik = 147 w = 0.7368 eV A(k,w) = 0.37603E-06 meV^-1
|
|
ik = 147 w = 1.0000 eV A(k,w) = 0.29539E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
147 -4.0000 0.88621E-04
|
|
147 -3.7368 0.45792E-04
|
|
147 -3.4737 0.28123E-04
|
|
147 -3.2105 0.19102E-04
|
|
147 -2.9474 0.13766E-04
|
|
147 -2.6842 0.10180E-04
|
|
147 -2.4211 0.75750E-05
|
|
147 -2.1579 0.56773E-05
|
|
147 -1.8947 0.43134E-05
|
|
147 -1.6316 0.33285E-05
|
|
147 -1.3684 0.26114E-05
|
|
147 -1.1053 0.20824E-05
|
|
147 -0.8421 0.16725E-05
|
|
147 -0.5789 0.13314E-05
|
|
147 -0.3158 0.10393E-05
|
|
147 -0.0526 0.80072E-06
|
|
147 0.2105 0.61817E-06
|
|
147 0.4737 0.48100E-06
|
|
147 0.7368 0.37603E-06
|
|
147 1.0000 0.29539E-06
|
|
147 1 -13.7489 -4.0000 -38.2894 104.1666
|
|
147 1 -13.7489 -3.7368 -32.5689 103.0590
|
|
147 1 -13.7489 -3.4737 -26.7564 101.4304
|
|
147 1 -13.7489 -3.2105 -20.6024 99.3686
|
|
147 1 -13.7489 -2.9474 -13.7607 96.4025
|
|
147 1 -13.7489 -2.6842 -6.6246 91.5116
|
|
147 1 -13.7489 -2.4211 -0.6973 84.4672
|
|
147 1 -13.7489 -2.1579 3.0334 76.4636
|
|
147 1 -13.7489 -1.8947 4.8288 68.6808
|
|
147 1 -13.7489 -1.6316 5.3011 61.6058
|
|
147 1 -13.7489 -1.3684 4.9602 55.4146
|
|
147 1 -13.7489 -1.1053 4.3591 50.0683
|
|
147 1 -13.7489 -0.8421 3.8755 45.1382
|
|
147 1 -13.7489 -0.5789 3.3823 40.1010
|
|
147 1 -13.7489 -0.3158 2.3580 34.8297
|
|
147 1 -13.7489 -0.0526 0.4684 29.7673
|
|
147 1 -13.7489 0.2105 -2.0572 25.3802
|
|
147 1 -13.7489 0.4737 -4.8182 21.7207
|
|
147 1 -13.7489 0.7368 -7.6321 18.6325
|
|
147 1 -13.7489 1.0000 -10.4611 16.0324
|
|
|
|
147 2 -10.6632 -4.0000 -40.7015 94.3934
|
|
147 2 -10.6632 -3.7368 -35.7325 94.0231
|
|
147 2 -10.6632 -3.4737 -30.5045 93.2885
|
|
147 2 -10.6632 -3.2105 -24.7592 92.1810
|
|
147 2 -10.6632 -2.9474 -18.1860 90.1901
|
|
147 2 -10.6632 -2.6842 -11.1915 86.3057
|
|
147 2 -10.6632 -2.4211 -5.2378 80.2965
|
|
147 2 -10.6632 -2.1579 -1.2776 73.2918
|
|
147 2 -10.6632 -1.8947 0.9242 66.3903
|
|
147 2 -10.6632 -1.6316 1.9095 60.0350
|
|
147 2 -10.6632 -1.3684 2.1190 54.4138
|
|
147 2 -10.6632 -1.1053 2.0806 49.5254
|
|
147 2 -10.6632 -0.8421 2.1821 44.9522
|
|
147 2 -10.6632 -0.5789 2.2888 40.1425
|
|
147 2 -10.6632 -0.3158 1.8196 34.9563
|
|
147 2 -10.6632 -0.0526 0.3883 29.8878
|
|
147 2 -10.6632 0.2105 -1.7656 25.4630
|
|
147 2 -10.6632 0.4737 -4.2119 21.7492
|
|
147 2 -10.6632 0.7368 -6.7638 18.5872
|
|
147 2 -10.6632 1.0000 -9.3883 15.9075
|
|
|
|
147 3 -9.4579 -4.0000 -30.5470 66.5097
|
|
147 3 -9.4579 -3.7368 -27.1415 66.8282
|
|
147 3 -9.4579 -3.4737 -23.3302 66.7998
|
|
147 3 -9.4579 -3.2105 -19.0563 66.3168
|
|
147 3 -9.4579 -2.9474 -14.2360 65.0665
|
|
147 3 -9.4579 -2.6842 -9.1759 62.4317
|
|
147 3 -9.4579 -2.4211 -4.8776 58.2888
|
|
147 3 -9.4579 -2.1579 -1.9868 53.4493
|
|
147 3 -9.4579 -1.8947 -0.3046 48.6795
|
|
147 3 -9.4579 -1.6316 0.5567 44.2547
|
|
147 3 -9.4579 -1.3684 0.8755 40.2901
|
|
147 3 -9.4579 -1.1053 1.0049 36.8048
|
|
147 3 -9.4579 -0.8421 1.2316 33.5129
|
|
147 3 -9.4579 -0.5789 1.4603 30.0021
|
|
147 3 -9.4579 -0.3158 1.2430 26.1636
|
|
147 3 -9.4579 -0.0526 0.2741 22.3812
|
|
147 3 -9.4579 0.2105 -1.2664 19.0691
|
|
147 3 -9.4579 0.4737 -3.0462 16.2871
|
|
147 3 -9.4579 0.7368 -4.9189 13.9168
|
|
147 3 -9.4579 1.0000 -6.8578 11.9069
|
|
|
|
147 4 -4.5555 -4.0000 -59.1833 106.2333
|
|
147 4 -4.5555 -3.7368 -53.1726 107.1507
|
|
147 4 -4.5555 -3.4737 -46.6047 107.6161
|
|
147 4 -4.5555 -3.2105 -39.2135 107.5237
|
|
147 4 -4.5555 -2.9474 -30.6873 106.2275
|
|
147 4 -4.5555 -2.6842 -21.5659 102.5039
|
|
147 4 -4.5555 -2.4211 -13.6523 96.0930
|
|
147 4 -4.5555 -2.1579 -8.0970 88.3826
|
|
147 4 -4.5555 -1.8947 -4.6026 80.6864
|
|
147 4 -4.5555 -1.6316 -2.5385 73.5095
|
|
147 4 -4.5555 -1.3684 -1.4138 67.0896
|
|
147 4 -4.5555 -1.1053 -0.5870 61.4501
|
|
147 4 -4.5555 -0.8421 0.4285 56.0594
|
|
147 4 -4.5555 -0.5789 1.4240 50.1923
|
|
147 4 -4.5555 -0.3158 1.5841 43.6917
|
|
147 4 -4.5555 -0.0526 0.3835 37.2695
|
|
147 4 -4.5555 0.2105 -1.8345 31.6589
|
|
147 4 -4.5555 0.4737 -4.4758 26.9490
|
|
147 4 -4.5555 0.7368 -7.2942 22.9185
|
|
147 4 -4.5555 1.0000 -10.2613 19.4821
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 148 coord.: 0.6666667 0.0000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.305645 meV Im[Sigma]= 56.076472 meV Z= 1.000191 lam= -0.000191
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.714407 meV Im[Sigma]= 56.833257 meV Z= 1.000355 lam= -0.000355
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -10.546525 meV Im[Sigma]= 82.756698 meV Z= 1.018010 lam= -0.017692
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.241478 meV Im[Sigma]= 80.026133 meV Z= 1.002837 lam= -0.002829
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 148 coord.: 0.6666667 0.0000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 148 w = -4.0000 eV A(k,w) = 0.10767E-04 meV^-1
|
|
ik = 148 w = -3.7368 eV A(k,w) = 0.88349E-05 meV^-1
|
|
ik = 148 w = -3.4737 eV A(k,w) = 0.73904E-05 meV^-1
|
|
ik = 148 w = -3.2105 eV A(k,w) = 0.62647E-05 meV^-1
|
|
ik = 148 w = -2.9474 eV A(k,w) = 0.53311E-05 meV^-1
|
|
ik = 148 w = -2.6842 eV A(k,w) = 0.44870E-05 meV^-1
|
|
ik = 148 w = -2.4211 eV A(k,w) = 0.37048E-05 meV^-1
|
|
ik = 148 w = -2.1579 eV A(k,w) = 0.30245E-05 meV^-1
|
|
ik = 148 w = -1.8947 eV A(k,w) = 0.24676E-05 meV^-1
|
|
ik = 148 w = -1.6316 eV A(k,w) = 0.20216E-05 meV^-1
|
|
ik = 148 w = -1.3684 eV A(k,w) = 0.16684E-05 meV^-1
|
|
ik = 148 w = -1.1053 eV A(k,w) = 0.13889E-05 meV^-1
|
|
ik = 148 w = -0.8421 eV A(k,w) = 0.11573E-05 meV^-1
|
|
ik = 148 w = -0.5789 eV A(k,w) = 0.95104E-06 meV^-1
|
|
ik = 148 w = -0.3158 eV A(k,w) = 0.76339E-06 meV^-1
|
|
ik = 148 w = -0.0526 eV A(k,w) = 0.60287E-06 meV^-1
|
|
ik = 148 w = 0.2105 eV A(k,w) = 0.47576E-06 meV^-1
|
|
ik = 148 w = 0.4737 eV A(k,w) = 0.37754E-06 meV^-1
|
|
ik = 148 w = 0.7368 eV A(k,w) = 0.30046E-06 meV^-1
|
|
ik = 148 w = 1.0000 eV A(k,w) = 0.23988E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
148 -4.0000 0.10767E-04
|
|
148 -3.7368 0.88349E-05
|
|
148 -3.4737 0.73904E-05
|
|
148 -3.2105 0.62647E-05
|
|
148 -2.9474 0.53311E-05
|
|
148 -2.6842 0.44870E-05
|
|
148 -2.4211 0.37048E-05
|
|
148 -2.1579 0.30245E-05
|
|
148 -1.8947 0.24676E-05
|
|
148 -1.6316 0.20216E-05
|
|
148 -1.3684 0.16684E-05
|
|
148 -1.1053 0.13889E-05
|
|
148 -0.8421 0.11573E-05
|
|
148 -0.5789 0.95104E-06
|
|
148 -0.3158 0.76339E-06
|
|
148 -0.0526 0.60287E-06
|
|
148 0.2105 0.47576E-06
|
|
148 0.4737 0.37754E-06
|
|
148 0.7368 0.30046E-06
|
|
148 1.0000 0.23988E-06
|
|
148 1 -14.5793 -4.0000 -33.5463 97.8211
|
|
148 1 -14.5793 -3.7368 -28.5407 96.5697
|
|
148 1 -14.5793 -3.4737 -23.4053 94.9064
|
|
148 1 -14.5793 -3.2105 -17.9269 92.8500
|
|
148 1 -14.5793 -2.9474 -11.8331 89.9717
|
|
148 1 -14.5793 -2.6842 -5.4857 85.3665
|
|
148 1 -14.5793 -2.4211 -0.2435 78.8354
|
|
148 1 -14.5793 -2.1579 3.0077 71.4733
|
|
148 1 -14.5793 -1.8947 4.5302 64.3484
|
|
148 1 -14.5793 -1.6316 4.8930 57.8758
|
|
148 1 -14.5793 -1.3684 4.5432 52.1942
|
|
148 1 -14.5793 -1.1053 3.9699 47.2729
|
|
148 1 -14.5793 -0.8421 3.5235 42.7240
|
|
148 1 -14.5793 -0.5789 3.0910 38.0522
|
|
148 1 -14.5793 -0.3158 2.1733 33.1242
|
|
148 1 -14.5793 -0.0526 0.4349 28.3569
|
|
148 1 -14.5793 0.2105 -1.9198 24.2035
|
|
148 1 -14.5793 0.4737 -4.5141 20.7247
|
|
148 1 -14.5793 0.7368 -7.1747 17.7812
|
|
148 1 -14.5793 1.0000 -9.8622 15.3014
|
|
|
|
148 2 -10.2664 -4.0000 -44.2280 92.6925
|
|
148 2 -10.2664 -3.7368 -39.1225 92.8470
|
|
148 2 -10.2664 -3.4737 -33.6608 92.5950
|
|
148 2 -10.2664 -3.2105 -27.6024 91.8885
|
|
148 2 -10.2664 -2.9474 -20.6734 90.2028
|
|
148 2 -10.2664 -2.6842 -13.3073 86.5247
|
|
148 2 -10.2664 -2.4211 -7.0061 80.6257
|
|
148 2 -10.2664 -2.1579 -2.7532 73.6744
|
|
148 2 -10.2664 -1.8947 -0.3003 66.8080
|
|
148 2 -10.2664 -1.6316 0.9166 60.4764
|
|
148 2 -10.2664 -1.3684 1.3481 54.8626
|
|
148 2 -10.2664 -1.1053 1.5260 49.9566
|
|
148 2 -10.2664 -0.8421 1.8299 45.3282
|
|
148 2 -10.2664 -0.5789 2.1021 40.4263
|
|
148 2 -10.2664 -0.3158 1.7459 35.1328
|
|
148 2 -10.2664 -0.0526 0.3796 29.9672
|
|
148 2 -10.2664 0.2105 -1.7406 25.4700
|
|
148 2 -10.2664 0.4737 -4.1668 21.7106
|
|
148 2 -10.2664 0.7368 -6.6994 18.5233
|
|
148 2 -10.2664 1.0000 -9.3013 15.8295
|
|
|
|
148 3 -7.2955 -4.0000 -43.8420 85.0769
|
|
148 3 -7.2955 -3.7368 -39.2167 85.7003
|
|
148 3 -7.2955 -3.4737 -34.1148 85.9391
|
|
148 3 -7.2955 -3.2105 -28.3567 85.6853
|
|
148 3 -7.2955 -2.9474 -21.7432 84.4442
|
|
148 3 -7.2955 -2.6842 -14.7078 81.2941
|
|
148 3 -7.2955 -2.4211 -8.6505 76.0476
|
|
148 3 -7.2955 -2.1579 -4.4668 69.7965
|
|
148 3 -7.2955 -1.8947 -1.9190 63.5748
|
|
148 3 -7.2955 -1.6316 -0.5076 57.7799
|
|
148 3 -7.2955 -1.3684 0.1539 52.5955
|
|
148 3 -7.2955 -1.1053 0.5606 48.0416
|
|
148 3 -7.2955 -0.8421 1.0896 43.7189
|
|
148 3 -7.2955 -0.5789 1.5940 39.0821
|
|
148 3 -7.2955 -0.3158 1.4731 34.0077
|
|
148 3 -7.2955 -0.0526 0.3351 29.0201
|
|
148 3 -7.2955 0.2105 -1.5661 24.6669
|
|
148 3 -7.2955 0.4737 -3.7833 21.0196
|
|
148 3 -7.2955 0.7368 -6.1229 17.9140
|
|
148 3 -7.2955 1.0000 -8.5538 15.2790
|
|
|
|
148 4 -5.9070 -4.0000 -49.9871 88.2792
|
|
148 4 -5.9070 -3.7368 -45.0581 89.3079
|
|
148 4 -5.9070 -3.4737 -39.6014 89.9359
|
|
148 4 -5.9070 -3.2105 -33.4107 90.0592
|
|
148 4 -5.9070 -2.9474 -26.2458 89.1433
|
|
148 4 -5.9070 -2.6842 -18.5532 86.1717
|
|
148 4 -5.9070 -2.4211 -11.8457 80.9084
|
|
148 4 -5.9070 -2.1579 -7.1122 74.5161
|
|
148 4 -5.9070 -1.8947 -4.1077 68.1108
|
|
148 4 -5.9070 -1.6316 -2.3019 62.1151
|
|
148 4 -5.9070 -1.3684 -1.2916 56.7282
|
|
148 4 -5.9070 -1.1053 -0.5434 51.9778
|
|
148 4 -5.9070 -0.8421 0.3520 47.4206
|
|
148 4 -5.9070 -0.5789 1.2143 42.4483
|
|
148 4 -5.9070 -0.3158 1.3525 36.9373
|
|
148 4 -5.9070 -0.0526 0.3273 31.4971
|
|
148 4 -5.9070 0.2105 -1.5652 26.7506
|
|
148 4 -5.9070 0.4737 -3.8168 22.7736
|
|
148 4 -5.9070 0.7368 -6.2141 19.3759
|
|
148 4 -5.9070 1.0000 -8.7329 16.4803
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 149 coord.: 0.6666667 0.0000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -17.3646 eV Re[Sigma]= -58.929319 meV Im[Sigma]= 42.127654 meV Z= 0.994716 lam= 0.005312
|
|
E( 2 )= -6.7590 eV Re[Sigma]= -15.655579 meV Im[Sigma]= 108.547836 meV Z= 1.011615 lam= -0.011482
|
|
E( 3 )= -5.2110 eV Re[Sigma]= 2.859887 meV Im[Sigma]= 106.353783 meV Z= 1.019113 lam= -0.018755
|
|
E( 4 )= -5.2110 eV Re[Sigma]= 2.859887 meV Im[Sigma]= 106.353783 meV Z= 1.019113 lam= -0.018755
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 149 coord.: 0.6666667 0.0000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 149 w = -4.0000 eV A(k,w) = 0.43217E-04 meV^-1
|
|
ik = 149 w = -3.7368 eV A(k,w) = 0.30922E-04 meV^-1
|
|
ik = 149 w = -3.4737 eV A(k,w) = 0.23294E-04 meV^-1
|
|
ik = 149 w = -3.2105 eV A(k,w) = 0.18175E-04 meV^-1
|
|
ik = 149 w = -2.9474 eV A(k,w) = 0.14454E-04 meV^-1
|
|
ik = 149 w = -2.6842 eV A(k,w) = 0.11489E-04 meV^-1
|
|
ik = 149 w = -2.4211 eV A(k,w) = 0.90275E-05 meV^-1
|
|
ik = 149 w = -2.1579 eV A(k,w) = 0.70526E-05 meV^-1
|
|
ik = 149 w = -1.8947 eV A(k,w) = 0.55317E-05 meV^-1
|
|
ik = 149 w = -1.6316 eV A(k,w) = 0.43752E-05 meV^-1
|
|
ik = 149 w = -1.3684 eV A(k,w) = 0.34997E-05 meV^-1
|
|
ik = 149 w = -1.1053 eV A(k,w) = 0.28333E-05 meV^-1
|
|
ik = 149 w = -0.8421 eV A(k,w) = 0.23019E-05 meV^-1
|
|
ik = 149 w = -0.5789 eV A(k,w) = 0.18479E-05 meV^-1
|
|
ik = 149 w = -0.3158 eV A(k,w) = 0.14511E-05 meV^-1
|
|
ik = 149 w = -0.0526 eV A(k,w) = 0.11226E-05 meV^-1
|
|
ik = 149 w = 0.2105 eV A(k,w) = 0.86893E-06 meV^-1
|
|
ik = 149 w = 0.4737 eV A(k,w) = 0.67716E-06 meV^-1
|
|
ik = 149 w = 0.7368 eV A(k,w) = 0.52974E-06 meV^-1
|
|
ik = 149 w = 1.0000 eV A(k,w) = 0.41607E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
149 -4.0000 0.43217E-04
|
|
149 -3.7368 0.30922E-04
|
|
149 -3.4737 0.23294E-04
|
|
149 -3.2105 0.18175E-04
|
|
149 -2.9474 0.14454E-04
|
|
149 -2.6842 0.11489E-04
|
|
149 -2.4211 0.90275E-05
|
|
149 -2.1579 0.70526E-05
|
|
149 -1.8947 0.55317E-05
|
|
149 -1.6316 0.43752E-05
|
|
149 -1.3684 0.34997E-05
|
|
149 -1.1053 0.28333E-05
|
|
149 -0.8421 0.23019E-05
|
|
149 -0.5789 0.18479E-05
|
|
149 -0.3158 0.14511E-05
|
|
149 -0.0526 0.11226E-05
|
|
149 0.2105 0.86893E-06
|
|
149 0.4737 0.67716E-06
|
|
149 0.7368 0.52974E-06
|
|
149 1.0000 0.41607E-06
|
|
149 1 -17.3646 -4.0000 -27.7482 105.0630
|
|
149 1 -17.3646 -3.7368 -22.5691 102.8703
|
|
149 1 -17.3646 -3.4737 -17.3600 100.2225
|
|
149 1 -17.3646 -3.2105 -11.9364 97.1522
|
|
149 1 -17.3646 -2.9474 -6.0679 93.2632
|
|
149 1 -17.3646 -2.6842 -0.1275 87.7272
|
|
149 1 -17.3646 -2.4211 4.5759 80.4085
|
|
149 1 -17.3646 -2.1579 7.2175 72.4139
|
|
149 1 -17.3646 -1.8947 8.0999 64.8083
|
|
149 1 -17.3646 -1.6316 7.8356 57.9979
|
|
149 1 -17.3646 -1.3684 6.9060 52.0835
|
|
149 1 -17.3646 -1.1053 5.7920 46.9952
|
|
149 1 -17.3646 -0.8421 4.8228 42.3444
|
|
149 1 -17.3646 -0.5789 3.8947 37.6587
|
|
149 1 -17.3646 -0.3158 2.5530 32.8026
|
|
149 1 -17.3646 -0.0526 0.4895 28.1438
|
|
149 1 -17.3646 0.2105 -2.1140 24.0896
|
|
149 1 -17.3646 0.4737 -4.9147 20.6939
|
|
149 1 -17.3646 0.7368 -7.7505 17.8272
|
|
149 1 -17.3646 1.0000 -10.5806 15.4173
|
|
|
|
149 2 -6.7590 -4.0000 -62.3019 118.7285
|
|
149 2 -6.7590 -3.7368 -55.4018 119.3538
|
|
149 2 -6.7590 -3.4737 -47.9952 119.4568
|
|
149 2 -6.7590 -3.2105 -39.7283 118.9399
|
|
149 2 -6.7590 -2.9474 -30.2632 117.0553
|
|
149 2 -6.7590 -2.6842 -20.2286 112.4704
|
|
149 2 -6.7590 -2.4211 -11.6103 104.9194
|
|
149 2 -6.7590 -2.1579 -5.6952 95.9331
|
|
149 2 -6.7590 -1.8947 -2.1926 87.0104
|
|
149 2 -6.7590 -1.6316 -0.3707 78.7971
|
|
149 2 -6.7590 -1.3684 0.4133 71.5639
|
|
149 2 -6.7590 -1.1053 0.9021 65.2682
|
|
149 2 -6.7590 -0.8421 1.5923 59.3001
|
|
149 2 -6.7590 -0.5789 2.2450 52.9122
|
|
149 2 -6.7590 -0.3158 2.0397 45.9575
|
|
149 2 -6.7590 -0.0526 0.4604 39.1495
|
|
149 2 -6.7590 0.2105 -2.1445 33.2215
|
|
149 2 -6.7590 0.4737 -5.1695 28.2678
|
|
149 2 -6.7590 0.7368 -8.3476 24.0642
|
|
149 2 -6.7590 1.0000 -11.6331 20.5067
|
|
|
|
149 3 -5.2110 -4.0000 -54.3233 97.4342
|
|
149 3 -5.2110 -3.7368 -48.8706 98.4461
|
|
149 3 -5.2110 -3.4737 -42.8544 99.0447
|
|
149 3 -5.2110 -3.2105 -36.0158 99.1026
|
|
149 3 -5.2110 -2.9474 -28.0945 97.9956
|
|
149 3 -5.2110 -2.6842 -19.6183 94.6007
|
|
149 3 -5.2110 -2.4211 -12.2610 88.6865
|
|
149 3 -5.2110 -2.1579 -7.0992 81.5387
|
|
149 3 -5.2110 -1.8947 -3.8687 74.3873
|
|
149 3 -5.2110 -1.6316 -1.9832 67.7155
|
|
149 3 -5.2110 -1.3684 -0.9799 61.7477
|
|
149 3 -5.2110 -1.1053 -0.2638 56.5043
|
|
149 3 -5.2110 -0.8421 0.6116 51.4980
|
|
149 3 -5.2110 -0.5789 1.4561 46.0699
|
|
149 3 -5.2110 -0.3158 1.5311 40.0807
|
|
149 3 -5.2110 -0.0526 0.3642 34.1778
|
|
149 3 -5.2110 0.2105 -1.7307 29.0271
|
|
149 3 -5.2110 0.4737 -4.2096 24.7114
|
|
149 3 -5.2110 0.7368 -6.8424 21.0274
|
|
149 3 -5.2110 1.0000 -9.6001 17.8911
|
|
|
|
149 4 -5.2110 -4.0000 -53.8909 96.2415
|
|
149 4 -5.2110 -3.7368 -48.5531 97.1976
|
|
149 4 -5.2110 -3.4737 -42.6891 97.7826
|
|
149 4 -5.2110 -3.2105 -36.0148 97.8894
|
|
149 4 -5.2110 -2.9474 -28.2302 96.8905
|
|
149 4 -5.2110 -2.6842 -19.8415 93.6327
|
|
149 4 -5.2110 -2.4211 -12.5264 87.8582
|
|
149 4 -5.2110 -2.1579 -7.3715 80.8373
|
|
149 4 -5.2110 -1.8947 -4.1281 73.7916
|
|
149 4 -5.2110 -1.6316 -2.2247 67.2097
|
|
149 4 -5.2110 -1.3684 -1.1977 61.3273
|
|
149 4 -5.2110 -1.1053 -0.4441 56.1623
|
|
149 4 -5.2110 -0.8421 0.4799 51.2173
|
|
149 4 -5.2110 -0.5789 1.3726 45.8317
|
|
149 4 -5.2110 -0.3158 1.4889 39.8734
|
|
149 4 -5.2110 -0.0526 0.3575 33.9964
|
|
149 4 -5.2110 0.2105 -1.7050 28.8684
|
|
149 4 -5.2110 0.4737 -4.1534 24.5721
|
|
149 4 -5.2110 0.7368 -6.7577 20.9043
|
|
149 4 -5.2110 1.0000 -9.4891 17.7815
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 150 coord.: 0.6666667 0.0000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.014481 meV Im[Sigma]= 43.223927 meV Z= 1.007620 lam= -0.007563
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.958768 meV Im[Sigma]= 102.189445 meV Z= 1.018021 lam= -0.017702
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 47.272366 meV Im[Sigma]= 167.531918 meV Z= 1.035892 lam= -0.034648
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.473907 meV Im[Sigma]= 167.235831 meV Z= 1.042446 lam= -0.040718
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 150 coord.: 0.6666667 0.0000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 150 w = -4.0000 eV A(k,w) = 0.12428E-03 meV^-1
|
|
ik = 150 w = -3.7368 eV A(k,w) = 0.29113E-03 meV^-1
|
|
ik = 150 w = -3.4737 eV A(k,w) = 0.13088E-02 meV^-1
|
|
ik = 150 w = -3.2105 eV A(k,w) = 0.13994E-02 meV^-1
|
|
ik = 150 w = -2.9474 eV A(k,w) = 0.63973E-03 meV^-1
|
|
ik = 150 w = -2.6842 eV A(k,w) = 0.21453E-02 meV^-1
|
|
ik = 150 w = -2.4211 eV A(k,w) = 0.77114E-03 meV^-1
|
|
ik = 150 w = -2.1579 eV A(k,w) = 0.19091E-03 meV^-1
|
|
ik = 150 w = -1.8947 eV A(k,w) = 0.79409E-04 meV^-1
|
|
ik = 150 w = -1.6316 eV A(k,w) = 0.41823E-04 meV^-1
|
|
ik = 150 w = -1.3684 eV A(k,w) = 0.25101E-04 meV^-1
|
|
ik = 150 w = -1.1053 eV A(k,w) = 0.16375E-04 meV^-1
|
|
ik = 150 w = -0.8421 eV A(k,w) = 0.11228E-04 meV^-1
|
|
ik = 150 w = -0.5789 eV A(k,w) = 0.78533E-05 meV^-1
|
|
ik = 150 w = -0.3158 eV A(k,w) = 0.54980E-05 meV^-1
|
|
ik = 150 w = -0.0526 eV A(k,w) = 0.38572E-05 meV^-1
|
|
ik = 150 w = 0.2105 eV A(k,w) = 0.27439E-05 meV^-1
|
|
ik = 150 w = 0.4737 eV A(k,w) = 0.19871E-05 meV^-1
|
|
ik = 150 w = 0.7368 eV A(k,w) = 0.14584E-05 meV^-1
|
|
ik = 150 w = 1.0000 eV A(k,w) = 0.10834E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
150 -4.0000 0.12428E-03
|
|
150 -3.7368 0.29113E-03
|
|
150 -3.4737 0.13088E-02
|
|
150 -3.2105 0.13994E-02
|
|
150 -2.9474 0.63973E-03
|
|
150 -2.6842 0.21453E-02
|
|
150 -2.4211 0.77114E-03
|
|
150 -2.1579 0.19091E-03
|
|
150 -1.8947 0.79409E-04
|
|
150 -1.6316 0.41823E-04
|
|
150 -1.3684 0.25101E-04
|
|
150 -1.1053 0.16375E-04
|
|
150 -0.8421 0.11228E-04
|
|
150 -0.5789 0.78533E-05
|
|
150 -0.3158 0.54980E-05
|
|
150 -0.0526 0.38572E-05
|
|
150 0.2105 0.27439E-05
|
|
150 0.4737 0.19871E-05
|
|
150 0.7368 0.14584E-05
|
|
150 1.0000 0.10834E-05
|
|
150 1 -18.6527 -4.0000 -29.8203 116.4532
|
|
150 1 -18.6527 -3.7368 -23.7592 113.9644
|
|
150 1 -18.6527 -3.4737 -17.6597 110.8463
|
|
150 1 -18.6527 -3.2105 -11.4085 107.1203
|
|
150 1 -18.6527 -2.9474 -4.8392 102.4200
|
|
150 1 -18.6527 -2.6842 1.6382 95.9538
|
|
150 1 -18.6527 -2.4211 6.6715 87.6365
|
|
150 1 -18.6527 -2.1579 9.4296 78.6610
|
|
150 1 -18.6527 -1.8947 10.2623 70.1544
|
|
150 1 -18.6527 -1.6316 9.8354 62.5389
|
|
150 1 -18.6527 -1.3684 8.6595 55.9124
|
|
150 1 -18.6527 -1.1053 7.2333 50.2103
|
|
150 1 -18.6527 -0.8421 5.9137 45.0516
|
|
150 1 -18.6527 -0.5789 4.6296 39.9556
|
|
150 1 -18.6527 -0.3158 2.9451 34.7638
|
|
150 1 -18.6527 -0.0526 0.5535 29.8253
|
|
150 1 -18.6527 0.2105 -2.3645 25.5395
|
|
150 1 -18.6527 0.4737 -5.4637 21.9559
|
|
150 1 -18.6527 0.7368 -8.5777 18.9399
|
|
150 1 -18.6527 1.0000 -11.6622 16.4108
|
|
|
|
150 2 -6.9063 -4.0000 -51.7927 105.5270
|
|
150 2 -6.9063 -3.7368 -45.7297 105.6345
|
|
150 2 -6.9063 -3.4737 -39.3752 105.2634
|
|
150 2 -6.9063 -3.2105 -32.4072 104.4272
|
|
150 2 -6.9063 -2.9474 -24.4487 102.5184
|
|
150 2 -6.9063 -2.6842 -15.9885 98.3470
|
|
150 2 -6.9063 -2.4211 -8.7468 91.6540
|
|
150 2 -6.9063 -2.1579 -3.8344 83.7669
|
|
150 2 -6.9063 -1.8947 -0.9785 75.9719
|
|
150 2 -6.9063 -1.6316 0.4556 68.7994
|
|
150 2 -6.9063 -1.3684 1.0060 62.4721
|
|
150 2 -6.9063 -1.1053 1.3051 56.9558
|
|
150 2 -6.9063 -0.8421 1.7773 51.7256
|
|
150 2 -6.9063 -0.5789 2.2122 46.1418
|
|
150 2 -6.9063 -0.3158 1.9054 40.0853
|
|
150 2 -6.9063 -0.0526 0.4204 34.1716
|
|
150 2 -6.9063 0.2105 -1.9387 29.0269
|
|
150 2 -6.9063 0.4737 -4.6511 24.7286
|
|
150 2 -6.9063 0.7368 -7.4875 21.0822
|
|
150 2 -6.9063 1.0000 -10.4089 17.9964
|
|
|
|
150 3 -3.2910 -4.0000 -69.9911 127.1490
|
|
150 3 -3.2910 -3.7368 -62.4572 128.0415
|
|
150 3 -3.2910 -3.4737 -54.4105 128.3123
|
|
150 3 -3.2910 -3.2105 -45.4985 127.9242
|
|
150 3 -3.2910 -2.9474 -35.3016 126.1238
|
|
150 3 -3.2910 -2.6842 -24.4488 121.4476
|
|
150 3 -3.2910 -2.4211 -15.0855 113.5887
|
|
150 3 -3.2910 -2.1579 -8.5866 104.2065
|
|
150 3 -3.2910 -1.8947 -4.6012 94.8934
|
|
150 3 -3.2910 -1.6316 -2.3449 86.2865
|
|
150 3 -3.2910 -1.3684 -1.1723 78.6583
|
|
150 3 -3.2910 -1.1053 -0.2997 71.9784
|
|
150 3 -3.2910 -0.8421 0.8117 65.5793
|
|
150 3 -3.2910 -0.5789 1.8794 58.6275
|
|
150 3 -3.2910 -0.3158 1.9614 50.9678
|
|
150 3 -3.2910 -0.0526 0.4656 43.4230
|
|
150 3 -3.2910 0.2105 -2.2137 36.8351
|
|
150 3 -3.2910 0.4737 -5.3913 31.3161
|
|
150 3 -3.2910 0.7368 -8.7694 26.6182
|
|
150 3 -3.2910 1.0000 -12.2984 22.6347
|
|
|
|
150 4 -2.6027 -4.0000 -75.1974 138.4724
|
|
150 4 -2.6027 -3.7368 -67.0896 139.2717
|
|
150 4 -2.6027 -3.4737 -58.4216 139.4867
|
|
150 4 -2.6027 -3.2105 -48.7513 139.0207
|
|
150 4 -2.6027 -2.9474 -37.6441 136.9850
|
|
150 4 -2.6027 -2.6842 -25.8443 131.7790
|
|
150 4 -2.6027 -2.4211 -15.7125 123.1091
|
|
150 4 -2.6027 -2.1579 -8.7281 112.8112
|
|
150 4 -2.6027 -1.8947 -4.4900 102.6237
|
|
150 4 -2.6027 -1.6316 -2.1261 93.2413
|
|
150 4 -2.6027 -1.3684 -0.9124 84.9440
|
|
150 4 -2.6027 -1.1053 0.0006 77.6650
|
|
150 4 -2.6027 -0.8421 1.1630 70.6643
|
|
150 4 -2.6027 -0.5789 2.2385 63.0682
|
|
150 4 -2.6027 -0.3158 2.2275 54.7445
|
|
150 4 -2.6027 -0.0526 0.5199 46.5759
|
|
150 4 -2.6027 0.2105 -2.4577 39.4548
|
|
150 4 -2.6027 0.4737 -5.9727 33.5050
|
|
150 4 -2.6027 0.7368 -9.6937 28.4670
|
|
150 4 -2.6027 1.0000 -13.5526 24.2165
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 151 coord.: 0.6666667 0.1666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.565492 meV Im[Sigma]= 68.248742 meV Z= 1.015118 lam= -0.014892
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.255831 meV Im[Sigma]= 57.760912 meV Z= 1.005393 lam= -0.005364
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 0.487758 meV Im[Sigma]= 121.321445 meV Z= 1.022859 lam= -0.022349
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 70.741207 meV Im[Sigma]= 161.648867 meV Z= 1.042872 lam= -0.041110
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 151 coord.: 0.6666667 0.1666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 151 w = -4.0000 eV A(k,w) = 0.46288E-04 meV^-1
|
|
ik = 151 w = -3.7368 eV A(k,w) = 0.54667E-04 meV^-1
|
|
ik = 151 w = -3.4737 eV A(k,w) = 0.81574E-04 meV^-1
|
|
ik = 151 w = -3.2105 eV A(k,w) = 0.16260E-03 meV^-1
|
|
ik = 151 w = -2.9474 eV A(k,w) = 0.52605E-03 meV^-1
|
|
ik = 151 w = -2.6842 eV A(k,w) = 0.25626E-02 meV^-1
|
|
ik = 151 w = -2.4211 eV A(k,w) = 0.47566E-03 meV^-1
|
|
ik = 151 w = -2.1579 eV A(k,w) = 0.12850E-03 meV^-1
|
|
ik = 151 w = -1.8947 eV A(k,w) = 0.54367E-04 meV^-1
|
|
ik = 151 w = -1.6316 eV A(k,w) = 0.28588E-04 meV^-1
|
|
ik = 151 w = -1.3684 eV A(k,w) = 0.17076E-04 meV^-1
|
|
ik = 151 w = -1.1053 eV A(k,w) = 0.11101E-04 meV^-1
|
|
ik = 151 w = -0.8421 eV A(k,w) = 0.76014E-05 meV^-1
|
|
ik = 151 w = -0.5789 eV A(k,w) = 0.53209E-05 meV^-1
|
|
ik = 151 w = -0.3158 eV A(k,w) = 0.37335E-05 meV^-1
|
|
ik = 151 w = -0.0526 eV A(k,w) = 0.26279E-05 meV^-1
|
|
ik = 151 w = 0.2105 eV A(k,w) = 0.18771E-05 meV^-1
|
|
ik = 151 w = 0.4737 eV A(k,w) = 0.13654E-05 meV^-1
|
|
ik = 151 w = 0.7368 eV A(k,w) = 0.10067E-05 meV^-1
|
|
ik = 151 w = 1.0000 eV A(k,w) = 0.75121E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
151 -4.0000 0.46288E-04
|
|
151 -3.7368 0.54667E-04
|
|
151 -3.4737 0.81574E-04
|
|
151 -3.2105 0.16260E-03
|
|
151 -2.9474 0.52605E-03
|
|
151 -2.6842 0.25626E-02
|
|
151 -2.4211 0.47566E-03
|
|
151 -2.1579 0.12850E-03
|
|
151 -1.8947 0.54367E-04
|
|
151 -1.6316 0.28588E-04
|
|
151 -1.3684 0.17076E-04
|
|
151 -1.1053 0.11101E-04
|
|
151 -0.8421 0.76014E-05
|
|
151 -0.5789 0.53209E-05
|
|
151 -0.3158 0.37335E-05
|
|
151 -0.0526 0.26279E-05
|
|
151 0.2105 0.18771E-05
|
|
151 0.4737 0.13654E-05
|
|
151 0.7368 0.10067E-05
|
|
151 1.0000 0.75121E-06
|
|
151 1 -16.6105 -4.0000 -32.4927 106.4594
|
|
151 1 -16.6105 -3.7368 -26.9033 104.6858
|
|
151 1 -16.6105 -3.4737 -21.2609 102.3983
|
|
151 1 -16.6105 -3.2105 -15.3695 99.6443
|
|
151 1 -16.6105 -2.9474 -8.9730 96.0135
|
|
151 1 -16.6105 -2.6842 -2.4451 90.6322
|
|
151 1 -16.6105 -2.4211 2.8647 83.3335
|
|
151 1 -16.6105 -2.1579 6.0906 75.2203
|
|
151 1 -16.6105 -1.8947 7.4876 67.3567
|
|
151 1 -16.6105 -1.6316 7.6084 60.1851
|
|
151 1 -16.6105 -1.3684 6.9133 53.8796
|
|
151 1 -16.6105 -1.1053 5.9116 48.4298
|
|
151 1 -16.6105 -0.8421 4.9747 43.4703
|
|
151 1 -16.6105 -0.5789 4.0298 38.5281
|
|
151 1 -16.6105 -0.3158 2.6385 33.4632
|
|
151 1 -16.6105 -0.0526 0.5047 28.6426
|
|
151 1 -16.6105 0.2105 -2.1754 24.4700
|
|
151 1 -16.6105 0.4737 -5.0477 20.9913
|
|
151 1 -16.6105 0.7368 -7.9442 18.0666
|
|
151 1 -16.6105 1.0000 -10.8234 15.6139
|
|
|
|
151 2 -10.7517 -4.0000 -34.4561 81.8184
|
|
151 2 -10.7517 -3.7368 -30.1065 81.3313
|
|
151 2 -10.7517 -3.4737 -25.6271 80.5557
|
|
151 2 -10.7517 -3.2105 -20.7504 79.5113
|
|
151 2 -10.7517 -2.9474 -15.1684 77.7592
|
|
151 2 -10.7517 -2.6842 -9.2016 74.4093
|
|
151 2 -10.7517 -2.4211 -4.1056 69.2329
|
|
151 2 -10.7517 -2.1579 -0.7144 63.1900
|
|
151 2 -10.7517 -1.8947 1.1662 57.2247
|
|
151 2 -10.7517 -1.6316 1.9941 51.7187
|
|
151 2 -10.7517 -1.3684 2.1440 46.8396
|
|
151 2 -10.7517 -1.1053 2.0695 42.5901
|
|
151 2 -10.7517 -0.8421 2.1020 38.6140
|
|
151 2 -10.7517 -0.5789 2.1234 34.4458
|
|
151 2 -10.7517 -0.3158 1.6440 29.9756
|
|
151 2 -10.7517 -0.0526 0.3458 25.6250
|
|
151 2 -10.7517 0.2105 -1.5617 21.8361
|
|
151 2 -10.7517 0.4737 -3.7112 18.6623
|
|
151 2 -10.7517 0.7368 -5.9420 15.9652
|
|
151 2 -10.7517 1.0000 -8.2262 13.6813
|
|
|
|
151 3 -5.2472 -4.0000 -59.2126 109.8009
|
|
151 3 -5.2472 -3.7368 -52.9363 110.4607
|
|
151 3 -5.2472 -3.4737 -46.2346 110.6946
|
|
151 3 -5.2472 -3.2105 -38.7442 110.4560
|
|
151 3 -5.2472 -2.9474 -30.0612 109.0676
|
|
151 3 -5.2472 -2.6842 -20.6908 105.2165
|
|
151 3 -5.2472 -2.4211 -12.4875 98.5605
|
|
151 3 -5.2472 -2.1579 -6.6899 90.4726
|
|
151 3 -5.2472 -1.8947 -3.0756 82.3066
|
|
151 3 -5.2472 -1.6316 -1.0453 74.6546
|
|
151 3 -5.2472 -1.3684 -0.0619 67.8246
|
|
151 3 -5.2472 -1.1053 0.5698 61.8389
|
|
151 3 -5.2472 -0.8421 1.3374 56.1522
|
|
151 3 -5.2472 -0.5789 2.0311 50.0708
|
|
151 3 -5.2472 -0.3158 1.8878 43.4616
|
|
151 3 -5.2472 -0.0526 0.4296 37.0004
|
|
151 3 -5.2472 0.2105 -2.0078 31.3785
|
|
151 3 -5.2472 0.4737 -4.8495 26.6833
|
|
151 3 -5.2472 0.7368 -7.8408 22.7029
|
|
151 3 -5.2472 1.0000 -10.9356 19.3383
|
|
|
|
151 4 -2.6593 -4.0000 -73.2450 128.3574
|
|
151 4 -2.6593 -3.7368 -65.8238 129.5244
|
|
151 4 -2.6593 -3.4737 -57.8022 130.1732
|
|
151 4 -2.6593 -3.2105 -48.7688 130.2189
|
|
151 4 -2.6593 -2.9474 -38.2771 128.8279
|
|
151 4 -2.6593 -2.6842 -26.9889 124.4477
|
|
151 4 -2.6593 -2.4211 -17.1288 116.7372
|
|
151 4 -2.6593 -2.1579 -10.1187 107.3679
|
|
151 4 -2.6593 -1.8947 -5.6434 97.9250
|
|
151 4 -2.6593 -1.6316 -2.9855 89.0623
|
|
151 4 -2.6593 -1.3684 -1.5373 81.1221
|
|
151 4 -2.6593 -1.1053 -0.4922 74.1373
|
|
151 4 -2.6593 -0.8421 0.7305 67.4596
|
|
151 4 -2.6593 -0.5789 1.8724 60.2447
|
|
151 4 -2.6593 -0.3158 1.9870 52.3271
|
|
151 4 -2.6593 -0.0526 0.4740 44.5439
|
|
151 4 -2.6593 0.2105 -2.2581 37.7555
|
|
151 4 -2.6593 0.4737 -5.5040 32.0738
|
|
151 4 -2.6593 0.7368 -8.9560 27.2429
|
|
151 4 -2.6593 1.0000 -12.5613 23.1507
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 152 coord.: 0.6666667 0.1666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.206036 meV Im[Sigma]= 62.540074 meV Z= 1.004137 lam= -0.004120
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.484338 meV Im[Sigma]= 65.235083 meV Z= 1.008652 lam= -0.008578
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.755463 meV Im[Sigma]= 134.098972 meV Z= 1.018132 lam= -0.017809
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.529530 meV Im[Sigma]= 142.416858 meV Z= 1.025045 lam= -0.024433
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 152 coord.: 0.6666667 0.1666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 152 w = -4.0000 eV A(k,w) = 0.25511E-02 meV^-1
|
|
ik = 152 w = -3.7368 eV A(k,w) = 0.66740E-03 meV^-1
|
|
ik = 152 w = -3.4737 eV A(k,w) = 0.18758E-03 meV^-1
|
|
ik = 152 w = -3.2105 eV A(k,w) = 0.88827E-04 meV^-1
|
|
ik = 152 w = -2.9474 eV A(k,w) = 0.52108E-04 meV^-1
|
|
ik = 152 w = -2.6842 eV A(k,w) = 0.33637E-04 meV^-1
|
|
ik = 152 w = -2.4211 eV A(k,w) = 0.22641E-04 meV^-1
|
|
ik = 152 w = -2.1579 eV A(k,w) = 0.15667E-04 meV^-1
|
|
ik = 152 w = -1.8947 eV A(k,w) = 0.11141E-04 meV^-1
|
|
ik = 152 w = -1.6316 eV A(k,w) = 0.81290E-05 meV^-1
|
|
ik = 152 w = -1.3684 eV A(k,w) = 0.60790E-05 meV^-1
|
|
ik = 152 w = -1.1053 eV A(k,w) = 0.46488E-05 meV^-1
|
|
ik = 152 w = -0.8421 eV A(k,w) = 0.35965E-05 meV^-1
|
|
ik = 152 w = -0.5789 eV A(k,w) = 0.27673E-05 meV^-1
|
|
ik = 152 w = -0.3158 eV A(k,w) = 0.20939E-05 meV^-1
|
|
ik = 152 w = -0.0526 eV A(k,w) = 0.15675E-05 meV^-1
|
|
ik = 152 w = 0.2105 eV A(k,w) = 0.11783E-05 meV^-1
|
|
ik = 152 w = 0.4737 eV A(k,w) = 0.89463E-06 meV^-1
|
|
ik = 152 w = 0.7368 eV A(k,w) = 0.68388E-06 meV^-1
|
|
ik = 152 w = 1.0000 eV A(k,w) = 0.52628E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
152 -4.0000 0.25511E-02
|
|
152 -3.7368 0.66740E-03
|
|
152 -3.4737 0.18758E-03
|
|
152 -3.2105 0.88827E-04
|
|
152 -2.9474 0.52108E-04
|
|
152 -2.6842 0.33637E-04
|
|
152 -2.4211 0.22641E-04
|
|
152 -2.1579 0.15667E-04
|
|
152 -1.8947 0.11141E-04
|
|
152 -1.6316 0.81290E-05
|
|
152 -1.3684 0.60790E-05
|
|
152 -1.1053 0.46488E-05
|
|
152 -0.8421 0.35965E-05
|
|
152 -0.5789 0.27673E-05
|
|
152 -0.3158 0.20939E-05
|
|
152 -0.0526 0.15675E-05
|
|
152 0.2105 0.11783E-05
|
|
152 0.4737 0.89463E-06
|
|
152 0.7368 0.68388E-06
|
|
152 1.0000 0.52628E-06
|
|
152 1 -15.5565 -4.0000 -32.5997 103.1816
|
|
152 1 -15.5565 -3.7368 -27.1366 101.4673
|
|
152 1 -15.5565 -3.4737 -21.6536 99.2864
|
|
152 1 -15.5565 -3.2105 -15.9269 96.7034
|
|
152 1 -15.5565 -2.9474 -9.6559 93.3010
|
|
152 1 -15.5565 -2.6842 -3.1926 88.1608
|
|
152 1 -15.5565 -2.4211 2.0843 81.0779
|
|
152 1 -15.5565 -2.1579 5.2678 73.1716
|
|
152 1 -15.5565 -1.8947 6.6226 65.5481
|
|
152 1 -15.5565 -1.6316 6.7430 58.6517
|
|
152 1 -15.5565 -1.3684 6.1102 52.6266
|
|
152 1 -15.5565 -1.1053 5.2301 47.4314
|
|
152 1 -15.5565 -0.8421 4.4557 42.6783
|
|
152 1 -15.5565 -0.5789 3.6875 37.8864
|
|
152 1 -15.5565 -0.3158 2.4627 32.9256
|
|
152 1 -15.5565 -0.0526 0.4770 28.1819
|
|
152 1 -15.5565 0.2105 -2.0686 24.0710
|
|
152 1 -15.5565 0.4737 -4.8150 20.6401
|
|
152 1 -15.5565 0.7368 -7.5957 17.7484
|
|
152 1 -15.5565 1.0000 -10.3729 15.3177
|
|
|
|
152 2 -12.4383 -4.0000 -30.0173 73.6834
|
|
152 2 -12.4383 -3.7368 -26.3949 73.3943
|
|
152 2 -12.4383 -3.4737 -22.5085 72.8624
|
|
152 2 -12.4383 -3.2105 -18.1657 72.0347
|
|
152 2 -12.4383 -2.9474 -13.1522 70.5030
|
|
152 2 -12.4383 -2.6842 -7.7916 67.4836
|
|
152 2 -12.4383 -2.4211 -3.2342 62.7879
|
|
152 2 -12.4383 -2.1579 -0.2399 57.3091
|
|
152 2 -12.4383 -1.8947 1.3865 51.9201
|
|
152 2 -12.4383 -1.6316 2.0814 46.9534
|
|
152 2 -12.4383 -1.3684 2.1755 42.5389
|
|
152 2 -12.4383 -1.1053 2.0593 38.6829
|
|
152 2 -12.4383 -0.8421 2.0314 35.0800
|
|
152 2 -12.4383 -0.5789 1.9985 31.3143
|
|
152 2 -12.4383 -0.3158 1.5256 27.2765
|
|
152 2 -12.4383 -0.0526 0.3193 23.3378
|
|
152 2 -12.4383 0.2105 -1.4405 19.8993
|
|
152 2 -12.4383 0.4737 -3.4246 17.0157
|
|
152 2 -12.4383 0.7368 -5.4856 14.5669
|
|
152 2 -12.4383 1.0000 -7.5939 12.4966
|
|
|
|
152 3 -4.5379 -4.0000 -63.5400 114.9739
|
|
152 3 -4.5379 -3.7368 -56.9715 115.9772
|
|
152 3 -4.5379 -3.4737 -49.8237 116.5255
|
|
152 3 -4.5379 -3.2105 -41.7279 116.5147
|
|
152 3 -4.5379 -2.9474 -32.2936 115.1741
|
|
152 3 -4.5379 -2.6842 -22.1344 111.0779
|
|
152 3 -4.5379 -2.4211 -13.3169 103.8975
|
|
152 3 -4.5379 -2.1579 -7.1992 95.2014
|
|
152 3 -4.5379 -1.8947 -3.4777 86.5281
|
|
152 3 -4.5379 -1.6316 -1.4098 78.5023
|
|
152 3 -4.5379 -1.3684 -0.3853 71.3841
|
|
152 3 -4.5379 -1.1053 0.3162 65.1521
|
|
152 3 -4.5379 -0.8421 1.1897 59.2151
|
|
152 3 -4.5379 -0.5789 1.9982 52.8353
|
|
152 3 -4.5379 -0.3158 1.9207 45.8733
|
|
152 3 -4.5379 -0.0526 0.4427 39.0527
|
|
152 3 -4.5379 0.2105 -2.0800 33.1134
|
|
152 3 -4.5379 0.4737 -5.0362 28.1503
|
|
152 3 -4.5379 0.7368 -8.1561 23.9393
|
|
152 3 -4.5379 1.0000 -11.3921 20.3773
|
|
|
|
152 4 -3.8929 -4.0000 -65.6065 114.7274
|
|
152 4 -3.8929 -3.7368 -59.1303 115.8513
|
|
152 4 -3.8929 -3.4737 -52.0286 116.5945
|
|
152 4 -3.8929 -3.2105 -43.9218 116.8024
|
|
152 4 -3.8929 -2.9474 -34.4343 115.6879
|
|
152 4 -3.8929 -2.6842 -24.1750 111.8249
|
|
152 4 -3.8929 -2.4211 -15.1972 104.8678
|
|
152 4 -3.8929 -2.1579 -8.8606 96.3542
|
|
152 4 -3.8929 -1.8947 -4.8875 87.7957
|
|
152 4 -3.8929 -1.6316 -2.5755 79.8172
|
|
152 4 -3.8929 -1.3684 -1.3369 72.7097
|
|
152 4 -3.8929 -1.1053 -0.4356 66.4793
|
|
152 4 -3.8929 -0.8421 0.6500 60.5264
|
|
152 4 -3.8929 -0.5789 1.6790 54.0788
|
|
152 4 -3.8929 -0.3158 1.7856 46.9867
|
|
152 4 -3.8929 -0.0526 0.4259 40.0136
|
|
152 4 -3.8929 0.2105 -2.0262 33.9369
|
|
152 4 -3.8929 0.4737 -4.9316 28.8521
|
|
152 4 -3.8929 0.7368 -8.0169 24.5219
|
|
152 4 -3.8929 1.0000 -11.2427 20.8451
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 153 coord.: 0.6666667 0.1666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.809475 meV Im[Sigma]= 61.804375 meV Z= 1.001409 lam= -0.001407
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.747763 meV Im[Sigma]= 66.399506 meV Z= 1.009668 lam= -0.009575
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -18.527341 meV Im[Sigma]= 76.767814 meV Z= 1.006441 lam= -0.006400
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 1.744171 meV Im[Sigma]= 111.083617 meV Z= 1.020936 lam= -0.020507
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 153 coord.: 0.6666667 0.1666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 153 w = -4.0000 eV A(k,w) = 0.21324E-04 meV^-1
|
|
ik = 153 w = -3.7368 eV A(k,w) = 0.15535E-04 meV^-1
|
|
ik = 153 w = -3.4737 eV A(k,w) = 0.11890E-04 meV^-1
|
|
ik = 153 w = -3.2105 eV A(k,w) = 0.94149E-05 meV^-1
|
|
ik = 153 w = -2.9474 eV A(k,w) = 0.75939E-05 meV^-1
|
|
ik = 153 w = -2.6842 eV A(k,w) = 0.61203E-05 meV^-1
|
|
ik = 153 w = -2.4211 eV A(k,w) = 0.48740E-05 meV^-1
|
|
ik = 153 w = -2.1579 eV A(k,w) = 0.38588E-05 meV^-1
|
|
ik = 153 w = -1.8947 eV A(k,w) = 0.30670E-05 meV^-1
|
|
ik = 153 w = -1.6316 eV A(k,w) = 0.24572E-05 meV^-1
|
|
ik = 153 w = -1.3684 eV A(k,w) = 0.19892E-05 meV^-1
|
|
ik = 153 w = -1.1053 eV A(k,w) = 0.16283E-05 meV^-1
|
|
ik = 153 w = -0.8421 eV A(k,w) = 0.13368E-05 meV^-1
|
|
ik = 153 w = -0.5789 eV A(k,w) = 0.10845E-05 meV^-1
|
|
ik = 153 w = -0.3158 eV A(k,w) = 0.86099E-06 meV^-1
|
|
ik = 153 w = -0.0526 eV A(k,w) = 0.67353E-06 meV^-1
|
|
ik = 153 w = 0.2105 eV A(k,w) = 0.52709E-06 meV^-1
|
|
ik = 153 w = 0.4737 eV A(k,w) = 0.41520E-06 meV^-1
|
|
ik = 153 w = 0.7368 eV A(k,w) = 0.32836E-06 meV^-1
|
|
ik = 153 w = 1.0000 eV A(k,w) = 0.26080E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
153 -4.0000 0.21324E-04
|
|
153 -3.7368 0.15535E-04
|
|
153 -3.4737 0.11890E-04
|
|
153 -3.2105 0.94149E-05
|
|
153 -2.9474 0.75939E-05
|
|
153 -2.6842 0.61203E-05
|
|
153 -2.4211 0.48740E-05
|
|
153 -2.1579 0.38588E-05
|
|
153 -1.8947 0.30670E-05
|
|
153 -1.6316 0.24572E-05
|
|
153 -1.3684 0.19892E-05
|
|
153 -1.1053 0.16283E-05
|
|
153 -0.8421 0.13368E-05
|
|
153 -0.5789 0.10845E-05
|
|
153 -0.3158 0.86099E-06
|
|
153 -0.0526 0.67353E-06
|
|
153 0.2105 0.52709E-06
|
|
153 0.4737 0.41520E-06
|
|
153 0.7368 0.32836E-06
|
|
153 1.0000 0.26080E-06
|
|
153 1 -13.5072 -4.0000 -40.3385 111.2175
|
|
153 1 -13.5072 -3.7368 -34.1676 109.8060
|
|
153 1 -13.5072 -3.4737 -27.9780 107.8593
|
|
153 1 -13.5072 -3.2105 -21.4855 105.4931
|
|
153 1 -13.5072 -2.9474 -14.2963 102.2194
|
|
153 1 -13.5072 -2.6842 -6.8034 96.9517
|
|
153 1 -13.5072 -2.4211 -0.5874 89.4371
|
|
153 1 -13.5072 -2.1579 3.3122 80.9313
|
|
153 1 -13.5072 -1.8947 5.1739 72.6744
|
|
153 1 -13.5072 -1.6316 5.6439 65.1761
|
|
153 1 -13.5072 -1.3684 5.2609 58.6215
|
|
153 1 -13.5072 -1.1053 4.6120 52.9664
|
|
153 1 -13.5072 -0.8421 4.0962 47.7521
|
|
153 1 -13.5072 -0.5789 3.5751 42.4217
|
|
153 1 -13.5072 -0.3158 2.4928 36.8417
|
|
153 1 -13.5072 -0.0526 0.4952 31.4830
|
|
153 1 -13.5072 0.2105 -2.1745 26.8393
|
|
153 1 -13.5072 0.4737 -5.0926 22.9657
|
|
153 1 -13.5072 0.7368 -8.0660 19.6969
|
|
153 1 -13.5072 1.0000 -11.0549 16.9449
|
|
|
|
153 2 -11.9153 -4.0000 -30.1217 71.1680
|
|
153 2 -11.9153 -3.7368 -26.6275 71.1057
|
|
153 2 -11.9153 -3.4737 -22.8096 70.7778
|
|
153 2 -11.9153 -3.2105 -18.5176 70.0997
|
|
153 2 -11.9153 -2.9474 -13.5896 68.6905
|
|
153 2 -11.9153 -2.6842 -8.3490 65.8255
|
|
153 2 -11.9153 -2.4211 -3.8971 61.3438
|
|
153 2 -11.9153 -2.1579 -0.9504 56.1169
|
|
153 2 -11.9153 -1.8947 0.7008 50.9794
|
|
153 2 -11.9153 -1.6316 1.4806 46.2264
|
|
153 2 -11.9153 -1.3684 1.6865 41.9697
|
|
153 2 -11.9153 -1.1053 1.6784 38.2262
|
|
153 2 -11.9153 -0.8421 1.7476 34.7120
|
|
153 2 -11.9153 -0.5789 1.8080 31.0198
|
|
153 2 -11.9153 -0.3158 1.4262 27.0376
|
|
153 2 -11.9153 -0.0526 0.3036 23.1382
|
|
153 2 -11.9153 0.2105 -1.3813 19.7274
|
|
153 2 -11.9153 0.4737 -3.2989 16.8624
|
|
153 2 -11.9153 0.7368 -5.3026 14.4251
|
|
153 2 -11.9153 1.0000 -7.3628 12.3627
|
|
|
|
153 3 -7.7465 -4.0000 -42.9661 89.1852
|
|
153 3 -7.7465 -3.7368 -38.1316 89.3453
|
|
153 3 -7.7465 -3.4737 -32.9457 89.1482
|
|
153 3 -7.7465 -3.2105 -27.1713 88.5341
|
|
153 3 -7.7465 -2.9474 -20.5384 86.9930
|
|
153 3 -7.7465 -2.6842 -13.4640 83.5363
|
|
153 3 -7.7465 -2.4211 -7.4040 77.9451
|
|
153 3 -7.7465 -2.1579 -3.2961 71.3540
|
|
153 3 -7.7465 -1.8947 -0.8829 64.8456
|
|
153 3 -7.7465 -1.6316 0.3752 58.8253
|
|
153 3 -7.7465 -1.3684 0.8867 53.4600
|
|
153 3 -7.7465 -1.1053 1.1503 48.7524
|
|
153 3 -7.7465 -0.8421 1.5353 44.2954
|
|
153 3 -7.7465 -0.5789 1.8910 39.5499
|
|
153 3 -7.7465 -0.3158 1.6259 34.3977
|
|
153 3 -7.7465 -0.0526 0.3589 29.3559
|
|
153 3 -7.7465 0.2105 -1.6559 24.9617
|
|
153 3 -7.7465 0.4737 -3.9756 21.2828
|
|
153 3 -7.7465 0.7368 -6.4074 18.1548
|
|
153 3 -7.7465 1.0000 -8.9188 15.5045
|
|
|
|
153 4 -5.2565 -4.0000 -54.3976 101.0172
|
|
153 4 -5.2565 -3.7368 -48.7012 101.6588
|
|
153 4 -5.2565 -3.4737 -42.5574 101.9223
|
|
153 4 -5.2565 -3.2105 -35.6558 101.7047
|
|
153 4 -5.2565 -2.9474 -27.6805 100.3750
|
|
153 4 -5.2565 -2.6842 -19.1365 96.7583
|
|
153 4 -5.2565 -2.4211 -11.7408 90.5952
|
|
153 4 -5.2565 -2.1579 -6.5974 83.2084
|
|
153 4 -5.2565 -1.8947 -3.4179 75.8579
|
|
153 4 -5.2565 -1.6316 -1.5889 69.0223
|
|
153 4 -5.2565 -1.3684 -0.6366 62.9121
|
|
153 4 -5.2565 -1.1053 0.0347 57.5332
|
|
153 4 -5.2565 -0.8421 0.8614 52.3891
|
|
153 4 -5.2565 -0.5789 1.6422 46.8260
|
|
153 4 -5.2565 -0.3158 1.6388 40.7135
|
|
153 4 -5.2565 -0.0526 0.3828 34.7034
|
|
153 4 -5.2565 0.2105 -1.8074 29.4631
|
|
153 4 -5.2565 0.4737 -4.3847 25.0760
|
|
153 4 -5.2565 0.7368 -7.1142 21.3398
|
|
153 4 -5.2565 1.0000 -9.9605 18.1683
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 154 coord.: 0.6666667 0.1666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.0052 eV Re[Sigma]= -24.871040 meV Im[Sigma]= 79.955621 meV Z= 1.015947 lam= -0.015696
|
|
E( 2 )= -11.7636 eV Re[Sigma]= -23.492512 meV Im[Sigma]= 75.575217 meV Z= 1.006779 lam= -0.006733
|
|
E( 3 )= -8.4117 eV Re[Sigma]= -8.339507 meV Im[Sigma]= 41.486944 meV Z= 0.992729 lam= 0.007325
|
|
E( 4 )= -7.0563 eV Re[Sigma]= -3.462860 meV Im[Sigma]= 78.068305 meV Z= 1.016948 lam= -0.016666
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 154 coord.: 0.6666667 0.1666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 154 w = -4.0000 eV A(k,w) = 0.47902E-05 meV^-1
|
|
ik = 154 w = -3.7368 eV A(k,w) = 0.42406E-05 meV^-1
|
|
ik = 154 w = -3.4737 eV A(k,w) = 0.37738E-05 meV^-1
|
|
ik = 154 w = -3.2105 eV A(k,w) = 0.33671E-05 meV^-1
|
|
ik = 154 w = -2.9474 eV A(k,w) = 0.29914E-05 meV^-1
|
|
ik = 154 w = -2.6842 eV A(k,w) = 0.26124E-05 meV^-1
|
|
ik = 154 w = -2.4211 eV A(k,w) = 0.22278E-05 meV^-1
|
|
ik = 154 w = -2.1579 eV A(k,w) = 0.18718E-05 meV^-1
|
|
ik = 154 w = -1.8947 eV A(k,w) = 0.15669E-05 meV^-1
|
|
ik = 154 w = -1.6316 eV A(k,w) = 0.13136E-05 meV^-1
|
|
ik = 154 w = -1.3684 eV A(k,w) = 0.11065E-05 meV^-1
|
|
ik = 154 w = -1.1053 eV A(k,w) = 0.93800E-06 meV^-1
|
|
ik = 154 w = -0.8421 eV A(k,w) = 0.79460E-06 meV^-1
|
|
ik = 154 w = -0.5789 eV A(k,w) = 0.66326E-06 meV^-1
|
|
ik = 154 w = -0.3158 eV A(k,w) = 0.54049E-06 meV^-1
|
|
ik = 154 w = -0.0526 eV A(k,w) = 0.43305E-06 meV^-1
|
|
ik = 154 w = 0.2105 eV A(k,w) = 0.34638E-06 meV^-1
|
|
ik = 154 w = 0.4737 eV A(k,w) = 0.27835E-06 meV^-1
|
|
ik = 154 w = 0.7368 eV A(k,w) = 0.22421E-06 meV^-1
|
|
ik = 154 w = 1.0000 eV A(k,w) = 0.18112E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
154 -4.0000 0.47902E-05
|
|
154 -3.7368 0.42406E-05
|
|
154 -3.4737 0.37738E-05
|
|
154 -3.2105 0.33671E-05
|
|
154 -2.9474 0.29914E-05
|
|
154 -2.6842 0.26124E-05
|
|
154 -2.4211 0.22278E-05
|
|
154 -2.1579 0.18718E-05
|
|
154 -1.8947 0.15669E-05
|
|
154 -1.6316 0.13136E-05
|
|
154 -1.3684 0.11065E-05
|
|
154 -1.1053 0.93800E-06
|
|
154 -0.8421 0.79460E-06
|
|
154 -0.5789 0.66326E-06
|
|
154 -0.3158 0.54049E-06
|
|
154 -0.0526 0.43305E-06
|
|
154 0.2105 0.34638E-06
|
|
154 0.4737 0.27835E-06
|
|
154 0.7368 0.22421E-06
|
|
154 1.0000 0.18112E-06
|
|
154 1 -12.0052 -4.0000 -41.1014 98.9786
|
|
154 1 -12.0052 -3.7368 -35.7165 98.4173
|
|
154 1 -12.0052 -3.4737 -30.0936 97.3927
|
|
154 1 -12.0052 -3.2105 -24.0196 95.8981
|
|
154 1 -12.0052 -2.9474 -17.2233 93.4643
|
|
154 1 -12.0052 -2.6842 -10.1100 89.1252
|
|
154 1 -12.0052 -2.4211 -4.1366 82.6758
|
|
154 1 -12.0052 -2.1579 -0.2435 75.2813
|
|
154 1 -12.0052 -1.8947 1.8437 68.0629
|
|
154 1 -12.0052 -1.6316 2.7048 61.4521
|
|
154 1 -12.0052 -1.3684 2.7916 55.6130
|
|
154 1 -12.0052 -1.1053 2.6281 50.5332
|
|
154 1 -12.0052 -0.8421 2.6001 45.7930
|
|
154 1 -12.0052 -0.5789 2.5736 40.8414
|
|
154 1 -12.0052 -0.3158 1.9725 35.5380
|
|
154 1 -12.0052 -0.0526 0.4134 30.3724
|
|
154 1 -12.0052 0.2105 -1.8653 25.8681
|
|
154 1 -12.0052 0.4737 -4.4327 22.0939
|
|
154 1 -12.0052 0.7368 -7.0966 18.8911
|
|
154 1 -12.0052 1.0000 -9.8189 16.1847
|
|
|
|
154 2 -11.7636 -4.0000 -41.8874 101.8431
|
|
154 2 -11.7636 -3.7368 -36.5060 101.1983
|
|
154 2 -11.7636 -3.4737 -30.8987 100.1856
|
|
154 2 -11.7636 -3.2105 -24.7592 98.7966
|
|
154 2 -11.7636 -2.9474 -17.7424 96.4706
|
|
154 2 -11.7636 -2.6842 -10.2870 92.1092
|
|
154 2 -11.7636 -2.4211 -3.9815 85.4598
|
|
154 2 -11.7636 -2.1579 0.1359 77.7552
|
|
154 2 -11.7636 -1.8947 2.3282 70.2019
|
|
154 2 -11.7636 -1.6316 3.2039 63.2835
|
|
154 2 -11.7636 -1.3684 3.2572 57.1852
|
|
154 2 -11.7636 -1.1053 3.0470 51.8810
|
|
154 2 -11.7636 -0.8421 2.9602 46.9270
|
|
154 2 -11.7636 -0.5789 2.8467 41.7721
|
|
154 2 -11.7636 -0.3158 2.1299 36.2925
|
|
154 2 -11.7636 -0.0526 0.4402 30.9859
|
|
154 2 -11.7636 0.2105 -1.9724 26.3738
|
|
154 2 -11.7636 0.4737 -4.6695 22.5214
|
|
154 2 -11.7636 0.7368 -7.4517 19.2649
|
|
154 2 -11.7636 1.0000 -10.2772 16.5207
|
|
|
|
154 3 -8.4117 -4.0000 -35.1626 69.9974
|
|
154 3 -8.4117 -3.7368 -31.5455 70.5034
|
|
154 3 -8.4117 -3.4737 -27.4925 70.7207
|
|
154 3 -8.4117 -3.2105 -22.8741 70.5346
|
|
154 3 -8.4117 -2.9474 -17.5390 69.5469
|
|
154 3 -8.4117 -2.6842 -11.8306 66.9987
|
|
154 3 -8.4117 -2.4211 -6.9062 62.7161
|
|
154 3 -8.4117 -2.1579 -3.5210 57.6054
|
|
154 3 -8.4117 -1.8947 -1.4652 52.5311
|
|
154 3 -8.4117 -1.6316 -0.3129 47.8001
|
|
154 3 -8.4117 -1.3684 0.2360 43.5429
|
|
154 3 -8.4117 -1.1053 0.5670 39.7828
|
|
154 3 -8.4117 -0.8421 0.9865 36.2061
|
|
154 3 -8.4117 -0.5789 1.3781 32.3707
|
|
154 3 -8.4117 -0.3158 1.2500 28.1767
|
|
154 3 -8.4117 -0.0526 0.2821 24.0577
|
|
154 3 -8.4117 0.2105 -1.3135 20.4647
|
|
154 3 -8.4117 0.4737 -3.1670 17.4542
|
|
154 3 -8.4117 0.7368 -5.1194 14.8891
|
|
154 3 -8.4117 1.0000 -7.1470 12.7106
|
|
|
|
154 4 -7.0563 -4.0000 -42.9545 79.8754
|
|
154 4 -7.0563 -3.7368 -38.7649 80.7577
|
|
154 4 -7.0563 -3.4737 -34.0172 81.3068
|
|
154 4 -7.0563 -3.2105 -28.5584 81.3707
|
|
154 4 -7.0563 -2.9474 -22.2244 80.4650
|
|
154 4 -7.0563 -2.6842 -15.4400 77.7036
|
|
154 4 -7.0563 -2.4211 -9.5608 72.9006
|
|
154 4 -7.0563 -2.1579 -5.4557 67.1131
|
|
154 4 -7.0563 -1.8947 -2.8831 61.3347
|
|
154 4 -7.0563 -1.6316 -1.3628 55.9215
|
|
154 4 -7.0563 -1.3684 -0.5525 51.0371
|
|
154 4 -7.0563 -1.1053 0.0038 46.7163
|
|
154 4 -7.0563 -0.8421 0.6707 42.5868
|
|
154 4 -7.0563 -0.5789 1.3071 38.1186
|
|
154 4 -7.0563 -0.3158 1.3169 33.1912
|
|
154 4 -7.0563 -0.0526 0.3092 28.3294
|
|
154 4 -7.0563 0.2105 -1.4634 24.0806
|
|
154 4 -7.0563 0.4737 -3.5566 20.5165
|
|
154 4 -7.0563 0.7368 -5.7806 17.4749
|
|
154 4 -7.0563 1.0000 -8.1073 14.8894
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 155 coord.: 0.6666667 0.1666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.220531 meV Im[Sigma]= 56.067548 meV Z= 1.000168 lam= -0.000168
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.333065 meV Im[Sigma]= 57.067860 meV Z= 1.000464 lam= -0.000464
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -11.005018 meV Im[Sigma]= 83.964354 meV Z= 1.018399 lam= -0.018067
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -4.796390 meV Im[Sigma]= 78.112829 meV Z= 1.002530 lam= -0.002523
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 155 coord.: 0.6666667 0.1666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 155 w = -4.0000 eV A(k,w) = 0.10638E-04 meV^-1
|
|
ik = 155 w = -3.7368 eV A(k,w) = 0.87346E-05 meV^-1
|
|
ik = 155 w = -3.4737 eV A(k,w) = 0.73140E-05 meV^-1
|
|
ik = 155 w = -3.2105 eV A(k,w) = 0.62076E-05 meV^-1
|
|
ik = 155 w = -2.9474 eV A(k,w) = 0.52888E-05 meV^-1
|
|
ik = 155 w = -2.6842 eV A(k,w) = 0.44552E-05 meV^-1
|
|
ik = 155 w = -2.4211 eV A(k,w) = 0.36804E-05 meV^-1
|
|
ik = 155 w = -2.1579 eV A(k,w) = 0.30059E-05 meV^-1
|
|
ik = 155 w = -1.8947 eV A(k,w) = 0.24537E-05 meV^-1
|
|
ik = 155 w = -1.6316 eV A(k,w) = 0.20114E-05 meV^-1
|
|
ik = 155 w = -1.3684 eV A(k,w) = 0.16607E-05 meV^-1
|
|
ik = 155 w = -1.1053 eV A(k,w) = 0.13828E-05 meV^-1
|
|
ik = 155 w = -0.8421 eV A(k,w) = 0.11522E-05 meV^-1
|
|
ik = 155 w = -0.5789 eV A(k,w) = 0.94662E-06 meV^-1
|
|
ik = 155 w = -0.3158 eV A(k,w) = 0.75968E-06 meV^-1
|
|
ik = 155 w = -0.0526 eV A(k,w) = 0.59981E-06 meV^-1
|
|
ik = 155 w = 0.2105 eV A(k,w) = 0.47321E-06 meV^-1
|
|
ik = 155 w = 0.4737 eV A(k,w) = 0.37542E-06 meV^-1
|
|
ik = 155 w = 0.7368 eV A(k,w) = 0.29873E-06 meV^-1
|
|
ik = 155 w = 1.0000 eV A(k,w) = 0.23851E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
155 -4.0000 0.10638E-04
|
|
155 -3.7368 0.87346E-05
|
|
155 -3.4737 0.73140E-05
|
|
155 -3.2105 0.62076E-05
|
|
155 -2.9474 0.52888E-05
|
|
155 -2.6842 0.44552E-05
|
|
155 -2.4211 0.36804E-05
|
|
155 -2.1579 0.30059E-05
|
|
155 -1.8947 0.24537E-05
|
|
155 -1.6316 0.20114E-05
|
|
155 -1.3684 0.16607E-05
|
|
155 -1.1053 0.13828E-05
|
|
155 -0.8421 0.11522E-05
|
|
155 -0.5789 0.94662E-06
|
|
155 -0.3158 0.75968E-06
|
|
155 -0.0526 0.59981E-06
|
|
155 0.2105 0.47321E-06
|
|
155 0.4737 0.37542E-06
|
|
155 0.7368 0.29873E-06
|
|
155 1.0000 0.23851E-06
|
|
155 1 -14.5793 -4.0000 -33.3602 98.1078
|
|
155 1 -14.5793 -3.7368 -28.3360 96.7522
|
|
155 1 -14.5793 -3.4737 -23.2103 95.0096
|
|
155 1 -14.5793 -3.2105 -17.7528 92.8970
|
|
155 1 -14.5793 -2.9474 -11.6825 89.9783
|
|
155 1 -14.5793 -2.6842 -5.3604 85.3433
|
|
155 1 -14.5793 -2.4211 -0.1453 78.7926
|
|
155 1 -14.5793 -2.1579 3.0803 71.4217
|
|
155 1 -14.5793 -1.8947 4.5825 64.2968
|
|
155 1 -14.5793 -1.6316 4.9328 57.8285
|
|
155 1 -14.5793 -1.3684 4.5785 52.1506
|
|
155 1 -14.5793 -1.1053 4.0047 47.2276
|
|
155 1 -14.5793 -0.8421 3.5556 42.6715
|
|
155 1 -14.5793 -0.5789 3.1149 37.9921
|
|
155 1 -14.5793 -0.3158 2.1861 33.0605
|
|
155 1 -14.5793 -0.0526 0.4369 28.2929
|
|
155 1 -14.5793 0.2105 -1.9280 24.1410
|
|
155 1 -14.5793 0.4737 -4.5325 20.6662
|
|
155 1 -14.5793 0.7368 -7.2017 17.7301
|
|
155 1 -14.5793 1.0000 -9.8939 15.2595
|
|
|
|
155 2 -10.2664 -4.0000 -44.4902 92.9153
|
|
155 2 -10.2664 -3.7368 -39.3660 93.0621
|
|
155 2 -10.2664 -3.4737 -33.8854 92.8072
|
|
155 2 -10.2664 -3.2105 -27.8055 92.0955
|
|
155 2 -10.2664 -2.9474 -20.8574 90.3976
|
|
155 2 -10.2664 -2.6842 -13.4819 86.7032
|
|
155 2 -10.2664 -2.4211 -7.1828 80.7922
|
|
155 2 -10.2664 -2.1579 -2.9384 73.8403
|
|
155 2 -10.2664 -1.8947 -0.4920 66.9874
|
|
155 2 -10.2664 -1.6316 0.7306 60.6802
|
|
155 2 -10.2664 -1.3684 1.1857 55.0915
|
|
155 2 -10.2664 -1.1053 1.4024 50.1995
|
|
155 2 -10.2664 -0.8421 1.7509 45.5670
|
|
155 2 -10.2664 -0.5789 2.0626 40.6433
|
|
155 2 -10.2664 -0.3158 1.7332 35.3165
|
|
155 2 -10.2664 -0.0526 0.3788 30.1150
|
|
155 2 -10.2664 0.2105 -1.7412 25.5861
|
|
155 2 -10.2664 0.4737 -4.1736 21.8017
|
|
155 2 -10.2664 0.7368 -6.7150 18.5958
|
|
155 2 -10.2664 1.0000 -9.3263 15.8880
|
|
|
|
155 3 -7.2955 -4.0000 -42.8638 85.3116
|
|
155 3 -7.2955 -3.7368 -38.3276 85.7689
|
|
155 3 -7.2955 -3.4737 -33.3260 85.8864
|
|
155 3 -7.2955 -3.2105 -27.6680 85.5431
|
|
155 3 -7.2955 -2.9474 -21.1538 84.2341
|
|
155 3 -7.2955 -2.6842 -14.2196 81.0358
|
|
155 3 -7.2955 -2.4211 -8.2647 75.7637
|
|
155 3 -7.2955 -2.1579 -4.1777 69.5139
|
|
155 3 -7.2955 -1.8947 -1.7073 63.3174
|
|
155 3 -7.2955 -1.6316 -0.3460 57.5558
|
|
155 3 -7.2955 -1.3684 0.2858 52.3970
|
|
155 3 -7.2955 -1.1053 0.6693 47.8566
|
|
155 3 -7.2955 -0.8421 1.1711 43.5413
|
|
155 3 -7.2955 -0.5789 1.6441 38.9162
|
|
155 3 -7.2955 -0.3158 1.4949 33.8618
|
|
155 3 -7.2955 -0.0526 0.3378 28.8980
|
|
155 3 -7.2955 0.2105 -1.5746 24.5665
|
|
155 3 -7.2955 0.4737 -3.7992 20.9375
|
|
155 3 -7.2955 0.7368 -6.1437 17.8483
|
|
155 3 -7.2955 1.0000 -8.5769 15.2281
|
|
|
|
155 4 -5.9070 -4.0000 -49.7618 86.5758
|
|
155 4 -5.9070 -3.7368 -45.0400 87.6788
|
|
155 4 -5.9070 -3.4737 -39.7625 88.4474
|
|
155 4 -5.9070 -3.2105 -33.6955 88.7537
|
|
155 4 -5.9070 -2.9474 -26.5873 88.0307
|
|
155 4 -5.9070 -2.6842 -18.8975 85.2271
|
|
155 4 -5.9070 -2.4211 -12.1710 80.0960
|
|
155 4 -5.9070 -2.1579 -7.4156 73.8162
|
|
155 4 -5.9070 -1.8947 -4.3803 67.5167
|
|
155 4 -5.9070 -1.6316 -2.5266 61.6137
|
|
155 4 -5.9070 -1.3684 -1.4571 56.2959
|
|
155 4 -5.9070 -1.1053 -0.6514 51.5878
|
|
155 4 -5.9070 -0.8421 0.2862 47.0538
|
|
155 4 -5.9070 -0.5789 1.1727 42.1024
|
|
155 4 -5.9070 -0.3158 1.3283 36.6191
|
|
155 4 -5.9070 -0.0526 0.3230 31.2091
|
|
155 4 -5.9070 0.2105 -1.5484 26.4891
|
|
155 4 -5.9070 0.4737 -3.7817 22.5361
|
|
155 4 -5.9070 0.7368 -6.1631 19.1638
|
|
155 4 -5.9070 1.0000 -8.6636 16.2955
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 156 coord.: 0.6666667 0.1666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.721572 meV Im[Sigma]= 72.550732 meV Z= 1.014355 lam= -0.014152
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.814634 meV Im[Sigma]= 49.833905 meV Z= 0.996140 lam= 0.003874
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.489423 meV Im[Sigma]= 87.638363 meV Z= 1.015650 lam= -0.015409
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.725198 meV Im[Sigma]= 142.114697 meV Z= 1.024787 lam= -0.024187
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 156 coord.: 0.6666667 0.1666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 156 w = -4.0000 eV A(k,w) = 0.26892E-02 meV^-1
|
|
ik = 156 w = -3.7368 eV A(k,w) = 0.41860E-03 meV^-1
|
|
ik = 156 w = -3.4737 eV A(k,w) = 0.12920E-03 meV^-1
|
|
ik = 156 w = -3.2105 eV A(k,w) = 0.61869E-04 meV^-1
|
|
ik = 156 w = -2.9474 eV A(k,w) = 0.36178E-04 meV^-1
|
|
ik = 156 w = -2.6842 eV A(k,w) = 0.23287E-04 meV^-1
|
|
ik = 156 w = -2.4211 eV A(k,w) = 0.15686E-04 meV^-1
|
|
ik = 156 w = -2.1579 eV A(k,w) = 0.10903E-04 meV^-1
|
|
ik = 156 w = -1.8947 eV A(k,w) = 0.78092E-05 meV^-1
|
|
ik = 156 w = -1.6316 eV A(k,w) = 0.57480E-05 meV^-1
|
|
ik = 156 w = -1.3684 eV A(k,w) = 0.43388E-05 meV^-1
|
|
ik = 156 w = -1.1053 eV A(k,w) = 0.33498E-05 meV^-1
|
|
ik = 156 w = -0.8421 eV A(k,w) = 0.26171E-05 meV^-1
|
|
ik = 156 w = -0.5789 eV A(k,w) = 0.20344E-05 meV^-1
|
|
ik = 156 w = -0.3158 eV A(k,w) = 0.15560E-05 meV^-1
|
|
ik = 156 w = -0.0526 eV A(k,w) = 0.11778E-05 meV^-1
|
|
ik = 156 w = 0.2105 eV A(k,w) = 0.89507E-06 meV^-1
|
|
ik = 156 w = 0.4737 eV A(k,w) = 0.68684E-06 meV^-1
|
|
ik = 156 w = 0.7368 eV A(k,w) = 0.53057E-06 meV^-1
|
|
ik = 156 w = 1.0000 eV A(k,w) = 0.41254E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
156 -4.0000 0.26892E-02
|
|
156 -3.7368 0.41860E-03
|
|
156 -3.4737 0.12920E-03
|
|
156 -3.2105 0.61869E-04
|
|
156 -2.9474 0.36178E-04
|
|
156 -2.6842 0.23287E-04
|
|
156 -2.4211 0.15686E-04
|
|
156 -2.1579 0.10903E-04
|
|
156 -1.8947 0.78092E-05
|
|
156 -1.6316 0.57480E-05
|
|
156 -1.3684 0.43388E-05
|
|
156 -1.1053 0.33498E-05
|
|
156 -0.8421 0.26171E-05
|
|
156 -0.5789 0.20344E-05
|
|
156 -0.3158 0.15560E-05
|
|
156 -0.0526 0.11778E-05
|
|
156 0.2105 0.89507E-06
|
|
156 0.4737 0.68684E-06
|
|
156 0.7368 0.53057E-06
|
|
156 1.0000 0.41254E-06
|
|
156 1 -16.2688 -4.0000 -31.8898 105.0143
|
|
156 1 -16.2688 -3.7368 -26.4839 103.2986
|
|
156 1 -16.2688 -3.4737 -20.9653 101.0998
|
|
156 1 -16.2688 -3.2105 -15.1530 98.4169
|
|
156 1 -16.2688 -2.9474 -8.8287 94.8292
|
|
156 1 -16.2688 -2.6842 -2.3893 89.4773
|
|
156 1 -16.2688 -2.4211 2.8032 82.2135
|
|
156 1 -16.2688 -2.1579 5.8823 74.1737
|
|
156 1 -16.2688 -1.8947 7.1399 66.4515
|
|
156 1 -16.2688 -1.6316 7.1773 59.4711
|
|
156 1 -16.2688 -1.3684 6.4661 53.3650
|
|
156 1 -16.2688 -1.1053 5.5028 48.0967
|
|
156 1 -16.2688 -0.8421 4.6454 43.2875
|
|
156 1 -16.2688 -0.5789 3.8064 38.4536
|
|
156 1 -16.2688 -0.3158 2.5251 33.4512
|
|
156 1 -16.2688 -0.0526 0.4875 28.6601
|
|
156 1 -16.2688 0.2105 -2.1123 24.4993
|
|
156 1 -16.2688 0.4737 -4.9165 21.0203
|
|
156 1 -16.2688 0.7368 -7.7581 18.0848
|
|
156 1 -16.2688 1.0000 -10.5977 15.6169
|
|
|
|
156 2 -8.9488 -4.0000 -45.4564 94.4922
|
|
156 2 -8.9488 -3.7368 -40.2618 94.5738
|
|
156 2 -8.9488 -3.4737 -34.7376 94.2945
|
|
156 2 -8.9488 -3.2105 -28.5958 93.6125
|
|
156 2 -8.9488 -2.9474 -21.5191 91.9619
|
|
156 2 -8.9488 -2.6842 -13.9546 88.2632
|
|
156 2 -8.9488 -2.4211 -7.4677 82.2685
|
|
156 2 -8.9488 -2.1579 -3.0817 75.1838
|
|
156 2 -8.9488 -1.8947 -0.5430 68.1848
|
|
156 2 -8.9488 -1.6316 0.7322 61.7361
|
|
156 2 -8.9488 -1.3684 1.2113 56.0219
|
|
156 2 -8.9488 -1.1053 1.4397 51.0231
|
|
156 2 -8.9488 -0.8421 1.7965 46.2933
|
|
156 2 -8.9488 -0.5789 2.1101 41.2731
|
|
156 2 -8.9488 -0.3158 1.7675 35.8524
|
|
156 2 -8.9488 -0.0526 0.3852 30.5704
|
|
156 2 -8.9488 0.2105 -1.7668 25.9782
|
|
156 2 -8.9488 0.4737 -4.2278 22.1421
|
|
156 2 -8.9488 0.7368 -6.7950 18.8885
|
|
156 2 -8.9488 1.0000 -9.4338 16.1360
|
|
|
|
156 3 -6.9060 -4.0000 -45.2214 89.2229
|
|
156 3 -6.9060 -3.7368 -40.3575 89.7462
|
|
156 3 -6.9060 -3.4737 -35.0321 89.8981
|
|
156 3 -6.9060 -3.2105 -29.0224 89.5700
|
|
156 3 -6.9060 -2.9474 -22.0981 88.2220
|
|
156 3 -6.9060 -2.6842 -14.7158 84.8611
|
|
156 3 -6.9060 -2.4211 -8.3666 79.2750
|
|
156 3 -6.9060 -2.1579 -4.0184 72.6208
|
|
156 3 -6.9060 -1.8947 -1.4264 66.0144
|
|
156 3 -6.9060 -1.6316 -0.0461 59.8926
|
|
156 3 -6.9060 -1.3684 0.5525 54.4440
|
|
156 3 -6.9060 -1.1053 0.8958 49.6716
|
|
156 3 -6.9060 -0.8421 1.3678 45.1485
|
|
156 3 -6.9060 -0.5789 1.8077 40.3153
|
|
156 3 -6.9060 -0.3158 1.6015 35.0542
|
|
156 3 -6.9060 -0.0526 0.3578 29.9026
|
|
156 3 -6.9060 0.2105 -1.6591 25.4146
|
|
156 3 -6.9060 0.4737 -3.9917 21.6595
|
|
156 3 -6.9060 0.7368 -6.4410 18.4670
|
|
156 3 -6.9060 1.0000 -8.9749 15.7610
|
|
|
|
156 4 -3.9563 -4.0000 -62.4552 115.5184
|
|
156 4 -3.9563 -3.7368 -55.9060 116.4157
|
|
156 4 -3.9563 -3.4737 -48.7392 116.8417
|
|
156 4 -3.9563 -3.2105 -40.6313 116.6337
|
|
156 4 -3.9563 -2.9474 -31.2877 115.0376
|
|
156 4 -3.9563 -2.6842 -21.3614 110.7416
|
|
156 4 -3.9563 -2.4211 -12.8292 103.5163
|
|
156 4 -3.9563 -2.1579 -6.9259 94.9022
|
|
156 4 -3.9563 -1.8947 -3.3125 86.3431
|
|
156 4 -3.9563 -1.6316 -1.2829 78.4006
|
|
156 4 -3.9563 -1.3684 -0.2774 71.3231
|
|
156 4 -3.9563 -1.1053 0.3951 65.1115
|
|
156 4 -3.9563 -0.8421 1.2321 59.2003
|
|
156 4 -3.9563 -0.5789 2.0140 52.8549
|
|
156 4 -3.9563 -0.3158 1.9239 45.9252
|
|
156 4 -3.9563 -0.0526 0.4425 39.1301
|
|
156 4 -3.9563 0.2105 -2.0768 33.2090
|
|
156 4 -3.9563 0.4737 -5.0249 28.2543
|
|
156 4 -3.9563 0.7368 -8.1379 24.0407
|
|
156 4 -3.9563 1.0000 -11.3732 20.4692
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 157 coord.: 0.6666667 0.3333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.7489 eV Re[Sigma]= -39.525423 meV Im[Sigma]= 60.329031 meV Z= 1.003539 lam= -0.003527
|
|
E( 2 )= -10.6632 eV Re[Sigma]= -14.928495 meV Im[Sigma]= 64.847932 meV Z= 1.006733 lam= -0.006688
|
|
E( 3 )= -9.4579 eV Re[Sigma]= 2.042371 meV Im[Sigma]= 40.767051 meV Z= 0.996245 lam= 0.003769
|
|
E( 4 )= -4.5555 eV Re[Sigma]= 11.675617 meV Im[Sigma]= 121.276721 meV Z= 1.015918 lam= -0.015669
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 157 coord.: 0.6666667 0.3333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 157 w = -4.0000 eV A(k,w) = 0.87135E-04 meV^-1
|
|
ik = 157 w = -3.7368 eV A(k,w) = 0.45082E-04 meV^-1
|
|
ik = 157 w = -3.4737 eV A(k,w) = 0.27739E-04 meV^-1
|
|
ik = 157 w = -3.2105 eV A(k,w) = 0.18880E-04 meV^-1
|
|
ik = 157 w = -2.9474 eV A(k,w) = 0.13633E-04 meV^-1
|
|
ik = 157 w = -2.6842 eV A(k,w) = 0.10098E-04 meV^-1
|
|
ik = 157 w = -2.4211 eV A(k,w) = 0.75236E-05 meV^-1
|
|
ik = 157 w = -2.1579 eV A(k,w) = 0.56442E-05 meV^-1
|
|
ik = 157 w = -1.8947 eV A(k,w) = 0.42915E-05 meV^-1
|
|
ik = 157 w = -1.6316 eV A(k,w) = 0.33135E-05 meV^-1
|
|
ik = 157 w = -1.3684 eV A(k,w) = 0.26009E-05 meV^-1
|
|
ik = 157 w = -1.1053 eV A(k,w) = 0.20750E-05 meV^-1
|
|
ik = 157 w = -0.8421 eV A(k,w) = 0.16671E-05 meV^-1
|
|
ik = 157 w = -0.5789 eV A(k,w) = 0.13274E-05 meV^-1
|
|
ik = 157 w = -0.3158 eV A(k,w) = 0.10362E-05 meV^-1
|
|
ik = 157 w = -0.0526 eV A(k,w) = 0.79828E-06 meV^-1
|
|
ik = 157 w = 0.2105 eV A(k,w) = 0.61621E-06 meV^-1
|
|
ik = 157 w = 0.4737 eV A(k,w) = 0.47940E-06 meV^-1
|
|
ik = 157 w = 0.7368 eV A(k,w) = 0.37471E-06 meV^-1
|
|
ik = 157 w = 1.0000 eV A(k,w) = 0.29430E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
157 -4.0000 0.87135E-04
|
|
157 -3.7368 0.45082E-04
|
|
157 -3.4737 0.27739E-04
|
|
157 -3.2105 0.18880E-04
|
|
157 -2.9474 0.13633E-04
|
|
157 -2.6842 0.10098E-04
|
|
157 -2.4211 0.75236E-05
|
|
157 -2.1579 0.56442E-05
|
|
157 -1.8947 0.42915E-05
|
|
157 -1.6316 0.33135E-05
|
|
157 -1.3684 0.26009E-05
|
|
157 -1.1053 0.20750E-05
|
|
157 -0.8421 0.16671E-05
|
|
157 -0.5789 0.13274E-05
|
|
157 -0.3158 0.10362E-05
|
|
157 -0.0526 0.79828E-06
|
|
157 0.2105 0.61621E-06
|
|
157 0.4737 0.47940E-06
|
|
157 0.7368 0.37471E-06
|
|
157 1.0000 0.29430E-06
|
|
157 1 -13.7489 -4.0000 -37.7637 103.8658
|
|
157 1 -13.7489 -3.7368 -32.1023 102.7325
|
|
157 1 -13.7489 -3.4737 -26.3444 101.0980
|
|
157 1 -13.7489 -3.2105 -20.2324 99.0379
|
|
157 1 -13.7489 -2.9474 -13.4267 96.0728
|
|
157 1 -13.7489 -2.6842 -6.3243 91.1855
|
|
157 1 -13.7489 -2.4211 -0.4241 84.1462
|
|
157 1 -13.7489 -2.1579 3.2833 76.1419
|
|
157 1 -13.7489 -1.8947 5.0501 68.3533
|
|
157 1 -13.7489 -1.6316 5.4855 61.2754
|
|
157 1 -13.7489 -1.3684 5.1034 55.0890
|
|
157 1 -13.7489 -1.1053 4.4594 49.7565
|
|
157 1 -13.7489 -0.8421 3.9345 44.8517
|
|
157 1 -13.7489 -0.5789 3.4080 39.8511
|
|
157 1 -13.7489 -0.3158 2.3637 34.6228
|
|
157 1 -13.7489 -0.0526 0.4682 29.6023
|
|
157 1 -13.7489 0.2105 -2.0532 25.2505
|
|
157 1 -13.7489 0.4737 -4.8049 21.6185
|
|
157 1 -13.7489 0.7368 -7.6077 18.5511
|
|
157 1 -13.7489 1.0000 -10.4257 15.9667
|
|
|
|
157 2 -10.6632 -4.0000 -41.2956 94.9330
|
|
157 2 -10.6632 -3.7368 -36.2694 94.6050
|
|
157 2 -10.6632 -3.4737 -30.9747 93.9017
|
|
157 2 -10.6632 -3.2105 -25.1539 92.8157
|
|
157 2 -10.6632 -2.9474 -18.4930 90.8315
|
|
157 2 -10.6632 -2.6842 -11.4056 86.9243
|
|
157 2 -10.6632 -2.4211 -5.3775 80.8633
|
|
157 2 -10.6632 -2.1579 -1.3723 73.7991
|
|
157 2 -10.6632 -1.8947 0.8556 66.8470
|
|
157 2 -10.6632 -1.6316 1.8610 60.4506
|
|
157 2 -10.6632 -1.3684 2.0904 54.7929
|
|
157 2 -10.6632 -1.1053 2.0725 49.8665
|
|
157 2 -10.6632 -0.8421 2.1913 45.2501
|
|
157 2 -10.6632 -0.5789 2.3064 40.3932
|
|
157 2 -10.6632 -0.3158 1.8345 35.1608
|
|
157 2 -10.6632 -0.0526 0.3914 30.0525
|
|
157 2 -10.6632 0.2105 -1.7792 25.5961
|
|
157 2 -10.6632 0.4737 -4.2434 21.8581
|
|
157 2 -10.6632 0.7368 -6.8125 18.6777
|
|
157 2 -10.6632 1.0000 -9.4530 15.9838
|
|
|
|
157 3 -9.4579 -4.0000 -29.9398 66.4027
|
|
157 3 -9.4579 -3.7368 -26.5989 66.6488
|
|
157 3 -9.4579 -3.4737 -22.8622 66.5831
|
|
157 3 -9.4579 -3.2105 -18.6518 66.0941
|
|
157 3 -9.4579 -2.9474 -13.8717 64.8524
|
|
157 3 -9.4579 -2.6842 -8.8308 62.2241
|
|
157 3 -9.4579 -2.4211 -4.5399 58.0746
|
|
157 3 -9.4579 -2.1579 -1.6585 53.2124
|
|
157 3 -9.4579 -1.8947 0.0006 48.4111
|
|
157 3 -9.4579 -1.6316 0.8229 43.9577
|
|
157 3 -9.4579 -1.3684 1.0911 39.9752
|
|
157 3 -9.4579 -1.1053 1.1632 36.4866
|
|
157 3 -9.4579 -0.8421 1.3320 33.2091
|
|
157 3 -9.4579 -0.5789 1.5109 29.7305
|
|
157 3 -9.4579 -0.3158 1.2598 25.9358
|
|
157 3 -9.4579 -0.0526 0.2753 22.1992
|
|
157 3 -9.4579 0.2105 -1.2667 18.9272
|
|
157 3 -9.4579 0.4737 -3.0401 16.1766
|
|
157 3 -9.4579 0.7368 -4.9033 13.8299
|
|
157 3 -9.4579 1.0000 -6.8319 11.8375
|
|
|
|
157 4 -4.5555 -4.0000 -59.4513 104.3987
|
|
157 4 -4.5555 -3.7368 -53.5881 105.4771
|
|
157 4 -4.5555 -3.4737 -47.1401 106.1351
|
|
157 4 -4.5555 -3.2105 -39.8245 106.2510
|
|
157 4 -4.5555 -2.9474 -31.3285 105.1621
|
|
157 4 -4.5555 -2.6842 -22.1962 101.6317
|
|
157 4 -4.5555 -2.4211 -14.2391 95.3892
|
|
157 4 -4.5555 -2.1579 -8.6207 87.8166
|
|
157 4 -4.5555 -1.8947 -5.0560 80.2296
|
|
157 4 -4.5555 -1.6316 -2.9224 73.1402
|
|
157 4 -4.5555 -1.3684 -1.7298 66.7930
|
|
157 4 -4.5555 -1.1053 -0.8344 61.2133
|
|
157 4 -4.5555 -0.8421 0.2490 55.8682
|
|
157 4 -4.5555 -0.5789 1.3086 50.0333
|
|
157 4 -4.5555 -0.3158 1.5263 43.5534
|
|
157 4 -4.5555 -0.0526 0.3748 37.1440
|
|
157 4 -4.5555 0.2105 -1.8026 31.5423
|
|
157 4 -4.5555 0.4737 -4.4096 26.8400
|
|
157 4 -4.5555 0.7368 -7.1981 22.8166
|
|
157 4 -4.5555 1.0000 -10.1387 19.3871
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 158 coord.: 0.6666667 0.3333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.865702 meV Im[Sigma]= 61.529504 meV Z= 1.001109 lam= -0.001108
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.501954 meV Im[Sigma]= 67.453355 meV Z= 1.010418 lam= -0.010311
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -19.378318 meV Im[Sigma]= 76.057766 meV Z= 1.006225 lam= -0.006186
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 2.810838 meV Im[Sigma]= 109.183539 meV Z= 1.020288 lam= -0.019885
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 158 coord.: 0.6666667 0.3333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 158 w = -4.0000 eV A(k,w) = 0.21212E-04 meV^-1
|
|
ik = 158 w = -3.7368 eV A(k,w) = 0.15493E-04 meV^-1
|
|
ik = 158 w = -3.4737 eV A(k,w) = 0.11871E-04 meV^-1
|
|
ik = 158 w = -3.2105 eV A(k,w) = 0.94004E-05 meV^-1
|
|
ik = 158 w = -2.9474 eV A(k,w) = 0.75794E-05 meV^-1
|
|
ik = 158 w = -2.6842 eV A(k,w) = 0.61059E-05 meV^-1
|
|
ik = 158 w = -2.4211 eV A(k,w) = 0.48607E-05 meV^-1
|
|
ik = 158 w = -2.1579 eV A(k,w) = 0.38470E-05 meV^-1
|
|
ik = 158 w = -1.8947 eV A(k,w) = 0.30565E-05 meV^-1
|
|
ik = 158 w = -1.6316 eV A(k,w) = 0.24477E-05 meV^-1
|
|
ik = 158 w = -1.3684 eV A(k,w) = 0.19806E-05 meV^-1
|
|
ik = 158 w = -1.1053 eV A(k,w) = 0.16206E-05 meV^-1
|
|
ik = 158 w = -0.8421 eV A(k,w) = 0.13302E-05 meV^-1
|
|
ik = 158 w = -0.5789 eV A(k,w) = 0.10791E-05 meV^-1
|
|
ik = 158 w = -0.3158 eV A(k,w) = 0.85685E-06 meV^-1
|
|
ik = 158 w = -0.0526 eV A(k,w) = 0.67047E-06 meV^-1
|
|
ik = 158 w = 0.2105 eV A(k,w) = 0.52487E-06 meV^-1
|
|
ik = 158 w = 0.4737 eV A(k,w) = 0.41359E-06 meV^-1
|
|
ik = 158 w = 0.7368 eV A(k,w) = 0.32719E-06 meV^-1
|
|
ik = 158 w = 1.0000 eV A(k,w) = 0.25995E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
158 -4.0000 0.21212E-04
|
|
158 -3.7368 0.15493E-04
|
|
158 -3.4737 0.11871E-04
|
|
158 -3.2105 0.94004E-05
|
|
158 -2.9474 0.75794E-05
|
|
158 -2.6842 0.61059E-05
|
|
158 -2.4211 0.48607E-05
|
|
158 -2.1579 0.38470E-05
|
|
158 -1.8947 0.30565E-05
|
|
158 -1.6316 0.24477E-05
|
|
158 -1.3684 0.19806E-05
|
|
158 -1.1053 0.16206E-05
|
|
158 -0.8421 0.13302E-05
|
|
158 -0.5789 0.10791E-05
|
|
158 -0.3158 0.85685E-06
|
|
158 -0.0526 0.67047E-06
|
|
158 0.2105 0.52487E-06
|
|
158 0.4737 0.41359E-06
|
|
158 0.7368 0.32719E-06
|
|
158 1.0000 0.25995E-06
|
|
158 1 -13.5072 -4.0000 -39.9482 110.5931
|
|
158 1 -13.5072 -3.7368 -33.8353 109.2206
|
|
158 1 -13.5072 -3.4737 -27.6829 107.3055
|
|
158 1 -13.5072 -3.2105 -21.2211 104.9565
|
|
158 1 -13.5072 -2.9474 -14.0703 101.6923
|
|
158 1 -13.5072 -2.6842 -6.6253 96.4407
|
|
158 1 -13.5072 -2.4211 -0.4558 88.9570
|
|
158 1 -13.5072 -2.1579 3.4096 80.4915
|
|
158 1 -13.5072 -1.8947 5.2507 72.2744
|
|
158 1 -13.5072 -1.6316 5.7085 64.8099
|
|
158 1 -13.5072 -1.3684 5.3154 58.2816
|
|
158 1 -13.5072 -1.1053 4.6533 52.6490
|
|
158 1 -13.5072 -0.8421 4.1202 47.4596
|
|
158 1 -13.5072 -0.5789 3.5823 42.1613
|
|
158 1 -13.5072 -0.3158 2.4905 36.6196
|
|
158 1 -13.5072 -0.0526 0.4939 31.2995
|
|
158 1 -13.5072 0.2105 -2.1667 26.6894
|
|
158 1 -13.5072 0.4737 -5.0716 22.8428
|
|
158 1 -13.5072 0.7368 -8.0306 19.5953
|
|
158 1 -13.5072 1.0000 -11.0051 16.8602
|
|
|
|
158 2 -11.9153 -4.0000 -30.5138 71.4990
|
|
158 2 -11.9153 -3.7368 -26.9485 71.4511
|
|
158 2 -11.9153 -3.4737 -23.0669 71.1150
|
|
158 2 -11.9153 -3.2105 -18.7280 70.4150
|
|
158 2 -11.9153 -2.9474 -13.7713 68.9824
|
|
158 2 -11.9153 -2.6842 -8.5130 66.1028
|
|
158 2 -11.9153 -2.4211 -4.0409 61.6152
|
|
158 2 -11.9153 -2.1579 -1.0670 56.3781
|
|
158 2 -11.9153 -1.8947 0.6063 51.2189
|
|
158 2 -11.9153 -1.6316 1.3936 46.4429
|
|
158 2 -11.9153 -1.3684 1.5967 42.1741
|
|
158 2 -11.9153 -1.1053 1.5881 38.4329
|
|
158 2 -11.9153 -0.8421 1.6696 34.9278
|
|
158 2 -11.9153 -0.5789 1.7556 31.2385
|
|
158 2 -11.9153 -0.3158 1.4022 27.2451
|
|
158 2 -11.9153 -0.0526 0.3005 23.3251
|
|
158 2 -11.9153 0.2105 -1.3712 19.8922
|
|
158 2 -11.9153 0.4737 -3.2798 17.0053
|
|
158 2 -11.9153 0.7368 -5.2785 14.5453
|
|
158 2 -11.9153 1.0000 -7.3390 12.4607
|
|
|
|
158 3 -7.7465 -4.0000 -44.2042 90.2458
|
|
158 3 -7.7465 -3.7368 -39.1735 90.5311
|
|
158 3 -7.7465 -3.4737 -33.7691 90.3841
|
|
158 3 -7.7465 -3.2105 -27.7894 89.7552
|
|
158 3 -7.7465 -2.9474 -20.9824 88.1547
|
|
158 3 -7.7465 -2.6842 -13.7692 84.6136
|
|
158 3 -7.7465 -2.4211 -7.6023 78.9253
|
|
158 3 -7.7465 -2.1579 -3.4166 72.2300
|
|
158 3 -7.7465 -1.8947 -0.9561 65.6175
|
|
158 3 -7.7465 -1.6316 0.3219 59.5056
|
|
158 3 -7.7465 -1.3684 0.8390 54.0691
|
|
158 3 -7.7465 -1.1053 1.1075 49.3086
|
|
158 3 -7.7465 -0.8421 1.5054 44.8066
|
|
158 3 -7.7465 -0.5789 1.8797 40.0116
|
|
158 3 -7.7465 -0.3158 1.6277 34.8009
|
|
158 3 -7.7465 -0.0526 0.3604 29.6993
|
|
158 3 -7.7465 0.2105 -1.6651 25.2524
|
|
158 3 -7.7465 0.4737 -3.9997 21.5287
|
|
158 3 -7.7465 0.7368 -6.4486 18.3614
|
|
158 3 -7.7465 1.0000 -8.9798 15.6766
|
|
|
|
158 4 -5.2565 -4.0000 -54.2198 100.2520
|
|
158 4 -5.2565 -3.7368 -48.4286 101.1221
|
|
158 4 -5.2565 -3.4737 -42.1423 101.4578
|
|
158 4 -5.2565 -3.2105 -35.1469 101.2098
|
|
158 4 -5.2565 -2.9474 -27.1468 99.8150
|
|
158 4 -5.2565 -2.6842 -18.6317 96.1435
|
|
158 4 -5.2565 -2.4211 -11.2881 89.9549
|
|
158 4 -5.2565 -2.1579 -6.1952 82.5654
|
|
158 4 -5.2565 -1.8947 -3.0572 75.2200
|
|
158 4 -5.2565 -1.6316 -1.2660 68.3868
|
|
158 4 -5.2565 -1.3684 -0.3576 62.2751
|
|
158 4 -5.2565 -1.1053 0.2563 56.8982
|
|
158 4 -5.2565 -0.8421 1.0131 51.7727
|
|
158 4 -5.2565 -0.5789 1.7236 46.2545
|
|
158 4 -5.2565 -0.3158 1.6671 40.2106
|
|
158 4 -5.2565 -0.0526 0.3851 34.2775
|
|
158 4 -5.2565 0.2105 -1.8095 29.1073
|
|
158 4 -5.2565 0.4737 -4.3796 24.7798
|
|
158 4 -5.2565 0.7368 -7.0954 21.0950
|
|
158 4 -5.2565 1.0000 -9.9228 17.9672
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 159 coord.: 0.6666667 0.3333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.7489 eV Re[Sigma]= -39.580696 meV Im[Sigma]= 60.622274 meV Z= 1.003811 lam= -0.003796
|
|
E( 2 )= -10.6632 eV Re[Sigma]= -15.301540 meV Im[Sigma]= 65.094461 meV Z= 1.006752 lam= -0.006706
|
|
E( 3 )= -9.4579 eV Re[Sigma]= 2.604509 meV Im[Sigma]= 39.545536 meV Z= 0.995880 lam= 0.004137
|
|
E( 4 )= -4.5555 eV Re[Sigma]= 12.355931 meV Im[Sigma]= 124.565017 meV Z= 1.016622 lam= -0.016350
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 159 coord.: 0.6666667 0.3333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 159 w = -4.0000 eV A(k,w) = 0.88621E-04 meV^-1
|
|
ik = 159 w = -3.7368 eV A(k,w) = 0.45792E-04 meV^-1
|
|
ik = 159 w = -3.4737 eV A(k,w) = 0.28123E-04 meV^-1
|
|
ik = 159 w = -3.2105 eV A(k,w) = 0.19102E-04 meV^-1
|
|
ik = 159 w = -2.9474 eV A(k,w) = 0.13766E-04 meV^-1
|
|
ik = 159 w = -2.6842 eV A(k,w) = 0.10180E-04 meV^-1
|
|
ik = 159 w = -2.4211 eV A(k,w) = 0.75750E-05 meV^-1
|
|
ik = 159 w = -2.1579 eV A(k,w) = 0.56773E-05 meV^-1
|
|
ik = 159 w = -1.8947 eV A(k,w) = 0.43134E-05 meV^-1
|
|
ik = 159 w = -1.6316 eV A(k,w) = 0.33285E-05 meV^-1
|
|
ik = 159 w = -1.3684 eV A(k,w) = 0.26114E-05 meV^-1
|
|
ik = 159 w = -1.1053 eV A(k,w) = 0.20824E-05 meV^-1
|
|
ik = 159 w = -0.8421 eV A(k,w) = 0.16725E-05 meV^-1
|
|
ik = 159 w = -0.5789 eV A(k,w) = 0.13314E-05 meV^-1
|
|
ik = 159 w = -0.3158 eV A(k,w) = 0.10393E-05 meV^-1
|
|
ik = 159 w = -0.0526 eV A(k,w) = 0.80072E-06 meV^-1
|
|
ik = 159 w = 0.2105 eV A(k,w) = 0.61817E-06 meV^-1
|
|
ik = 159 w = 0.4737 eV A(k,w) = 0.48100E-06 meV^-1
|
|
ik = 159 w = 0.7368 eV A(k,w) = 0.37603E-06 meV^-1
|
|
ik = 159 w = 1.0000 eV A(k,w) = 0.29539E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
159 -4.0000 0.88621E-04
|
|
159 -3.7368 0.45792E-04
|
|
159 -3.4737 0.28123E-04
|
|
159 -3.2105 0.19102E-04
|
|
159 -2.9474 0.13766E-04
|
|
159 -2.6842 0.10180E-04
|
|
159 -2.4211 0.75750E-05
|
|
159 -2.1579 0.56773E-05
|
|
159 -1.8947 0.43134E-05
|
|
159 -1.6316 0.33285E-05
|
|
159 -1.3684 0.26114E-05
|
|
159 -1.1053 0.20824E-05
|
|
159 -0.8421 0.16725E-05
|
|
159 -0.5789 0.13314E-05
|
|
159 -0.3158 0.10393E-05
|
|
159 -0.0526 0.80072E-06
|
|
159 0.2105 0.61817E-06
|
|
159 0.4737 0.48100E-06
|
|
159 0.7368 0.37603E-06
|
|
159 1.0000 0.29539E-06
|
|
159 1 -13.7489 -4.0000 -38.2895 104.1666
|
|
159 1 -13.7489 -3.7368 -32.5690 103.0590
|
|
159 1 -13.7489 -3.4737 -26.7565 101.4304
|
|
159 1 -13.7489 -3.2105 -20.6025 99.3687
|
|
159 1 -13.7489 -2.9474 -13.7608 96.4026
|
|
159 1 -13.7489 -2.6842 -6.6247 91.5117
|
|
159 1 -13.7489 -2.4211 -0.6974 84.4672
|
|
159 1 -13.7489 -2.1579 3.0333 76.4636
|
|
159 1 -13.7489 -1.8947 4.8288 68.6808
|
|
159 1 -13.7489 -1.6316 5.3010 61.6058
|
|
159 1 -13.7489 -1.3684 4.9602 55.4147
|
|
159 1 -13.7489 -1.1053 4.3591 50.0683
|
|
159 1 -13.7489 -0.8421 3.8755 45.1382
|
|
159 1 -13.7489 -0.5789 3.3823 40.1010
|
|
159 1 -13.7489 -0.3158 2.3580 34.8297
|
|
159 1 -13.7489 -0.0526 0.4684 29.7673
|
|
159 1 -13.7489 0.2105 -2.0572 25.3802
|
|
159 1 -13.7489 0.4737 -4.8182 21.7207
|
|
159 1 -13.7489 0.7368 -7.6321 18.6325
|
|
159 1 -13.7489 1.0000 -10.4611 16.0324
|
|
|
|
159 2 -10.6632 -4.0000 -40.7019 94.3935
|
|
159 2 -10.6632 -3.7368 -35.7329 94.0232
|
|
159 2 -10.6632 -3.4737 -30.5049 93.2887
|
|
159 2 -10.6632 -3.2105 -24.7595 92.1812
|
|
159 2 -10.6632 -2.9474 -18.1864 90.1903
|
|
159 2 -10.6632 -2.6842 -11.1918 86.3059
|
|
159 2 -10.6632 -2.4211 -5.2381 80.2968
|
|
159 2 -10.6632 -2.1579 -1.2780 73.2921
|
|
159 2 -10.6632 -1.8947 0.9239 66.3907
|
|
159 2 -10.6632 -1.6316 1.9093 60.0354
|
|
159 2 -10.6632 -1.3684 2.1188 54.4142
|
|
159 2 -10.6632 -1.1053 2.0804 49.5257
|
|
159 2 -10.6632 -0.8421 2.1820 44.9526
|
|
159 2 -10.6632 -0.5789 2.2887 40.1428
|
|
159 2 -10.6632 -0.3158 1.8195 34.9566
|
|
159 2 -10.6632 -0.0526 0.3883 29.8881
|
|
159 2 -10.6632 0.2105 -1.7656 25.4633
|
|
159 2 -10.6632 0.4737 -4.2119 21.7494
|
|
159 2 -10.6632 0.7368 -6.7637 18.5874
|
|
159 2 -10.6632 1.0000 -9.3883 15.9076
|
|
|
|
159 3 -9.4579 -4.0000 -30.5470 66.5098
|
|
159 3 -9.4579 -3.7368 -27.1414 66.8283
|
|
159 3 -9.4579 -3.4737 -23.3301 66.7999
|
|
159 3 -9.4579 -3.2105 -19.0562 66.3169
|
|
159 3 -9.4579 -2.9474 -14.2359 65.0666
|
|
159 3 -9.4579 -2.6842 -9.1758 62.4318
|
|
159 3 -9.4579 -2.4211 -4.8775 58.2889
|
|
159 3 -9.4579 -2.1579 -1.9866 53.4494
|
|
159 3 -9.4579 -1.8947 -0.3045 48.6795
|
|
159 3 -9.4579 -1.6316 0.5568 44.2547
|
|
159 3 -9.4579 -1.3684 0.8756 40.2900
|
|
159 3 -9.4579 -1.1053 1.0050 36.8047
|
|
159 3 -9.4579 -0.8421 1.2317 33.5128
|
|
159 3 -9.4579 -0.5789 1.4603 30.0021
|
|
159 3 -9.4579 -0.3158 1.2430 26.1635
|
|
159 3 -9.4579 -0.0526 0.2741 22.3811
|
|
159 3 -9.4579 0.2105 -1.2664 19.0691
|
|
159 3 -9.4579 0.4737 -3.0462 16.2871
|
|
159 3 -9.4579 0.7368 -4.9189 13.9168
|
|
159 3 -9.4579 1.0000 -6.8579 11.9069
|
|
|
|
159 4 -4.5555 -4.0000 -59.1831 106.2332
|
|
159 4 -4.5555 -3.7368 -53.1724 107.1506
|
|
159 4 -4.5555 -3.4737 -46.6044 107.6160
|
|
159 4 -4.5555 -3.2105 -39.2133 107.5235
|
|
159 4 -4.5555 -2.9474 -30.6871 106.2274
|
|
159 4 -4.5555 -2.6842 -21.5658 102.5037
|
|
159 4 -4.5555 -2.4211 -13.6521 96.0928
|
|
159 4 -4.5555 -2.1579 -8.0969 88.3824
|
|
159 4 -4.5555 -1.8947 -4.6025 80.6863
|
|
159 4 -4.5555 -1.6316 -2.5384 73.5093
|
|
159 4 -4.5555 -1.3684 -1.4138 67.0894
|
|
159 4 -4.5555 -1.1053 -0.5869 61.4500
|
|
159 4 -4.5555 -0.8421 0.4286 56.0592
|
|
159 4 -4.5555 -0.5789 1.4240 50.1922
|
|
159 4 -4.5555 -0.3158 1.5841 43.6916
|
|
159 4 -4.5555 -0.0526 0.3835 37.2695
|
|
159 4 -4.5555 0.2105 -1.8345 31.6588
|
|
159 4 -4.5555 0.4737 -4.4758 26.9490
|
|
159 4 -4.5555 0.7368 -7.2942 22.9185
|
|
159 4 -4.5555 1.0000 -10.2613 19.4821
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 160 coord.: 0.6666667 0.3333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.865655 meV Im[Sigma]= 61.529690 meV Z= 1.001109 lam= -0.001108
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.501899 meV Im[Sigma]= 67.453255 meV Z= 1.010418 lam= -0.010311
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -19.378362 meV Im[Sigma]= 76.057659 meV Z= 1.006225 lam= -0.006186
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 2.810827 meV Im[Sigma]= 109.183801 meV Z= 1.020288 lam= -0.019885
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 160 coord.: 0.6666667 0.3333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 160 w = -4.0000 eV A(k,w) = 0.21212E-04 meV^-1
|
|
ik = 160 w = -3.7368 eV A(k,w) = 0.15493E-04 meV^-1
|
|
ik = 160 w = -3.4737 eV A(k,w) = 0.11871E-04 meV^-1
|
|
ik = 160 w = -3.2105 eV A(k,w) = 0.94004E-05 meV^-1
|
|
ik = 160 w = -2.9474 eV A(k,w) = 0.75794E-05 meV^-1
|
|
ik = 160 w = -2.6842 eV A(k,w) = 0.61059E-05 meV^-1
|
|
ik = 160 w = -2.4211 eV A(k,w) = 0.48607E-05 meV^-1
|
|
ik = 160 w = -2.1579 eV A(k,w) = 0.38470E-05 meV^-1
|
|
ik = 160 w = -1.8947 eV A(k,w) = 0.30565E-05 meV^-1
|
|
ik = 160 w = -1.6316 eV A(k,w) = 0.24477E-05 meV^-1
|
|
ik = 160 w = -1.3684 eV A(k,w) = 0.19806E-05 meV^-1
|
|
ik = 160 w = -1.1053 eV A(k,w) = 0.16206E-05 meV^-1
|
|
ik = 160 w = -0.8421 eV A(k,w) = 0.13302E-05 meV^-1
|
|
ik = 160 w = -0.5789 eV A(k,w) = 0.10791E-05 meV^-1
|
|
ik = 160 w = -0.3158 eV A(k,w) = 0.85685E-06 meV^-1
|
|
ik = 160 w = -0.0526 eV A(k,w) = 0.67047E-06 meV^-1
|
|
ik = 160 w = 0.2105 eV A(k,w) = 0.52487E-06 meV^-1
|
|
ik = 160 w = 0.4737 eV A(k,w) = 0.41359E-06 meV^-1
|
|
ik = 160 w = 0.7368 eV A(k,w) = 0.32719E-06 meV^-1
|
|
ik = 160 w = 1.0000 eV A(k,w) = 0.25995E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
160 -4.0000 0.21212E-04
|
|
160 -3.7368 0.15493E-04
|
|
160 -3.4737 0.11871E-04
|
|
160 -3.2105 0.94004E-05
|
|
160 -2.9474 0.75794E-05
|
|
160 -2.6842 0.61059E-05
|
|
160 -2.4211 0.48607E-05
|
|
160 -2.1579 0.38470E-05
|
|
160 -1.8947 0.30565E-05
|
|
160 -1.6316 0.24477E-05
|
|
160 -1.3684 0.19806E-05
|
|
160 -1.1053 0.16206E-05
|
|
160 -0.8421 0.13302E-05
|
|
160 -0.5789 0.10791E-05
|
|
160 -0.3158 0.85685E-06
|
|
160 -0.0526 0.67047E-06
|
|
160 0.2105 0.52487E-06
|
|
160 0.4737 0.41359E-06
|
|
160 0.7368 0.32719E-06
|
|
160 1.0000 0.25995E-06
|
|
160 1 -13.5072 -4.0000 -39.9481 110.5929
|
|
160 1 -13.5072 -3.7368 -33.8352 109.2204
|
|
160 1 -13.5072 -3.4737 -27.6828 107.3053
|
|
160 1 -13.5072 -3.2105 -21.2210 104.9563
|
|
160 1 -13.5072 -2.9474 -14.0702 101.6921
|
|
160 1 -13.5072 -2.6842 -6.6252 96.4406
|
|
160 1 -13.5072 -2.4211 -0.4557 88.9569
|
|
160 1 -13.5072 -2.1579 3.4097 80.4913
|
|
160 1 -13.5072 -1.8947 5.2507 72.2743
|
|
160 1 -13.5072 -1.6316 5.7085 64.8097
|
|
160 1 -13.5072 -1.3684 5.3155 58.2815
|
|
160 1 -13.5072 -1.1053 4.6533 52.6489
|
|
160 1 -13.5072 -0.8421 4.1202 47.4595
|
|
160 1 -13.5072 -0.5789 3.5823 42.1612
|
|
160 1 -13.5072 -0.3158 2.4905 36.6195
|
|
160 1 -13.5072 -0.0526 0.4939 31.2994
|
|
160 1 -13.5072 0.2105 -2.1667 26.6894
|
|
160 1 -13.5072 0.4737 -5.0716 22.8428
|
|
160 1 -13.5072 0.7368 -8.0306 19.5953
|
|
160 1 -13.5072 1.0000 -11.0051 16.8601
|
|
|
|
160 2 -11.9153 -4.0000 -30.5137 71.4989
|
|
160 2 -11.9153 -3.7368 -26.9484 71.4511
|
|
160 2 -11.9153 -3.4737 -23.0668 71.1149
|
|
160 2 -11.9153 -3.2105 -18.7280 70.4150
|
|
160 2 -11.9153 -2.9474 -13.7712 68.9823
|
|
160 2 -11.9153 -2.6842 -8.5130 66.1027
|
|
160 2 -11.9153 -2.4211 -4.0410 61.6151
|
|
160 2 -11.9153 -2.1579 -1.0670 56.3780
|
|
160 2 -11.9153 -1.8947 0.6063 51.2189
|
|
160 2 -11.9153 -1.6316 1.3936 46.4428
|
|
160 2 -11.9153 -1.3684 1.5967 42.1741
|
|
160 2 -11.9153 -1.1053 1.5881 38.4329
|
|
160 2 -11.9153 -0.8421 1.6695 34.9278
|
|
160 2 -11.9153 -0.5789 1.7556 31.2385
|
|
160 2 -11.9153 -0.3158 1.4022 27.2451
|
|
160 2 -11.9153 -0.0526 0.3005 23.3251
|
|
160 2 -11.9153 0.2105 -1.3712 19.8922
|
|
160 2 -11.9153 0.4737 -3.2798 17.0053
|
|
160 2 -11.9153 0.7368 -5.2785 14.5453
|
|
160 2 -11.9153 1.0000 -7.3390 12.4607
|
|
|
|
160 3 -7.7465 -4.0000 -44.2042 90.2459
|
|
160 3 -7.7465 -3.7368 -39.1734 90.5311
|
|
160 3 -7.7465 -3.4737 -33.7691 90.3841
|
|
160 3 -7.7465 -3.2105 -27.7893 89.7552
|
|
160 3 -7.7465 -2.9474 -20.9824 88.1547
|
|
160 3 -7.7465 -2.6842 -13.7692 84.6136
|
|
160 3 -7.7465 -2.4211 -7.6022 78.9253
|
|
160 3 -7.7465 -2.1579 -3.4165 72.2300
|
|
160 3 -7.7465 -1.8947 -0.9561 65.6175
|
|
160 3 -7.7465 -1.6316 0.3220 59.5056
|
|
160 3 -7.7465 -1.3684 0.8390 54.0691
|
|
160 3 -7.7465 -1.1053 1.1076 49.3085
|
|
160 3 -7.7465 -0.8421 1.5054 44.8065
|
|
160 3 -7.7465 -0.5789 1.8797 40.0116
|
|
160 3 -7.7465 -0.3158 1.6277 34.8009
|
|
160 3 -7.7465 -0.0526 0.3604 29.6993
|
|
160 3 -7.7465 0.2105 -1.6651 25.2524
|
|
160 3 -7.7465 0.4737 -3.9997 21.5287
|
|
160 3 -7.7465 0.7368 -6.4486 18.3614
|
|
160 3 -7.7465 1.0000 -8.9798 15.6766
|
|
|
|
160 4 -5.2565 -4.0000 -54.2198 100.2521
|
|
160 4 -5.2565 -3.7368 -48.4286 101.1223
|
|
160 4 -5.2565 -3.4737 -42.1423 101.4580
|
|
160 4 -5.2565 -3.2105 -35.1468 101.2099
|
|
160 4 -5.2565 -2.9474 -27.1468 99.8151
|
|
160 4 -5.2565 -2.6842 -18.6316 96.1436
|
|
160 4 -5.2565 -2.4211 -11.2880 89.9550
|
|
160 4 -5.2565 -2.1579 -6.1951 82.5655
|
|
160 4 -5.2565 -1.8947 -3.0572 75.2201
|
|
160 4 -5.2565 -1.6316 -1.2660 68.3869
|
|
160 4 -5.2565 -1.3684 -0.3575 62.2751
|
|
160 4 -5.2565 -1.1053 0.2564 56.8982
|
|
160 4 -5.2565 -0.8421 1.0131 51.7727
|
|
160 4 -5.2565 -0.5789 1.7236 46.2545
|
|
160 4 -5.2565 -0.3158 1.6671 40.2107
|
|
160 4 -5.2565 -0.0526 0.3851 34.2775
|
|
160 4 -5.2565 0.2105 -1.8095 29.1073
|
|
160 4 -5.2565 0.4737 -4.3796 24.7798
|
|
160 4 -5.2565 0.7368 -7.0954 21.0950
|
|
160 4 -5.2565 1.0000 -9.9228 17.9672
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 161 coord.: 0.6666667 0.3333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.7489 eV Re[Sigma]= -39.525419 meV Im[Sigma]= 60.328984 meV Z= 1.003539 lam= -0.003527
|
|
E( 2 )= -10.6632 eV Re[Sigma]= -14.928542 meV Im[Sigma]= 64.847896 meV Z= 1.006733 lam= -0.006688
|
|
E( 3 )= -9.4579 eV Re[Sigma]= 2.042360 meV Im[Sigma]= 40.767012 meV Z= 0.996245 lam= 0.003769
|
|
E( 4 )= -4.5555 eV Re[Sigma]= 11.675644 meV Im[Sigma]= 121.276761 meV Z= 1.015918 lam= -0.015669
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 161 coord.: 0.6666667 0.3333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 161 w = -4.0000 eV A(k,w) = 0.87135E-04 meV^-1
|
|
ik = 161 w = -3.7368 eV A(k,w) = 0.45082E-04 meV^-1
|
|
ik = 161 w = -3.4737 eV A(k,w) = 0.27739E-04 meV^-1
|
|
ik = 161 w = -3.2105 eV A(k,w) = 0.18880E-04 meV^-1
|
|
ik = 161 w = -2.9474 eV A(k,w) = 0.13633E-04 meV^-1
|
|
ik = 161 w = -2.6842 eV A(k,w) = 0.10098E-04 meV^-1
|
|
ik = 161 w = -2.4211 eV A(k,w) = 0.75236E-05 meV^-1
|
|
ik = 161 w = -2.1579 eV A(k,w) = 0.56443E-05 meV^-1
|
|
ik = 161 w = -1.8947 eV A(k,w) = 0.42915E-05 meV^-1
|
|
ik = 161 w = -1.6316 eV A(k,w) = 0.33135E-05 meV^-1
|
|
ik = 161 w = -1.3684 eV A(k,w) = 0.26009E-05 meV^-1
|
|
ik = 161 w = -1.1053 eV A(k,w) = 0.20750E-05 meV^-1
|
|
ik = 161 w = -0.8421 eV A(k,w) = 0.16671E-05 meV^-1
|
|
ik = 161 w = -0.5789 eV A(k,w) = 0.13274E-05 meV^-1
|
|
ik = 161 w = -0.3158 eV A(k,w) = 0.10362E-05 meV^-1
|
|
ik = 161 w = -0.0526 eV A(k,w) = 0.79828E-06 meV^-1
|
|
ik = 161 w = 0.2105 eV A(k,w) = 0.61621E-06 meV^-1
|
|
ik = 161 w = 0.4737 eV A(k,w) = 0.47940E-06 meV^-1
|
|
ik = 161 w = 0.7368 eV A(k,w) = 0.37471E-06 meV^-1
|
|
ik = 161 w = 1.0000 eV A(k,w) = 0.29430E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
161 -4.0000 0.87135E-04
|
|
161 -3.7368 0.45082E-04
|
|
161 -3.4737 0.27739E-04
|
|
161 -3.2105 0.18880E-04
|
|
161 -2.9474 0.13633E-04
|
|
161 -2.6842 0.10098E-04
|
|
161 -2.4211 0.75236E-05
|
|
161 -2.1579 0.56443E-05
|
|
161 -1.8947 0.42915E-05
|
|
161 -1.6316 0.33135E-05
|
|
161 -1.3684 0.26009E-05
|
|
161 -1.1053 0.20750E-05
|
|
161 -0.8421 0.16671E-05
|
|
161 -0.5789 0.13274E-05
|
|
161 -0.3158 0.10362E-05
|
|
161 -0.0526 0.79828E-06
|
|
161 0.2105 0.61621E-06
|
|
161 0.4737 0.47940E-06
|
|
161 0.7368 0.37471E-06
|
|
161 1.0000 0.29430E-06
|
|
161 1 -13.7489 -4.0000 -37.7637 103.8657
|
|
161 1 -13.7489 -3.7368 -32.1023 102.7324
|
|
161 1 -13.7489 -3.4737 -26.3443 101.0980
|
|
161 1 -13.7489 -3.2105 -20.2324 99.0379
|
|
161 1 -13.7489 -2.9474 -13.4267 96.0728
|
|
161 1 -13.7489 -2.6842 -6.3243 91.1855
|
|
161 1 -13.7489 -2.4211 -0.4241 84.1461
|
|
161 1 -13.7489 -2.1579 3.2833 76.1418
|
|
161 1 -13.7489 -1.8947 5.0501 68.3532
|
|
161 1 -13.7489 -1.6316 5.4855 61.2753
|
|
161 1 -13.7489 -1.3684 5.1034 55.0890
|
|
161 1 -13.7489 -1.1053 4.4594 49.7565
|
|
161 1 -13.7489 -0.8421 3.9345 44.8517
|
|
161 1 -13.7489 -0.5789 3.4080 39.8511
|
|
161 1 -13.7489 -0.3158 2.3637 34.6227
|
|
161 1 -13.7489 -0.0526 0.4682 29.6023
|
|
161 1 -13.7489 0.2105 -2.0532 25.2505
|
|
161 1 -13.7489 0.4737 -4.8049 21.6185
|
|
161 1 -13.7489 0.7368 -7.6077 18.5511
|
|
161 1 -13.7489 1.0000 -10.4257 15.9667
|
|
|
|
161 2 -10.6632 -4.0000 -41.2956 94.9331
|
|
161 2 -10.6632 -3.7368 -36.2694 94.6051
|
|
161 2 -10.6632 -3.4737 -30.9747 93.9017
|
|
161 2 -10.6632 -3.2105 -25.1539 92.8158
|
|
161 2 -10.6632 -2.9474 -18.4929 90.8315
|
|
161 2 -10.6632 -2.6842 -11.4055 86.9244
|
|
161 2 -10.6632 -2.4211 -5.3774 80.8633
|
|
161 2 -10.6632 -2.1579 -1.3722 73.7991
|
|
161 2 -10.6632 -1.8947 0.8557 66.8470
|
|
161 2 -10.6632 -1.6316 1.8610 60.4506
|
|
161 2 -10.6632 -1.3684 2.0904 54.7929
|
|
161 2 -10.6632 -1.1053 2.0726 49.8665
|
|
161 2 -10.6632 -0.8421 2.1913 45.2501
|
|
161 2 -10.6632 -0.5789 2.3064 40.3932
|
|
161 2 -10.6632 -0.3158 1.8345 35.1608
|
|
161 2 -10.6632 -0.0526 0.3914 30.0525
|
|
161 2 -10.6632 0.2105 -1.7792 25.5961
|
|
161 2 -10.6632 0.4737 -4.2434 21.8581
|
|
161 2 -10.6632 0.7368 -6.8125 18.6777
|
|
161 2 -10.6632 1.0000 -9.4530 15.9838
|
|
|
|
161 3 -9.4579 -4.0000 -29.9398 66.4027
|
|
161 3 -9.4579 -3.7368 -26.5989 66.6488
|
|
161 3 -9.4579 -3.4737 -22.8623 66.5831
|
|
161 3 -9.4579 -3.2105 -18.6518 66.0941
|
|
161 3 -9.4579 -2.9474 -13.8717 64.8525
|
|
161 3 -9.4579 -2.6842 -8.8308 62.2241
|
|
161 3 -9.4579 -2.4211 -4.5399 58.0747
|
|
161 3 -9.4579 -2.1579 -1.6585 53.2124
|
|
161 3 -9.4579 -1.8947 0.0006 48.4111
|
|
161 3 -9.4579 -1.6316 0.8228 43.9577
|
|
161 3 -9.4579 -1.3684 1.0911 39.9752
|
|
161 3 -9.4579 -1.1053 1.1632 36.4866
|
|
161 3 -9.4579 -0.8421 1.3320 33.2091
|
|
161 3 -9.4579 -0.5789 1.5109 29.7305
|
|
161 3 -9.4579 -0.3158 1.2598 25.9358
|
|
161 3 -9.4579 -0.0526 0.2753 22.1992
|
|
161 3 -9.4579 0.2105 -1.2667 18.9272
|
|
161 3 -9.4579 0.4737 -3.0401 16.1766
|
|
161 3 -9.4579 0.7368 -4.9033 13.8299
|
|
161 3 -9.4579 1.0000 -6.8319 11.8375
|
|
|
|
161 4 -4.5555 -4.0000 -59.4512 104.3987
|
|
161 4 -4.5555 -3.7368 -53.5881 105.4771
|
|
161 4 -4.5555 -3.4737 -47.1400 106.1351
|
|
161 4 -4.5555 -3.2105 -39.8245 106.2510
|
|
161 4 -4.5555 -2.9474 -31.3285 105.1621
|
|
161 4 -4.5555 -2.6842 -22.1962 101.6317
|
|
161 4 -4.5555 -2.4211 -14.2391 95.3892
|
|
161 4 -4.5555 -2.1579 -8.6207 87.8166
|
|
161 4 -4.5555 -1.8947 -5.0560 80.2296
|
|
161 4 -4.5555 -1.6316 -2.9224 73.1402
|
|
161 4 -4.5555 -1.3684 -1.7298 66.7930
|
|
161 4 -4.5555 -1.1053 -0.8344 61.2133
|
|
161 4 -4.5555 -0.8421 0.2490 55.8682
|
|
161 4 -4.5555 -0.5789 1.3086 50.0333
|
|
161 4 -4.5555 -0.3158 1.5263 43.5534
|
|
161 4 -4.5555 -0.0526 0.3748 37.1440
|
|
161 4 -4.5555 0.2105 -1.8026 31.5423
|
|
161 4 -4.5555 0.4737 -4.4096 26.8400
|
|
161 4 -4.5555 0.7368 -7.1981 22.8166
|
|
161 4 -4.5555 1.0000 -10.1387 19.3871
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 162 coord.: 0.6666667 0.3333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.541213 meV Im[Sigma]= 61.500564 meV Z= 1.001087 lam= -0.001085
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.455074 meV Im[Sigma]= 66.906126 meV Z= 1.010113 lam= -0.010012
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -18.849613 meV Im[Sigma]= 76.189580 meV Z= 1.006297 lam= -0.006257
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 3.263702 meV Im[Sigma]= 108.409873 meV Z= 1.020209 lam= -0.019809
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 162 coord.: 0.6666667 0.3333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 162 w = -4.0000 eV A(k,w) = 0.20958E-04 meV^-1
|
|
ik = 162 w = -3.7368 eV A(k,w) = 0.15310E-04 meV^-1
|
|
ik = 162 w = -3.4737 eV A(k,w) = 0.11746E-04 meV^-1
|
|
ik = 162 w = -3.2105 eV A(k,w) = 0.93178E-05 meV^-1
|
|
ik = 162 w = -2.9474 eV A(k,w) = 0.75250E-05 meV^-1
|
|
ik = 162 w = -2.6842 eV A(k,w) = 0.60697E-05 meV^-1
|
|
ik = 162 w = -2.4211 eV A(k,w) = 0.48364E-05 meV^-1
|
|
ik = 162 w = -2.1579 eV A(k,w) = 0.38306E-05 meV^-1
|
|
ik = 162 w = -1.8947 eV A(k,w) = 0.30452E-05 meV^-1
|
|
ik = 162 w = -1.6316 eV A(k,w) = 0.24397E-05 meV^-1
|
|
ik = 162 w = -1.3684 eV A(k,w) = 0.19748E-05 meV^-1
|
|
ik = 162 w = -1.1053 eV A(k,w) = 0.16163E-05 meV^-1
|
|
ik = 162 w = -0.8421 eV A(k,w) = 0.13271E-05 meV^-1
|
|
ik = 162 w = -0.5789 eV A(k,w) = 0.10769E-05 meV^-1
|
|
ik = 162 w = -0.3158 eV A(k,w) = 0.85526E-06 meV^-1
|
|
ik = 162 w = -0.0526 eV A(k,w) = 0.66927E-06 meV^-1
|
|
ik = 162 w = 0.2105 eV A(k,w) = 0.52392E-06 meV^-1
|
|
ik = 162 w = 0.4737 eV A(k,w) = 0.41279E-06 meV^-1
|
|
ik = 162 w = 0.7368 eV A(k,w) = 0.32650E-06 meV^-1
|
|
ik = 162 w = 1.0000 eV A(k,w) = 0.25934E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
162 -4.0000 0.20958E-04
|
|
162 -3.7368 0.15310E-04
|
|
162 -3.4737 0.11746E-04
|
|
162 -3.2105 0.93178E-05
|
|
162 -2.9474 0.75250E-05
|
|
162 -2.6842 0.60697E-05
|
|
162 -2.4211 0.48364E-05
|
|
162 -2.1579 0.38306E-05
|
|
162 -1.8947 0.30452E-05
|
|
162 -1.6316 0.24397E-05
|
|
162 -1.3684 0.19748E-05
|
|
162 -1.1053 0.16163E-05
|
|
162 -0.8421 0.13271E-05
|
|
162 -0.5789 0.10769E-05
|
|
162 -0.3158 0.85526E-06
|
|
162 -0.0526 0.66927E-06
|
|
162 0.2105 0.52392E-06
|
|
162 0.4737 0.41279E-06
|
|
162 0.7368 0.32650E-06
|
|
162 1.0000 0.25934E-06
|
|
162 1 -13.5072 -4.0000 -39.3120 110.2541
|
|
162 1 -13.5072 -3.7368 -33.2010 108.8354
|
|
162 1 -13.5072 -3.4737 -27.0665 106.8576
|
|
162 1 -13.5072 -3.2105 -20.6493 104.4410
|
|
162 1 -13.5072 -2.9474 -13.5733 101.1207
|
|
162 1 -13.5072 -2.6842 -6.2235 95.8449
|
|
162 1 -13.5072 -2.4211 -0.1431 88.3737
|
|
162 1 -13.5072 -2.1579 3.6551 79.9388
|
|
162 1 -13.5072 -1.8947 5.4460 71.7542
|
|
162 1 -13.5072 -1.6316 5.8619 64.3210
|
|
162 1 -13.5072 -1.3684 5.4320 57.8239
|
|
162 1 -13.5072 -1.1053 4.7349 52.2230
|
|
162 1 -13.5072 -0.8421 4.1676 47.0703
|
|
162 1 -13.5072 -0.5789 3.6009 41.8171
|
|
162 1 -13.5072 -0.3158 2.4923 36.3267
|
|
162 1 -13.5072 -0.0526 0.4930 31.0565
|
|
162 1 -13.5072 0.2105 -2.1603 26.4887
|
|
162 1 -13.5072 0.4737 -5.0536 22.6764
|
|
162 1 -13.5072 0.7368 -7.9995 19.4573
|
|
162 1 -13.5072 1.0000 -10.9596 16.7459
|
|
|
|
162 2 -11.9153 -4.0000 -30.8926 72.0154
|
|
162 2 -11.9153 -3.7368 -27.2707 72.0061
|
|
162 2 -11.9153 -3.4737 -23.3182 71.6890
|
|
162 2 -11.9153 -3.2105 -18.9024 70.9862
|
|
162 2 -11.9153 -2.9474 -13.8706 69.5268
|
|
162 2 -11.9153 -2.6842 -8.5509 66.5971
|
|
162 2 -11.9153 -2.4211 -4.0431 62.0475
|
|
162 2 -11.9153 -2.1579 -1.0572 56.7539
|
|
162 2 -11.9153 -1.8947 0.6159 51.5522
|
|
162 2 -11.9153 -1.6316 1.4020 46.7458
|
|
162 2 -11.9153 -1.3684 1.6084 42.4525
|
|
162 2 -11.9153 -1.1053 1.6073 38.6856
|
|
162 2 -11.9153 -0.8421 1.6961 35.1496
|
|
162 2 -11.9153 -0.5789 1.7833 31.4245
|
|
162 2 -11.9153 -0.3158 1.4214 27.3960
|
|
162 2 -11.9153 -0.0526 0.3040 23.4475
|
|
162 2 -11.9153 0.2105 -1.3854 19.9938
|
|
162 2 -11.9153 0.4737 -3.3105 17.0920
|
|
162 2 -11.9153 0.7368 -5.3236 14.6203
|
|
162 2 -11.9153 1.0000 -7.3971 12.5259
|
|
|
|
162 3 -7.7465 -4.0000 -43.7298 89.0936
|
|
162 3 -7.7465 -3.7368 -38.8713 89.3904
|
|
162 3 -7.7465 -3.4737 -33.6199 89.3008
|
|
162 3 -7.7465 -3.2105 -27.7631 88.7562
|
|
162 3 -7.7465 -2.9474 -21.0519 87.2536
|
|
162 3 -7.7465 -2.6842 -13.9105 83.8213
|
|
162 3 -7.7465 -2.4211 -7.7863 78.2492
|
|
162 3 -7.7465 -2.1579 -3.6119 71.6651
|
|
162 3 -7.7465 -1.8947 -1.1395 65.1472
|
|
162 3 -7.7465 -1.6316 0.1620 59.1104
|
|
162 3 -7.7465 -1.3684 0.7053 53.7327
|
|
162 3 -7.7465 -1.1053 0.9987 49.0201
|
|
162 3 -7.7465 -0.8421 1.4198 44.5602
|
|
162 3 -7.7465 -0.5789 1.8184 39.8039
|
|
162 3 -7.7465 -0.3158 1.5938 34.6265
|
|
162 3 -7.7465 -0.0526 0.3549 29.5508
|
|
162 3 -7.7465 0.2105 -1.6441 25.1231
|
|
162 3 -7.7465 0.4737 -3.9556 21.4143
|
|
162 3 -7.7465 0.7368 -6.3844 18.2597
|
|
162 3 -7.7465 1.0000 -8.8973 15.5864
|
|
|
|
162 4 -5.2565 -4.0000 -53.9393 98.9463
|
|
162 4 -5.2565 -3.7368 -48.4478 99.8521
|
|
162 4 -5.2565 -3.4737 -42.3999 100.3494
|
|
162 4 -5.2565 -3.2105 -35.5365 100.3125
|
|
162 4 -5.2565 -2.9474 -27.5813 99.1177
|
|
162 4 -5.2565 -2.6842 -19.0578 95.6123
|
|
162 4 -5.2565 -2.4211 -11.6780 89.5540
|
|
162 4 -5.2565 -2.1579 -6.5361 82.2640
|
|
162 4 -5.2565 -1.8947 -3.3449 74.9929
|
|
162 4 -5.2565 -1.6316 -1.5015 68.2132
|
|
162 4 -5.2565 -1.3684 -0.5474 62.1393
|
|
162 4 -5.2565 -1.1053 0.1038 56.7929
|
|
162 4 -5.2565 -0.8421 0.8943 51.6967
|
|
162 4 -5.2565 -0.5789 1.6412 46.2054
|
|
162 4 -5.2565 -0.3158 1.6238 40.1804
|
|
162 4 -5.2565 -0.0526 0.3784 34.2568
|
|
162 4 -5.2565 0.2105 -1.7848 29.0901
|
|
162 4 -5.2565 0.4737 -4.3286 24.7623
|
|
162 4 -5.2565 0.7368 -7.0231 21.0749
|
|
162 4 -5.2565 1.0000 -9.8340 17.9439
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 163 coord.: 0.6666667 0.5000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.220657 meV Im[Sigma]= 56.067658 meV Z= 1.000168 lam= -0.000168
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.333025 meV Im[Sigma]= 57.067849 meV Z= 1.000464 lam= -0.000464
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -11.005125 meV Im[Sigma]= 83.964677 meV Z= 1.018399 lam= -0.018067
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -4.796382 meV Im[Sigma]= 78.113053 meV Z= 1.002530 lam= -0.002523
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 163 coord.: 0.6666667 0.5000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 163 w = -4.0000 eV A(k,w) = 0.10638E-04 meV^-1
|
|
ik = 163 w = -3.7368 eV A(k,w) = 0.87346E-05 meV^-1
|
|
ik = 163 w = -3.4737 eV A(k,w) = 0.73140E-05 meV^-1
|
|
ik = 163 w = -3.2105 eV A(k,w) = 0.62076E-05 meV^-1
|
|
ik = 163 w = -2.9474 eV A(k,w) = 0.52888E-05 meV^-1
|
|
ik = 163 w = -2.6842 eV A(k,w) = 0.44552E-05 meV^-1
|
|
ik = 163 w = -2.4211 eV A(k,w) = 0.36804E-05 meV^-1
|
|
ik = 163 w = -2.1579 eV A(k,w) = 0.30059E-05 meV^-1
|
|
ik = 163 w = -1.8947 eV A(k,w) = 0.24537E-05 meV^-1
|
|
ik = 163 w = -1.6316 eV A(k,w) = 0.20114E-05 meV^-1
|
|
ik = 163 w = -1.3684 eV A(k,w) = 0.16607E-05 meV^-1
|
|
ik = 163 w = -1.1053 eV A(k,w) = 0.13828E-05 meV^-1
|
|
ik = 163 w = -0.8421 eV A(k,w) = 0.11522E-05 meV^-1
|
|
ik = 163 w = -0.5789 eV A(k,w) = 0.94662E-06 meV^-1
|
|
ik = 163 w = -0.3158 eV A(k,w) = 0.75968E-06 meV^-1
|
|
ik = 163 w = -0.0526 eV A(k,w) = 0.59981E-06 meV^-1
|
|
ik = 163 w = 0.2105 eV A(k,w) = 0.47322E-06 meV^-1
|
|
ik = 163 w = 0.4737 eV A(k,w) = 0.37542E-06 meV^-1
|
|
ik = 163 w = 0.7368 eV A(k,w) = 0.29873E-06 meV^-1
|
|
ik = 163 w = 1.0000 eV A(k,w) = 0.23851E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
163 -4.0000 0.10638E-04
|
|
163 -3.7368 0.87346E-05
|
|
163 -3.4737 0.73140E-05
|
|
163 -3.2105 0.62076E-05
|
|
163 -2.9474 0.52888E-05
|
|
163 -2.6842 0.44552E-05
|
|
163 -2.4211 0.36804E-05
|
|
163 -2.1579 0.30059E-05
|
|
163 -1.8947 0.24537E-05
|
|
163 -1.6316 0.20114E-05
|
|
163 -1.3684 0.16607E-05
|
|
163 -1.1053 0.13828E-05
|
|
163 -0.8421 0.11522E-05
|
|
163 -0.5789 0.94662E-06
|
|
163 -0.3158 0.75968E-06
|
|
163 -0.0526 0.59981E-06
|
|
163 0.2105 0.47322E-06
|
|
163 0.4737 0.37542E-06
|
|
163 0.7368 0.29873E-06
|
|
163 1.0000 0.23851E-06
|
|
163 1 -14.5793 -4.0000 -33.3601 98.1081
|
|
163 1 -14.5793 -3.7368 -28.3359 96.7524
|
|
163 1 -14.5793 -3.4737 -23.2102 95.0098
|
|
163 1 -14.5793 -3.2105 -17.7526 92.8971
|
|
163 1 -14.5793 -2.9474 -11.6824 89.9784
|
|
163 1 -14.5793 -2.6842 -5.3603 85.3434
|
|
163 1 -14.5793 -2.4211 -0.1452 78.7927
|
|
163 1 -14.5793 -2.1579 3.0804 71.4217
|
|
163 1 -14.5793 -1.8947 4.5826 64.2968
|
|
163 1 -14.5793 -1.6316 4.9329 57.8285
|
|
163 1 -14.5793 -1.3684 4.5786 52.1506
|
|
163 1 -14.5793 -1.1053 4.0048 47.2276
|
|
163 1 -14.5793 -0.8421 3.5556 42.6715
|
|
163 1 -14.5793 -0.5789 3.1149 37.9921
|
|
163 1 -14.5793 -0.3158 2.1861 33.0605
|
|
163 1 -14.5793 -0.0526 0.4369 28.2929
|
|
163 1 -14.5793 0.2105 -1.9280 24.1410
|
|
163 1 -14.5793 0.4737 -4.5325 20.6662
|
|
163 1 -14.5793 0.7368 -7.2017 17.7301
|
|
163 1 -14.5793 1.0000 -9.8939 15.2596
|
|
|
|
163 2 -10.2664 -4.0000 -44.4903 92.9153
|
|
163 2 -10.2664 -3.7368 -39.3661 93.0620
|
|
163 2 -10.2664 -3.4737 -33.8856 92.8071
|
|
163 2 -10.2664 -3.2105 -27.8056 92.0954
|
|
163 2 -10.2664 -2.9474 -20.8576 90.3976
|
|
163 2 -10.2664 -2.6842 -13.4820 86.7032
|
|
163 2 -10.2664 -2.4211 -7.1830 80.7923
|
|
163 2 -10.2664 -2.1579 -2.9385 73.8403
|
|
163 2 -10.2664 -1.8947 -0.4921 66.9874
|
|
163 2 -10.2664 -1.6316 0.7305 60.6803
|
|
163 2 -10.2664 -1.3684 1.1856 55.0915
|
|
163 2 -10.2664 -1.1053 1.4023 50.1996
|
|
163 2 -10.2664 -0.8421 1.7508 45.5671
|
|
163 2 -10.2664 -0.5789 2.0625 40.6434
|
|
163 2 -10.2664 -0.3158 1.7332 35.3166
|
|
163 2 -10.2664 -0.0526 0.3788 30.1151
|
|
163 2 -10.2664 0.2105 -1.7412 25.5861
|
|
163 2 -10.2664 0.4737 -4.1736 21.8018
|
|
163 2 -10.2664 0.7368 -6.7150 18.5958
|
|
163 2 -10.2664 1.0000 -9.3262 15.8880
|
|
|
|
163 3 -7.2955 -4.0000 -42.8636 85.3118
|
|
163 3 -7.2955 -3.7368 -38.3273 85.7692
|
|
163 3 -7.2955 -3.4737 -33.3257 85.8866
|
|
163 3 -7.2955 -3.2105 -27.6676 85.5432
|
|
163 3 -7.2955 -2.9474 -21.1534 84.2341
|
|
163 3 -7.2955 -2.6842 -14.2193 81.0357
|
|
163 3 -7.2955 -2.4211 -8.2644 75.7636
|
|
163 3 -7.2955 -2.1579 -4.1775 69.5138
|
|
163 3 -7.2955 -1.8947 -1.7072 63.3172
|
|
163 3 -7.2955 -1.6316 -0.3459 57.5557
|
|
163 3 -7.2955 -1.3684 0.2859 52.3969
|
|
163 3 -7.2955 -1.1053 0.6693 47.8564
|
|
163 3 -7.2955 -0.8421 1.1712 43.5412
|
|
163 3 -7.2955 -0.5789 1.6441 38.9161
|
|
163 3 -7.2955 -0.3158 1.4949 33.8617
|
|
163 3 -7.2955 -0.0526 0.3378 28.8980
|
|
163 3 -7.2955 0.2105 -1.5746 24.5665
|
|
163 3 -7.2955 0.4737 -3.7992 20.9375
|
|
163 3 -7.2955 0.7368 -6.1437 17.8483
|
|
163 3 -7.2955 1.0000 -8.5769 15.2281
|
|
|
|
163 4 -5.9070 -4.0000 -49.7618 86.5758
|
|
163 4 -5.9070 -3.7368 -45.0401 87.6789
|
|
163 4 -5.9070 -3.4737 -39.7625 88.4474
|
|
163 4 -5.9070 -3.2105 -33.6955 88.7537
|
|
163 4 -5.9070 -2.9474 -26.5873 88.0307
|
|
163 4 -5.9070 -2.6842 -18.8976 85.2271
|
|
163 4 -5.9070 -2.4211 -12.1711 80.0960
|
|
163 4 -5.9070 -2.1579 -7.4158 73.8163
|
|
163 4 -5.9070 -1.8947 -4.3804 67.5167
|
|
163 4 -5.9070 -1.6316 -2.5267 61.6138
|
|
163 4 -5.9070 -1.3684 -1.4572 56.2960
|
|
163 4 -5.9070 -1.1053 -0.6515 51.5879
|
|
163 4 -5.9070 -0.8421 0.2861 47.0540
|
|
163 4 -5.9070 -0.5789 1.1726 42.1025
|
|
163 4 -5.9070 -0.3158 1.3283 36.6192
|
|
163 4 -5.9070 -0.0526 0.3230 31.2092
|
|
163 4 -5.9070 0.2105 -1.5484 26.4892
|
|
163 4 -5.9070 0.4737 -3.7817 22.5362
|
|
163 4 -5.9070 0.7368 -6.1630 19.1639
|
|
163 4 -5.9070 1.0000 -8.6636 16.2956
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 164 coord.: 0.6666667 0.5000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.0052 eV Re[Sigma]= -24.871233 meV Im[Sigma]= 79.955618 meV Z= 1.015946 lam= -0.015696
|
|
E( 2 )= -11.7636 eV Re[Sigma]= -23.492479 meV Im[Sigma]= 75.575173 meV Z= 1.006779 lam= -0.006733
|
|
E( 3 )= -8.4117 eV Re[Sigma]= -8.339575 meV Im[Sigma]= 41.486917 meV Z= 0.992729 lam= 0.007325
|
|
E( 4 )= -7.0563 eV Re[Sigma]= -3.462811 meV Im[Sigma]= 78.068237 meV Z= 1.016948 lam= -0.016665
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 164 coord.: 0.6666667 0.5000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 164 w = -4.0000 eV A(k,w) = 0.47902E-05 meV^-1
|
|
ik = 164 w = -3.7368 eV A(k,w) = 0.42406E-05 meV^-1
|
|
ik = 164 w = -3.4737 eV A(k,w) = 0.37738E-05 meV^-1
|
|
ik = 164 w = -3.2105 eV A(k,w) = 0.33671E-05 meV^-1
|
|
ik = 164 w = -2.9474 eV A(k,w) = 0.29914E-05 meV^-1
|
|
ik = 164 w = -2.6842 eV A(k,w) = 0.26124E-05 meV^-1
|
|
ik = 164 w = -2.4211 eV A(k,w) = 0.22278E-05 meV^-1
|
|
ik = 164 w = -2.1579 eV A(k,w) = 0.18718E-05 meV^-1
|
|
ik = 164 w = -1.8947 eV A(k,w) = 0.15669E-05 meV^-1
|
|
ik = 164 w = -1.6316 eV A(k,w) = 0.13136E-05 meV^-1
|
|
ik = 164 w = -1.3684 eV A(k,w) = 0.11065E-05 meV^-1
|
|
ik = 164 w = -1.1053 eV A(k,w) = 0.93800E-06 meV^-1
|
|
ik = 164 w = -0.8421 eV A(k,w) = 0.79460E-06 meV^-1
|
|
ik = 164 w = -0.5789 eV A(k,w) = 0.66326E-06 meV^-1
|
|
ik = 164 w = -0.3158 eV A(k,w) = 0.54049E-06 meV^-1
|
|
ik = 164 w = -0.0526 eV A(k,w) = 0.43305E-06 meV^-1
|
|
ik = 164 w = 0.2105 eV A(k,w) = 0.34638E-06 meV^-1
|
|
ik = 164 w = 0.4737 eV A(k,w) = 0.27835E-06 meV^-1
|
|
ik = 164 w = 0.7368 eV A(k,w) = 0.22421E-06 meV^-1
|
|
ik = 164 w = 1.0000 eV A(k,w) = 0.18112E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
164 -4.0000 0.47902E-05
|
|
164 -3.7368 0.42406E-05
|
|
164 -3.4737 0.37738E-05
|
|
164 -3.2105 0.33671E-05
|
|
164 -2.9474 0.29914E-05
|
|
164 -2.6842 0.26124E-05
|
|
164 -2.4211 0.22278E-05
|
|
164 -2.1579 0.18718E-05
|
|
164 -1.8947 0.15669E-05
|
|
164 -1.6316 0.13136E-05
|
|
164 -1.3684 0.11065E-05
|
|
164 -1.1053 0.93800E-06
|
|
164 -0.8421 0.79460E-06
|
|
164 -0.5789 0.66326E-06
|
|
164 -0.3158 0.54049E-06
|
|
164 -0.0526 0.43305E-06
|
|
164 0.2105 0.34638E-06
|
|
164 0.4737 0.27835E-06
|
|
164 0.7368 0.22421E-06
|
|
164 1.0000 0.18112E-06
|
|
164 1 -12.0052 -4.0000 -41.1015 98.9792
|
|
164 1 -12.0052 -3.7368 -35.7167 98.4179
|
|
164 1 -12.0052 -3.4737 -30.0937 97.3932
|
|
164 1 -12.0052 -3.2105 -24.0196 95.8986
|
|
164 1 -12.0052 -2.9474 -17.2233 93.4648
|
|
164 1 -12.0052 -2.6842 -10.1100 89.1256
|
|
164 1 -12.0052 -2.4211 -4.1365 82.6762
|
|
164 1 -12.0052 -2.1579 -0.2434 75.2816
|
|
164 1 -12.0052 -1.8947 1.8438 68.0632
|
|
164 1 -12.0052 -1.6316 2.7049 61.4524
|
|
164 1 -12.0052 -1.3684 2.7916 55.6133
|
|
164 1 -12.0052 -1.1053 2.6281 50.5334
|
|
164 1 -12.0052 -0.8421 2.6001 45.7931
|
|
164 1 -12.0052 -0.5789 2.5736 40.8415
|
|
164 1 -12.0052 -0.3158 1.9725 35.5381
|
|
164 1 -12.0052 -0.0526 0.4134 30.3725
|
|
164 1 -12.0052 0.2105 -1.8653 25.8682
|
|
164 1 -12.0052 0.4737 -4.4327 22.0940
|
|
164 1 -12.0052 0.7368 -7.0966 18.8912
|
|
164 1 -12.0052 1.0000 -9.8190 16.1848
|
|
|
|
164 2 -11.7636 -4.0000 -41.8872 101.8428
|
|
164 2 -11.7636 -3.7368 -36.5058 101.1980
|
|
164 2 -11.7636 -3.4737 -30.8986 100.1853
|
|
164 2 -11.7636 -3.2105 -24.7591 98.7963
|
|
164 2 -11.7636 -2.9474 -17.7423 96.4703
|
|
164 2 -11.7636 -2.6842 -10.2870 92.1089
|
|
164 2 -11.7636 -2.4211 -3.9815 85.4595
|
|
164 2 -11.7636 -2.1579 0.1359 77.7550
|
|
164 2 -11.7636 -1.8947 2.3281 70.2017
|
|
164 2 -11.7636 -1.6316 3.2038 63.2833
|
|
164 2 -11.7636 -1.3684 3.2572 57.1851
|
|
164 2 -11.7636 -1.1053 3.0470 51.8809
|
|
164 2 -11.7636 -0.8421 2.9602 46.9269
|
|
164 2 -11.7636 -0.5789 2.8467 41.7721
|
|
164 2 -11.7636 -0.3158 2.1299 36.2924
|
|
164 2 -11.7636 -0.0526 0.4402 30.9858
|
|
164 2 -11.7636 0.2105 -1.9724 26.3738
|
|
164 2 -11.7636 0.4737 -4.6695 22.5214
|
|
164 2 -11.7636 0.7368 -7.4516 19.2648
|
|
164 2 -11.7636 1.0000 -10.2771 16.5207
|
|
|
|
164 3 -8.4117 -4.0000 -35.1624 69.9975
|
|
164 3 -8.4117 -3.7368 -31.5453 70.5035
|
|
164 3 -8.4117 -3.4737 -27.4923 70.7207
|
|
164 3 -8.4117 -3.2105 -22.8739 70.5346
|
|
164 3 -8.4117 -2.9474 -17.5387 69.5468
|
|
164 3 -8.4117 -2.6842 -11.8304 66.9986
|
|
164 3 -8.4117 -2.4211 -6.9060 62.7160
|
|
164 3 -8.4117 -2.1579 -3.5208 57.6052
|
|
164 3 -8.4117 -1.8947 -1.4650 52.5310
|
|
164 3 -8.4117 -1.6316 -0.3127 47.8000
|
|
164 3 -8.4117 -1.3684 0.2362 43.5427
|
|
164 3 -8.4117 -1.1053 0.5671 39.7826
|
|
164 3 -8.4117 -0.8421 0.9866 36.2059
|
|
164 3 -8.4117 -0.5789 1.3782 32.3705
|
|
164 3 -8.4117 -0.3158 1.2500 28.1765
|
|
164 3 -8.4117 -0.0526 0.2821 24.0576
|
|
164 3 -8.4117 0.2105 -1.3135 20.4646
|
|
164 3 -8.4117 0.4737 -3.1670 17.4541
|
|
164 3 -8.4117 0.7368 -5.1194 14.8890
|
|
164 3 -8.4117 1.0000 -7.1470 12.7105
|
|
|
|
164 4 -7.0563 -4.0000 -42.9549 79.8755
|
|
164 4 -7.0563 -3.7368 -38.7652 80.7578
|
|
164 4 -7.0563 -3.4737 -34.0175 81.3069
|
|
164 4 -7.0563 -3.2105 -28.5587 81.3708
|
|
164 4 -7.0563 -2.9474 -22.2247 80.4652
|
|
164 4 -7.0563 -2.6842 -15.4403 77.7038
|
|
164 4 -7.0563 -2.4211 -9.5611 72.9008
|
|
164 4 -7.0563 -2.1579 -5.4559 67.1133
|
|
164 4 -7.0563 -1.8947 -2.8832 61.3350
|
|
164 4 -7.0563 -1.6316 -1.3630 55.9218
|
|
164 4 -7.0563 -1.3684 -0.5526 51.0374
|
|
164 4 -7.0563 -1.1053 0.0037 46.7166
|
|
164 4 -7.0563 -0.8421 0.6706 42.5870
|
|
164 4 -7.0563 -0.5789 1.3070 38.1189
|
|
164 4 -7.0563 -0.3158 1.3169 33.1914
|
|
164 4 -7.0563 -0.0526 0.3092 28.3295
|
|
164 4 -7.0563 0.2105 -1.4634 24.0807
|
|
164 4 -7.0563 0.4737 -3.5566 20.5166
|
|
164 4 -7.0563 0.7368 -5.7806 17.4750
|
|
164 4 -7.0563 1.0000 -8.1073 14.8895
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 165 coord.: 0.6666667 0.5000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.809480 meV Im[Sigma]= 61.804479 meV Z= 1.001409 lam= -0.001407
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.747718 meV Im[Sigma]= 66.399436 meV Z= 1.009667 lam= -0.009575
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -18.527305 meV Im[Sigma]= 76.768150 meV Z= 1.006441 lam= -0.006400
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 1.744035 meV Im[Sigma]= 111.083202 meV Z= 1.020936 lam= -0.020507
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 165 coord.: 0.6666667 0.5000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 165 w = -4.0000 eV A(k,w) = 0.21324E-04 meV^-1
|
|
ik = 165 w = -3.7368 eV A(k,w) = 0.15535E-04 meV^-1
|
|
ik = 165 w = -3.4737 eV A(k,w) = 0.11890E-04 meV^-1
|
|
ik = 165 w = -3.2105 eV A(k,w) = 0.94149E-05 meV^-1
|
|
ik = 165 w = -2.9474 eV A(k,w) = 0.75939E-05 meV^-1
|
|
ik = 165 w = -2.6842 eV A(k,w) = 0.61203E-05 meV^-1
|
|
ik = 165 w = -2.4211 eV A(k,w) = 0.48740E-05 meV^-1
|
|
ik = 165 w = -2.1579 eV A(k,w) = 0.38588E-05 meV^-1
|
|
ik = 165 w = -1.8947 eV A(k,w) = 0.30670E-05 meV^-1
|
|
ik = 165 w = -1.6316 eV A(k,w) = 0.24572E-05 meV^-1
|
|
ik = 165 w = -1.3684 eV A(k,w) = 0.19892E-05 meV^-1
|
|
ik = 165 w = -1.1053 eV A(k,w) = 0.16283E-05 meV^-1
|
|
ik = 165 w = -0.8421 eV A(k,w) = 0.13368E-05 meV^-1
|
|
ik = 165 w = -0.5789 eV A(k,w) = 0.10845E-05 meV^-1
|
|
ik = 165 w = -0.3158 eV A(k,w) = 0.86099E-06 meV^-1
|
|
ik = 165 w = -0.0526 eV A(k,w) = 0.67353E-06 meV^-1
|
|
ik = 165 w = 0.2105 eV A(k,w) = 0.52709E-06 meV^-1
|
|
ik = 165 w = 0.4737 eV A(k,w) = 0.41520E-06 meV^-1
|
|
ik = 165 w = 0.7368 eV A(k,w) = 0.32836E-06 meV^-1
|
|
ik = 165 w = 1.0000 eV A(k,w) = 0.26081E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
165 -4.0000 0.21324E-04
|
|
165 -3.7368 0.15535E-04
|
|
165 -3.4737 0.11890E-04
|
|
165 -3.2105 0.94149E-05
|
|
165 -2.9474 0.75939E-05
|
|
165 -2.6842 0.61203E-05
|
|
165 -2.4211 0.48740E-05
|
|
165 -2.1579 0.38588E-05
|
|
165 -1.8947 0.30670E-05
|
|
165 -1.6316 0.24572E-05
|
|
165 -1.3684 0.19892E-05
|
|
165 -1.1053 0.16283E-05
|
|
165 -0.8421 0.13368E-05
|
|
165 -0.5789 0.10845E-05
|
|
165 -0.3158 0.86099E-06
|
|
165 -0.0526 0.67353E-06
|
|
165 0.2105 0.52709E-06
|
|
165 0.4737 0.41520E-06
|
|
165 0.7368 0.32836E-06
|
|
165 1.0000 0.26081E-06
|
|
165 1 -13.5072 -4.0000 -40.3385 111.2178
|
|
165 1 -13.5072 -3.7368 -34.1676 109.8062
|
|
165 1 -13.5072 -3.4737 -27.9781 107.8595
|
|
165 1 -13.5072 -3.2105 -21.4855 105.4933
|
|
165 1 -13.5072 -2.9474 -14.2963 102.2196
|
|
165 1 -13.5072 -2.6842 -6.8034 96.9518
|
|
165 1 -13.5072 -2.4211 -0.5874 89.4372
|
|
165 1 -13.5072 -2.1579 3.3122 80.9314
|
|
165 1 -13.5072 -1.8947 5.1740 72.6745
|
|
165 1 -13.5072 -1.6316 5.6439 65.1762
|
|
165 1 -13.5072 -1.3684 5.2609 58.6216
|
|
165 1 -13.5072 -1.1053 4.6120 52.9665
|
|
165 1 -13.5072 -0.8421 4.0962 47.7522
|
|
165 1 -13.5072 -0.5789 3.5751 42.4217
|
|
165 1 -13.5072 -0.3158 2.4928 36.8417
|
|
165 1 -13.5072 -0.0526 0.4952 31.4830
|
|
165 1 -13.5072 0.2105 -2.1745 26.8393
|
|
165 1 -13.5072 0.4737 -5.0926 22.9657
|
|
165 1 -13.5072 0.7368 -8.0660 19.6969
|
|
165 1 -13.5072 1.0000 -11.0549 16.9449
|
|
|
|
165 2 -11.9153 -4.0000 -30.1217 71.1679
|
|
165 2 -11.9153 -3.7368 -26.6275 71.1057
|
|
165 2 -11.9153 -3.4737 -22.8096 70.7777
|
|
165 2 -11.9153 -3.2105 -18.5176 70.0996
|
|
165 2 -11.9153 -2.9474 -13.5896 68.6904
|
|
165 2 -11.9153 -2.6842 -8.3490 65.8254
|
|
165 2 -11.9153 -2.4211 -3.8972 61.3437
|
|
165 2 -11.9153 -2.1579 -0.9504 56.1169
|
|
165 2 -11.9153 -1.8947 0.7007 50.9794
|
|
165 2 -11.9153 -1.6316 1.4806 46.2264
|
|
165 2 -11.9153 -1.3684 1.6864 41.9696
|
|
165 2 -11.9153 -1.1053 1.6783 38.2262
|
|
165 2 -11.9153 -0.8421 1.7476 34.7120
|
|
165 2 -11.9153 -0.5789 1.8080 31.0198
|
|
165 2 -11.9153 -0.3158 1.4262 27.0376
|
|
165 2 -11.9153 -0.0526 0.3036 23.1382
|
|
165 2 -11.9153 0.2105 -1.3813 19.7274
|
|
165 2 -11.9153 0.4737 -3.2989 16.8624
|
|
165 2 -11.9153 0.7368 -5.3026 14.4251
|
|
165 2 -11.9153 1.0000 -7.3628 12.3627
|
|
|
|
165 3 -7.7465 -4.0000 -42.9659 89.1852
|
|
165 3 -7.7465 -3.7368 -38.1314 89.3453
|
|
165 3 -7.7465 -3.4737 -32.9455 89.1482
|
|
165 3 -7.7465 -3.2105 -27.1712 88.5341
|
|
165 3 -7.7465 -2.9474 -20.5382 86.9929
|
|
165 3 -7.7465 -2.6842 -13.4638 83.5363
|
|
165 3 -7.7465 -2.4211 -7.4038 77.9451
|
|
165 3 -7.7465 -2.1579 -3.2960 71.3539
|
|
165 3 -7.7465 -1.8947 -0.8828 64.8455
|
|
165 3 -7.7465 -1.6316 0.3753 58.8252
|
|
165 3 -7.7465 -1.3684 0.8868 53.4599
|
|
165 3 -7.7465 -1.1053 1.1504 48.7523
|
|
165 3 -7.7465 -0.8421 1.5353 44.2953
|
|
165 3 -7.7465 -0.5789 1.8910 39.5498
|
|
165 3 -7.7465 -0.3158 1.6259 34.3976
|
|
165 3 -7.7465 -0.0526 0.3589 29.3558
|
|
165 3 -7.7465 0.2105 -1.6559 24.9617
|
|
165 3 -7.7465 0.4737 -3.9757 21.2828
|
|
165 3 -7.7465 0.7368 -6.4074 18.1548
|
|
165 3 -7.7465 1.0000 -8.9188 15.5044
|
|
|
|
165 4 -5.2565 -4.0000 -54.3979 101.0171
|
|
165 4 -5.2565 -3.7368 -48.7016 101.6588
|
|
165 4 -5.2565 -3.4737 -42.5578 101.9224
|
|
165 4 -5.2565 -3.2105 -35.6562 101.7047
|
|
165 4 -5.2565 -2.9474 -27.6808 100.3751
|
|
165 4 -5.2565 -2.6842 -19.1368 96.7584
|
|
165 4 -5.2565 -2.4211 -11.7411 90.5954
|
|
165 4 -5.2565 -2.1579 -6.5976 83.2086
|
|
165 4 -5.2565 -1.8947 -3.4181 75.8581
|
|
165 4 -5.2565 -1.6316 -1.5891 69.0225
|
|
165 4 -5.2565 -1.3684 -0.6368 62.9123
|
|
165 4 -5.2565 -1.1053 0.0346 57.5334
|
|
165 4 -5.2565 -0.8421 0.8614 52.3893
|
|
165 4 -5.2565 -0.5789 1.6422 46.8262
|
|
165 4 -5.2565 -0.3158 1.6388 40.7137
|
|
165 4 -5.2565 -0.0526 0.3828 34.7036
|
|
165 4 -5.2565 0.2105 -1.8074 29.4632
|
|
165 4 -5.2565 0.4737 -4.3847 25.0761
|
|
165 4 -5.2565 0.7368 -7.1142 21.3399
|
|
165 4 -5.2565 1.0000 -9.9605 18.1683
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 166 coord.: 0.6666667 0.5000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.206219 meV Im[Sigma]= 62.540325 meV Z= 1.004137 lam= -0.004120
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.484256 meV Im[Sigma]= 65.234911 meV Z= 1.008652 lam= -0.008578
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.755401 meV Im[Sigma]= 134.099566 meV Z= 1.018132 lam= -0.017809
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.529450 meV Im[Sigma]= 142.417103 meV Z= 1.025045 lam= -0.024433
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 166 coord.: 0.6666667 0.5000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 166 w = -4.0000 eV A(k,w) = 0.25511E-02 meV^-1
|
|
ik = 166 w = -3.7368 eV A(k,w) = 0.66740E-03 meV^-1
|
|
ik = 166 w = -3.4737 eV A(k,w) = 0.18758E-03 meV^-1
|
|
ik = 166 w = -3.2105 eV A(k,w) = 0.88827E-04 meV^-1
|
|
ik = 166 w = -2.9474 eV A(k,w) = 0.52109E-04 meV^-1
|
|
ik = 166 w = -2.6842 eV A(k,w) = 0.33637E-04 meV^-1
|
|
ik = 166 w = -2.4211 eV A(k,w) = 0.22642E-04 meV^-1
|
|
ik = 166 w = -2.1579 eV A(k,w) = 0.15667E-04 meV^-1
|
|
ik = 166 w = -1.8947 eV A(k,w) = 0.11141E-04 meV^-1
|
|
ik = 166 w = -1.6316 eV A(k,w) = 0.81290E-05 meV^-1
|
|
ik = 166 w = -1.3684 eV A(k,w) = 0.60790E-05 meV^-1
|
|
ik = 166 w = -1.1053 eV A(k,w) = 0.46488E-05 meV^-1
|
|
ik = 166 w = -0.8421 eV A(k,w) = 0.35965E-05 meV^-1
|
|
ik = 166 w = -0.5789 eV A(k,w) = 0.27673E-05 meV^-1
|
|
ik = 166 w = -0.3158 eV A(k,w) = 0.20939E-05 meV^-1
|
|
ik = 166 w = -0.0526 eV A(k,w) = 0.15675E-05 meV^-1
|
|
ik = 166 w = 0.2105 eV A(k,w) = 0.11783E-05 meV^-1
|
|
ik = 166 w = 0.4737 eV A(k,w) = 0.89463E-06 meV^-1
|
|
ik = 166 w = 0.7368 eV A(k,w) = 0.68388E-06 meV^-1
|
|
ik = 166 w = 1.0000 eV A(k,w) = 0.52628E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
166 -4.0000 0.25511E-02
|
|
166 -3.7368 0.66740E-03
|
|
166 -3.4737 0.18758E-03
|
|
166 -3.2105 0.88827E-04
|
|
166 -2.9474 0.52109E-04
|
|
166 -2.6842 0.33637E-04
|
|
166 -2.4211 0.22642E-04
|
|
166 -2.1579 0.15667E-04
|
|
166 -1.8947 0.11141E-04
|
|
166 -1.6316 0.81290E-05
|
|
166 -1.3684 0.60790E-05
|
|
166 -1.1053 0.46488E-05
|
|
166 -0.8421 0.35965E-05
|
|
166 -0.5789 0.27673E-05
|
|
166 -0.3158 0.20939E-05
|
|
166 -0.0526 0.15675E-05
|
|
166 0.2105 0.11783E-05
|
|
166 0.4737 0.89463E-06
|
|
166 0.7368 0.68388E-06
|
|
166 1.0000 0.52628E-06
|
|
166 1 -15.5565 -4.0000 -32.6001 103.1819
|
|
166 1 -15.5565 -3.7368 -27.1369 101.4676
|
|
166 1 -15.5565 -3.4737 -21.6539 99.2868
|
|
166 1 -15.5565 -3.2105 -15.9272 96.7039
|
|
166 1 -15.5565 -2.9474 -9.6561 93.3014
|
|
166 1 -15.5565 -2.6842 -3.1927 88.1612
|
|
166 1 -15.5565 -2.4211 2.0843 81.0782
|
|
166 1 -15.5565 -2.1579 5.2678 73.1719
|
|
166 1 -15.5565 -1.8947 6.6226 65.5484
|
|
166 1 -15.5565 -1.6316 6.7430 58.6520
|
|
166 1 -15.5565 -1.3684 6.1102 52.6268
|
|
166 1 -15.5565 -1.1053 5.2301 47.4316
|
|
166 1 -15.5565 -0.8421 4.4558 42.6784
|
|
166 1 -15.5565 -0.5789 3.6875 37.8866
|
|
166 1 -15.5565 -0.3158 2.4627 32.9257
|
|
166 1 -15.5565 -0.0526 0.4770 28.1820
|
|
166 1 -15.5565 0.2105 -2.0686 24.0711
|
|
166 1 -15.5565 0.4737 -4.8150 20.6402
|
|
166 1 -15.5565 0.7368 -7.5957 17.7485
|
|
166 1 -15.5565 1.0000 -10.3729 15.3177
|
|
|
|
166 2 -12.4383 -4.0000 -30.0168 73.6831
|
|
166 2 -12.4383 -3.7368 -26.3944 73.3939
|
|
166 2 -12.4383 -3.4737 -22.5080 72.8620
|
|
166 2 -12.4383 -3.2105 -18.1652 72.0342
|
|
166 2 -12.4383 -2.9474 -13.1518 70.5025
|
|
166 2 -12.4383 -2.6842 -7.7913 67.4830
|
|
166 2 -12.4383 -2.4211 -3.2340 62.7874
|
|
166 2 -12.4383 -2.1579 -0.2398 57.3086
|
|
166 2 -12.4383 -1.8947 1.3866 51.9197
|
|
166 2 -12.4383 -1.6316 2.0815 46.9530
|
|
166 2 -12.4383 -1.3684 2.1756 42.5385
|
|
166 2 -12.4383 -1.1053 2.0593 38.6826
|
|
166 2 -12.4383 -0.8421 2.0315 35.0797
|
|
166 2 -12.4383 -0.5789 1.9985 31.3140
|
|
166 2 -12.4383 -0.3158 1.5256 27.2762
|
|
166 2 -12.4383 -0.0526 0.3193 23.3376
|
|
166 2 -12.4383 0.2105 -1.4405 19.8992
|
|
166 2 -12.4383 0.4737 -3.4246 17.0156
|
|
166 2 -12.4383 0.7368 -5.4856 14.5668
|
|
166 2 -12.4383 1.0000 -7.5939 12.4965
|
|
|
|
166 3 -4.5379 -4.0000 -63.5402 114.9743
|
|
166 3 -4.5379 -3.7368 -56.9717 115.9776
|
|
166 3 -4.5379 -3.4737 -49.8240 116.5259
|
|
166 3 -4.5379 -3.2105 -41.7281 116.5152
|
|
166 3 -4.5379 -2.9474 -32.2937 115.1746
|
|
166 3 -4.5379 -2.6842 -22.1344 111.0784
|
|
166 3 -4.5379 -2.4211 -13.3169 103.8979
|
|
166 3 -4.5379 -2.1579 -7.1991 95.2018
|
|
166 3 -4.5379 -1.8947 -3.4776 86.5284
|
|
166 3 -4.5379 -1.6316 -1.4097 78.5026
|
|
166 3 -4.5379 -1.3684 -0.3852 71.3843
|
|
166 3 -4.5379 -1.1053 0.3163 65.1522
|
|
166 3 -4.5379 -0.8421 1.1897 59.2152
|
|
166 3 -4.5379 -0.5789 1.9983 52.8354
|
|
166 3 -4.5379 -0.3158 1.9207 45.8734
|
|
166 3 -4.5379 -0.0526 0.4427 39.0527
|
|
166 3 -4.5379 0.2105 -2.0800 33.1134
|
|
166 3 -4.5379 0.4737 -5.0362 28.1503
|
|
166 3 -4.5379 0.7368 -8.1562 23.9393
|
|
166 3 -4.5379 1.0000 -11.3922 20.3773
|
|
|
|
166 4 -3.8929 -4.0000 -65.6068 114.7276
|
|
166 4 -3.8929 -3.7368 -59.1306 115.8515
|
|
166 4 -3.8929 -3.4737 -52.0287 116.5947
|
|
166 4 -3.8929 -3.2105 -43.9220 116.8026
|
|
166 4 -3.8929 -2.9474 -34.4344 115.6882
|
|
166 4 -3.8929 -2.6842 -24.1750 111.8252
|
|
166 4 -3.8929 -2.4211 -15.1973 104.8680
|
|
166 4 -3.8929 -2.1579 -8.8606 96.3544
|
|
166 4 -3.8929 -1.8947 -4.8875 87.7959
|
|
166 4 -3.8929 -1.6316 -2.5756 79.8174
|
|
166 4 -3.8929 -1.3684 -1.3369 72.7099
|
|
166 4 -3.8929 -1.1053 -0.4356 66.4795
|
|
166 4 -3.8929 -0.8421 0.6500 60.5266
|
|
166 4 -3.8929 -0.5789 1.6790 54.0789
|
|
166 4 -3.8929 -0.3158 1.7856 46.9868
|
|
166 4 -3.8929 -0.0526 0.4259 40.0137
|
|
166 4 -3.8929 0.2105 -2.0262 33.9370
|
|
166 4 -3.8929 0.4737 -4.9316 28.8522
|
|
166 4 -3.8929 0.7368 -8.0169 24.5220
|
|
166 4 -3.8929 1.0000 -11.2427 20.8451
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 167 coord.: 0.6666667 0.5000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.565619 meV Im[Sigma]= 68.248870 meV Z= 1.015118 lam= -0.014892
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.255732 meV Im[Sigma]= 57.760815 meV Z= 1.005393 lam= -0.005364
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 0.487657 meV Im[Sigma]= 121.321947 meV Z= 1.022860 lam= -0.022349
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 70.741537 meV Im[Sigma]= 161.649531 meV Z= 1.042872 lam= -0.041110
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 167 coord.: 0.6666667 0.5000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 167 w = -4.0000 eV A(k,w) = 0.46288E-04 meV^-1
|
|
ik = 167 w = -3.7368 eV A(k,w) = 0.54667E-04 meV^-1
|
|
ik = 167 w = -3.4737 eV A(k,w) = 0.81575E-04 meV^-1
|
|
ik = 167 w = -3.2105 eV A(k,w) = 0.16260E-03 meV^-1
|
|
ik = 167 w = -2.9474 eV A(k,w) = 0.52605E-03 meV^-1
|
|
ik = 167 w = -2.6842 eV A(k,w) = 0.25626E-02 meV^-1
|
|
ik = 167 w = -2.4211 eV A(k,w) = 0.47566E-03 meV^-1
|
|
ik = 167 w = -2.1579 eV A(k,w) = 0.12850E-03 meV^-1
|
|
ik = 167 w = -1.8947 eV A(k,w) = 0.54367E-04 meV^-1
|
|
ik = 167 w = -1.6316 eV A(k,w) = 0.28588E-04 meV^-1
|
|
ik = 167 w = -1.3684 eV A(k,w) = 0.17077E-04 meV^-1
|
|
ik = 167 w = -1.1053 eV A(k,w) = 0.11101E-04 meV^-1
|
|
ik = 167 w = -0.8421 eV A(k,w) = 0.76014E-05 meV^-1
|
|
ik = 167 w = -0.5789 eV A(k,w) = 0.53209E-05 meV^-1
|
|
ik = 167 w = -0.3158 eV A(k,w) = 0.37335E-05 meV^-1
|
|
ik = 167 w = -0.0526 eV A(k,w) = 0.26280E-05 meV^-1
|
|
ik = 167 w = 0.2105 eV A(k,w) = 0.18771E-05 meV^-1
|
|
ik = 167 w = 0.4737 eV A(k,w) = 0.13654E-05 meV^-1
|
|
ik = 167 w = 0.7368 eV A(k,w) = 0.10067E-05 meV^-1
|
|
ik = 167 w = 1.0000 eV A(k,w) = 0.75122E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
167 -4.0000 0.46288E-04
|
|
167 -3.7368 0.54667E-04
|
|
167 -3.4737 0.81575E-04
|
|
167 -3.2105 0.16260E-03
|
|
167 -2.9474 0.52605E-03
|
|
167 -2.6842 0.25626E-02
|
|
167 -2.4211 0.47566E-03
|
|
167 -2.1579 0.12850E-03
|
|
167 -1.8947 0.54367E-04
|
|
167 -1.6316 0.28588E-04
|
|
167 -1.3684 0.17077E-04
|
|
167 -1.1053 0.11101E-04
|
|
167 -0.8421 0.76014E-05
|
|
167 -0.5789 0.53209E-05
|
|
167 -0.3158 0.37335E-05
|
|
167 -0.0526 0.26280E-05
|
|
167 0.2105 0.18771E-05
|
|
167 0.4737 0.13654E-05
|
|
167 0.7368 0.10067E-05
|
|
167 1.0000 0.75122E-06
|
|
167 1 -16.6105 -4.0000 -32.4931 106.4597
|
|
167 1 -16.6105 -3.7368 -26.9036 104.6862
|
|
167 1 -16.6105 -3.4737 -21.2612 102.3987
|
|
167 1 -16.6105 -3.2105 -15.3697 99.6447
|
|
167 1 -16.6105 -2.9474 -8.9732 96.0139
|
|
167 1 -16.6105 -2.6842 -2.4452 90.6325
|
|
167 1 -16.6105 -2.4211 2.8646 83.3339
|
|
167 1 -16.6105 -2.1579 6.0906 75.2206
|
|
167 1 -16.6105 -1.8947 7.4876 67.3570
|
|
167 1 -16.6105 -1.6316 7.6083 60.1854
|
|
167 1 -16.6105 -1.3684 6.9133 53.8799
|
|
167 1 -16.6105 -1.1053 5.9116 48.4300
|
|
167 1 -16.6105 -0.8421 4.9747 43.4705
|
|
167 1 -16.6105 -0.5789 4.0298 38.5283
|
|
167 1 -16.6105 -0.3158 2.6385 33.4634
|
|
167 1 -16.6105 -0.0526 0.5047 28.6427
|
|
167 1 -16.6105 0.2105 -2.1754 24.4701
|
|
167 1 -16.6105 0.4737 -5.0478 20.9914
|
|
167 1 -16.6105 0.7368 -7.9442 18.0667
|
|
167 1 -16.6105 1.0000 -10.8235 15.6140
|
|
|
|
167 2 -10.7517 -4.0000 -34.4564 81.8184
|
|
167 2 -10.7517 -3.7368 -30.1067 81.3313
|
|
167 2 -10.7517 -3.4737 -25.6272 80.5557
|
|
167 2 -10.7517 -3.2105 -20.7506 79.5114
|
|
167 2 -10.7517 -2.9474 -15.1686 77.7593
|
|
167 2 -10.7517 -2.6842 -9.2017 74.4094
|
|
167 2 -10.7517 -2.4211 -4.1056 69.2330
|
|
167 2 -10.7517 -2.1579 -0.7144 63.1901
|
|
167 2 -10.7517 -1.8947 1.1662 57.2247
|
|
167 2 -10.7517 -1.6316 1.9941 51.7188
|
|
167 2 -10.7517 -1.3684 2.1440 46.8396
|
|
167 2 -10.7517 -1.1053 2.0695 42.5901
|
|
167 2 -10.7517 -0.8421 2.1020 38.6140
|
|
167 2 -10.7517 -0.5789 2.1234 34.4458
|
|
167 2 -10.7517 -0.3158 1.6440 29.9756
|
|
167 2 -10.7517 -0.0526 0.3458 25.6250
|
|
167 2 -10.7517 0.2105 -1.5617 21.8361
|
|
167 2 -10.7517 0.4737 -3.7112 18.6623
|
|
167 2 -10.7517 0.7368 -5.9420 15.9652
|
|
167 2 -10.7517 1.0000 -8.2262 13.6813
|
|
|
|
167 3 -5.2472 -4.0000 -59.2127 109.8012
|
|
167 3 -5.2472 -3.7368 -52.9364 110.4611
|
|
167 3 -5.2472 -3.4737 -46.2346 110.6950
|
|
167 3 -5.2472 -3.2105 -38.7442 110.4563
|
|
167 3 -5.2472 -2.9474 -30.0612 109.0679
|
|
167 3 -5.2472 -2.6842 -20.6908 105.2168
|
|
167 3 -5.2472 -2.4211 -12.4875 98.5608
|
|
167 3 -5.2472 -2.1579 -6.6898 90.4728
|
|
167 3 -5.2472 -1.8947 -3.0755 82.3068
|
|
167 3 -5.2472 -1.6316 -1.0452 74.6547
|
|
167 3 -5.2472 -1.3684 -0.0618 67.8248
|
|
167 3 -5.2472 -1.1053 0.5698 61.8390
|
|
167 3 -5.2472 -0.8421 1.3375 56.1522
|
|
167 3 -5.2472 -0.5789 2.0312 50.0708
|
|
167 3 -5.2472 -0.3158 1.8878 43.4617
|
|
167 3 -5.2472 -0.0526 0.4296 37.0005
|
|
167 3 -5.2472 0.2105 -2.0078 31.3786
|
|
167 3 -5.2472 0.4737 -4.8495 26.6833
|
|
167 3 -5.2472 0.7368 -7.8408 22.7029
|
|
167 3 -5.2472 1.0000 -10.9357 19.3383
|
|
|
|
167 4 -2.6593 -4.0000 -73.2452 128.3581
|
|
167 4 -2.6593 -3.7368 -65.8239 129.5250
|
|
167 4 -2.6593 -3.4737 -57.8024 130.1738
|
|
167 4 -2.6593 -3.2105 -48.7689 130.2195
|
|
167 4 -2.6593 -2.9474 -38.2772 128.8285
|
|
167 4 -2.6593 -2.6842 -26.9890 124.4482
|
|
167 4 -2.6593 -2.4211 -17.1288 116.7377
|
|
167 4 -2.6593 -2.1579 -10.1187 107.3684
|
|
167 4 -2.6593 -1.8947 -5.6434 97.9254
|
|
167 4 -2.6593 -1.6316 -2.9855 89.0627
|
|
167 4 -2.6593 -1.3684 -1.5373 81.1224
|
|
167 4 -2.6593 -1.1053 -0.4922 74.1376
|
|
167 4 -2.6593 -0.8421 0.7306 67.4598
|
|
167 4 -2.6593 -0.5789 1.8724 60.2450
|
|
167 4 -2.6593 -0.3158 1.9870 52.3273
|
|
167 4 -2.6593 -0.0526 0.4740 44.5441
|
|
167 4 -2.6593 0.2105 -2.2582 37.7556
|
|
167 4 -2.6593 0.4737 -5.5040 32.0740
|
|
167 4 -2.6593 0.7368 -8.9560 27.2430
|
|
167 4 -2.6593 1.0000 -12.5614 23.1508
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 168 coord.: 0.6666667 0.5000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.721601 meV Im[Sigma]= 72.551039 meV Z= 1.014355 lam= -0.014152
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.814550 meV Im[Sigma]= 49.833840 meV Z= 0.996140 lam= 0.003874
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.489598 meV Im[Sigma]= 87.638784 meV Z= 1.015650 lam= -0.015409
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.725286 meV Im[Sigma]= 142.115037 meV Z= 1.024787 lam= -0.024187
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 168 coord.: 0.6666667 0.5000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 168 w = -4.0000 eV A(k,w) = 0.26892E-02 meV^-1
|
|
ik = 168 w = -3.7368 eV A(k,w) = 0.41860E-03 meV^-1
|
|
ik = 168 w = -3.4737 eV A(k,w) = 0.12920E-03 meV^-1
|
|
ik = 168 w = -3.2105 eV A(k,w) = 0.61869E-04 meV^-1
|
|
ik = 168 w = -2.9474 eV A(k,w) = 0.36178E-04 meV^-1
|
|
ik = 168 w = -2.6842 eV A(k,w) = 0.23287E-04 meV^-1
|
|
ik = 168 w = -2.4211 eV A(k,w) = 0.15686E-04 meV^-1
|
|
ik = 168 w = -2.1579 eV A(k,w) = 0.10903E-04 meV^-1
|
|
ik = 168 w = -1.8947 eV A(k,w) = 0.78092E-05 meV^-1
|
|
ik = 168 w = -1.6316 eV A(k,w) = 0.57480E-05 meV^-1
|
|
ik = 168 w = -1.3684 eV A(k,w) = 0.43388E-05 meV^-1
|
|
ik = 168 w = -1.1053 eV A(k,w) = 0.33498E-05 meV^-1
|
|
ik = 168 w = -0.8421 eV A(k,w) = 0.26171E-05 meV^-1
|
|
ik = 168 w = -0.5789 eV A(k,w) = 0.20345E-05 meV^-1
|
|
ik = 168 w = -0.3158 eV A(k,w) = 0.15560E-05 meV^-1
|
|
ik = 168 w = -0.0526 eV A(k,w) = 0.11778E-05 meV^-1
|
|
ik = 168 w = 0.2105 eV A(k,w) = 0.89507E-06 meV^-1
|
|
ik = 168 w = 0.4737 eV A(k,w) = 0.68685E-06 meV^-1
|
|
ik = 168 w = 0.7368 eV A(k,w) = 0.53057E-06 meV^-1
|
|
ik = 168 w = 1.0000 eV A(k,w) = 0.41254E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
168 -4.0000 0.26892E-02
|
|
168 -3.7368 0.41860E-03
|
|
168 -3.4737 0.12920E-03
|
|
168 -3.2105 0.61869E-04
|
|
168 -2.9474 0.36178E-04
|
|
168 -2.6842 0.23287E-04
|
|
168 -2.4211 0.15686E-04
|
|
168 -2.1579 0.10903E-04
|
|
168 -1.8947 0.78092E-05
|
|
168 -1.6316 0.57480E-05
|
|
168 -1.3684 0.43388E-05
|
|
168 -1.1053 0.33498E-05
|
|
168 -0.8421 0.26171E-05
|
|
168 -0.5789 0.20345E-05
|
|
168 -0.3158 0.15560E-05
|
|
168 -0.0526 0.11778E-05
|
|
168 0.2105 0.89507E-06
|
|
168 0.4737 0.68685E-06
|
|
168 0.7368 0.53057E-06
|
|
168 1.0000 0.41254E-06
|
|
168 1 -16.2688 -4.0000 -31.8897 105.0143
|
|
168 1 -16.2688 -3.7368 -26.4838 103.2985
|
|
168 1 -16.2688 -3.4737 -20.9652 101.0997
|
|
168 1 -16.2688 -3.2105 -15.1529 98.4168
|
|
168 1 -16.2688 -2.9474 -8.8286 94.8292
|
|
168 1 -16.2688 -2.6842 -2.3893 89.4772
|
|
168 1 -16.2688 -2.4211 2.8032 82.2134
|
|
168 1 -16.2688 -2.1579 5.8823 74.1736
|
|
168 1 -16.2688 -1.8947 7.1399 66.4515
|
|
168 1 -16.2688 -1.6316 7.1773 59.4711
|
|
168 1 -16.2688 -1.3684 6.4660 53.3650
|
|
168 1 -16.2688 -1.1053 5.5028 48.0967
|
|
168 1 -16.2688 -0.8421 4.6454 43.2875
|
|
168 1 -16.2688 -0.5789 3.8064 38.4536
|
|
168 1 -16.2688 -0.3158 2.5251 33.4512
|
|
168 1 -16.2688 -0.0526 0.4875 28.6601
|
|
168 1 -16.2688 0.2105 -2.1122 24.4993
|
|
168 1 -16.2688 0.4737 -4.9165 21.0203
|
|
168 1 -16.2688 0.7368 -7.7581 18.0848
|
|
168 1 -16.2688 1.0000 -10.5977 15.6169
|
|
|
|
168 2 -8.9488 -4.0000 -45.4564 94.4921
|
|
168 2 -8.9488 -3.7368 -40.2618 94.5737
|
|
168 2 -8.9488 -3.4737 -34.7376 94.2944
|
|
168 2 -8.9488 -3.2105 -28.5958 93.6125
|
|
168 2 -8.9488 -2.9474 -21.5191 91.9619
|
|
168 2 -8.9488 -2.6842 -13.9546 88.2632
|
|
168 2 -8.9488 -2.4211 -7.4677 82.2685
|
|
168 2 -8.9488 -2.1579 -3.0817 75.1838
|
|
168 2 -8.9488 -1.8947 -0.5430 68.1848
|
|
168 2 -8.9488 -1.6316 0.7322 61.7360
|
|
168 2 -8.9488 -1.3684 1.2114 56.0218
|
|
168 2 -8.9488 -1.1053 1.4397 51.0230
|
|
168 2 -8.9488 -0.8421 1.7965 46.2932
|
|
168 2 -8.9488 -0.5789 2.1101 41.2730
|
|
168 2 -8.9488 -0.3158 1.7675 35.8523
|
|
168 2 -8.9488 -0.0526 0.3852 30.5703
|
|
168 2 -8.9488 0.2105 -1.7668 25.9781
|
|
168 2 -8.9488 0.4737 -4.2278 22.1420
|
|
168 2 -8.9488 0.7368 -6.7951 18.8884
|
|
168 2 -8.9488 1.0000 -9.4338 16.1359
|
|
|
|
168 3 -6.9060 -4.0000 -45.2218 89.2234
|
|
168 3 -6.9060 -3.7368 -40.3578 89.7466
|
|
168 3 -6.9060 -3.4737 -35.0324 89.8986
|
|
168 3 -6.9060 -3.2105 -29.0226 89.5705
|
|
168 3 -6.9060 -2.9474 -22.0983 88.2225
|
|
168 3 -6.9060 -2.6842 -14.7160 84.8616
|
|
168 3 -6.9060 -2.4211 -8.3668 79.2755
|
|
168 3 -6.9060 -2.1579 -4.0185 72.6213
|
|
168 3 -6.9060 -1.8947 -1.4266 66.0148
|
|
168 3 -6.9060 -1.6316 -0.0462 59.8930
|
|
168 3 -6.9060 -1.3684 0.5524 54.4443
|
|
168 3 -6.9060 -1.1053 0.8957 49.6720
|
|
168 3 -6.9060 -0.8421 1.3678 45.1488
|
|
168 3 -6.9060 -0.5789 1.8077 40.3157
|
|
168 3 -6.9060 -0.3158 1.6014 35.0545
|
|
168 3 -6.9060 -0.0526 0.3578 29.9028
|
|
168 3 -6.9060 0.2105 -1.6591 25.4148
|
|
168 3 -6.9060 0.4737 -3.9917 21.6597
|
|
168 3 -6.9060 0.7368 -6.4410 18.4671
|
|
168 3 -6.9060 1.0000 -8.9749 15.7611
|
|
|
|
168 4 -3.9563 -4.0000 -62.4553 115.5187
|
|
168 4 -3.9563 -3.7368 -55.9061 116.4160
|
|
168 4 -3.9563 -3.4737 -48.7393 116.8419
|
|
168 4 -3.9563 -3.2105 -40.6313 116.6340
|
|
168 4 -3.9563 -2.9474 -31.2877 115.0378
|
|
168 4 -3.9563 -2.6842 -21.3614 110.7419
|
|
168 4 -3.9563 -2.4211 -12.8292 103.5165
|
|
168 4 -3.9563 -2.1579 -6.9259 94.9024
|
|
168 4 -3.9563 -1.8947 -3.3126 86.3433
|
|
168 4 -3.9563 -1.6316 -1.2829 78.4007
|
|
168 4 -3.9563 -1.3684 -0.2774 71.3233
|
|
168 4 -3.9563 -1.1053 0.3950 65.1117
|
|
168 4 -3.9563 -0.8421 1.2321 59.2004
|
|
168 4 -3.9563 -0.5789 2.0140 52.8551
|
|
168 4 -3.9563 -0.3158 1.9239 45.9253
|
|
168 4 -3.9563 -0.0526 0.4425 39.1302
|
|
168 4 -3.9563 0.2105 -2.0768 33.2091
|
|
168 4 -3.9563 0.4737 -5.0249 28.2544
|
|
168 4 -3.9563 0.7368 -8.1379 24.0407
|
|
168 4 -3.9563 1.0000 -11.3732 20.4693
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 169 coord.: 0.6666667 0.6666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -17.3646 eV Re[Sigma]= -58.929337 meV Im[Sigma]= 42.127695 meV Z= 0.994716 lam= 0.005312
|
|
E( 2 )= -6.7590 eV Re[Sigma]= -15.655613 meV Im[Sigma]= 108.547965 meV Z= 1.011615 lam= -0.011482
|
|
E( 3 )= -5.2110 eV Re[Sigma]= 2.859846 meV Im[Sigma]= 106.353832 meV Z= 1.019113 lam= -0.018755
|
|
E( 4 )= -5.2110 eV Re[Sigma]= 2.859846 meV Im[Sigma]= 106.353832 meV Z= 1.019113 lam= -0.018755
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 169 coord.: 0.6666667 0.6666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 169 w = -4.0000 eV A(k,w) = 0.43217E-04 meV^-1
|
|
ik = 169 w = -3.7368 eV A(k,w) = 0.30922E-04 meV^-1
|
|
ik = 169 w = -3.4737 eV A(k,w) = 0.23294E-04 meV^-1
|
|
ik = 169 w = -3.2105 eV A(k,w) = 0.18175E-04 meV^-1
|
|
ik = 169 w = -2.9474 eV A(k,w) = 0.14454E-04 meV^-1
|
|
ik = 169 w = -2.6842 eV A(k,w) = 0.11489E-04 meV^-1
|
|
ik = 169 w = -2.4211 eV A(k,w) = 0.90275E-05 meV^-1
|
|
ik = 169 w = -2.1579 eV A(k,w) = 0.70526E-05 meV^-1
|
|
ik = 169 w = -1.8947 eV A(k,w) = 0.55317E-05 meV^-1
|
|
ik = 169 w = -1.6316 eV A(k,w) = 0.43752E-05 meV^-1
|
|
ik = 169 w = -1.3684 eV A(k,w) = 0.34997E-05 meV^-1
|
|
ik = 169 w = -1.1053 eV A(k,w) = 0.28333E-05 meV^-1
|
|
ik = 169 w = -0.8421 eV A(k,w) = 0.23019E-05 meV^-1
|
|
ik = 169 w = -0.5789 eV A(k,w) = 0.18479E-05 meV^-1
|
|
ik = 169 w = -0.3158 eV A(k,w) = 0.14511E-05 meV^-1
|
|
ik = 169 w = -0.0526 eV A(k,w) = 0.11226E-05 meV^-1
|
|
ik = 169 w = 0.2105 eV A(k,w) = 0.86893E-06 meV^-1
|
|
ik = 169 w = 0.4737 eV A(k,w) = 0.67716E-06 meV^-1
|
|
ik = 169 w = 0.7368 eV A(k,w) = 0.52974E-06 meV^-1
|
|
ik = 169 w = 1.0000 eV A(k,w) = 0.41607E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
169 -4.0000 0.43217E-04
|
|
169 -3.7368 0.30922E-04
|
|
169 -3.4737 0.23294E-04
|
|
169 -3.2105 0.18175E-04
|
|
169 -2.9474 0.14454E-04
|
|
169 -2.6842 0.11489E-04
|
|
169 -2.4211 0.90275E-05
|
|
169 -2.1579 0.70526E-05
|
|
169 -1.8947 0.55317E-05
|
|
169 -1.6316 0.43752E-05
|
|
169 -1.3684 0.34997E-05
|
|
169 -1.1053 0.28333E-05
|
|
169 -0.8421 0.23019E-05
|
|
169 -0.5789 0.18479E-05
|
|
169 -0.3158 0.14511E-05
|
|
169 -0.0526 0.11226E-05
|
|
169 0.2105 0.86893E-06
|
|
169 0.4737 0.67716E-06
|
|
169 0.7368 0.52974E-06
|
|
169 1.0000 0.41607E-06
|
|
169 1 -17.3646 -4.0000 -27.7481 105.0629
|
|
169 1 -17.3646 -3.7368 -22.5689 102.8703
|
|
169 1 -17.3646 -3.4737 -17.3598 100.2224
|
|
169 1 -17.3646 -3.2105 -11.9362 97.1521
|
|
169 1 -17.3646 -2.9474 -6.0677 93.2631
|
|
169 1 -17.3646 -2.6842 -0.1274 87.7271
|
|
169 1 -17.3646 -2.4211 4.5760 80.4084
|
|
169 1 -17.3646 -2.1579 7.2176 72.4138
|
|
169 1 -17.3646 -1.8947 8.1000 64.8083
|
|
169 1 -17.3646 -1.6316 7.8357 57.9978
|
|
169 1 -17.3646 -1.3684 6.9060 52.0834
|
|
169 1 -17.3646 -1.1053 5.7920 46.9951
|
|
169 1 -17.3646 -0.8421 4.8228 42.3443
|
|
169 1 -17.3646 -0.5789 3.8947 37.6586
|
|
169 1 -17.3646 -0.3158 2.5530 32.8025
|
|
169 1 -17.3646 -0.0526 0.4895 28.1437
|
|
169 1 -17.3646 0.2105 -2.1140 24.0895
|
|
169 1 -17.3646 0.4737 -4.9147 20.6938
|
|
169 1 -17.3646 0.7368 -7.7504 17.8272
|
|
169 1 -17.3646 1.0000 -10.5806 15.4173
|
|
|
|
169 2 -6.7590 -4.0000 -62.3019 118.7285
|
|
169 2 -6.7590 -3.7368 -55.4018 119.3538
|
|
169 2 -6.7590 -3.4737 -47.9951 119.4569
|
|
169 2 -6.7590 -3.2105 -39.7282 118.9399
|
|
169 2 -6.7590 -2.9474 -30.2631 117.0553
|
|
169 2 -6.7590 -2.6842 -20.2285 112.4704
|
|
169 2 -6.7590 -2.4211 -11.6102 104.9193
|
|
169 2 -6.7590 -2.1579 -5.6952 95.9331
|
|
169 2 -6.7590 -1.8947 -2.1926 87.0104
|
|
169 2 -6.7590 -1.6316 -0.3706 78.7971
|
|
169 2 -6.7590 -1.3684 0.4134 71.5638
|
|
169 2 -6.7590 -1.1053 0.9021 65.2682
|
|
169 2 -6.7590 -0.8421 1.5924 59.3001
|
|
169 2 -6.7590 -0.5789 2.2450 52.9122
|
|
169 2 -6.7590 -0.3158 2.0397 45.9575
|
|
169 2 -6.7590 -0.0526 0.4604 39.1495
|
|
169 2 -6.7590 0.2105 -2.1444 33.2215
|
|
169 2 -6.7590 0.4737 -5.1695 28.2678
|
|
169 2 -6.7590 0.7368 -8.3476 24.0642
|
|
169 2 -6.7590 1.0000 -11.6331 20.5067
|
|
|
|
169 3 -5.2110 -4.0000 -54.0298 96.6217
|
|
169 3 -5.2110 -3.7368 -48.6554 97.5957
|
|
169 3 -5.2110 -3.4737 -42.7430 98.1851
|
|
169 3 -5.2110 -3.2105 -36.0163 98.2764
|
|
169 3 -5.2110 -2.9474 -28.1881 97.2432
|
|
169 3 -5.2110 -2.6842 -19.7714 93.9419
|
|
169 3 -5.2110 -2.4211 -12.4428 88.1229
|
|
169 3 -5.2110 -2.1579 -7.2855 81.0616
|
|
169 3 -5.2110 -1.8947 -4.0461 73.9822
|
|
169 3 -5.2110 -1.6316 -2.1483 67.3717
|
|
169 3 -5.2110 -1.3684 -1.1287 61.4621
|
|
169 3 -5.2110 -1.1053 -0.3870 56.2721
|
|
169 3 -5.2110 -0.8421 0.5216 51.3076
|
|
169 3 -5.2110 -0.5789 1.3990 45.9084
|
|
169 3 -5.2110 -0.3158 1.5023 39.9401
|
|
169 3 -5.2110 -0.0526 0.3596 34.0547
|
|
169 3 -5.2110 0.2105 -1.7132 28.9194
|
|
169 3 -5.2110 0.4737 -4.1713 24.6168
|
|
169 3 -5.2110 0.7368 -6.7847 20.9438
|
|
169 3 -5.2110 1.0000 -9.5245 17.8167
|
|
|
|
169 4 -5.2110 -4.0000 -54.1845 97.0540
|
|
169 4 -5.2110 -3.7368 -48.7684 98.0481
|
|
169 4 -5.2110 -3.4737 -42.8008 98.6423
|
|
169 4 -5.2110 -3.2105 -36.0145 98.7157
|
|
169 4 -5.2110 -2.9474 -28.1368 97.6430
|
|
169 4 -5.2110 -2.6842 -19.6886 94.2917
|
|
169 4 -5.2110 -2.4211 -12.3449 88.4219
|
|
169 4 -5.2110 -2.1579 -7.1853 81.3146
|
|
169 4 -5.2110 -1.8947 -3.9508 74.1968
|
|
169 4 -5.2110 -1.6316 -2.0597 67.5537
|
|
169 4 -5.2110 -1.3684 -1.0489 61.6131
|
|
169 4 -5.2110 -1.1053 -0.3209 56.3947
|
|
169 4 -5.2110 -0.8421 0.5699 51.4079
|
|
169 4 -5.2110 -0.5789 1.4296 45.9934
|
|
169 4 -5.2110 -0.3158 1.5177 40.0141
|
|
169 4 -5.2110 -0.0526 0.3620 34.1195
|
|
169 4 -5.2110 0.2105 -1.7225 28.9761
|
|
169 4 -5.2110 0.4737 -4.1917 24.6667
|
|
169 4 -5.2110 0.7368 -6.8154 20.9879
|
|
169 4 -5.2110 1.0000 -9.5648 17.8560
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 170 coord.: 0.6666667 0.6666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.305712 meV Im[Sigma]= 56.076404 meV Z= 1.000191 lam= -0.000191
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.714302 meV Im[Sigma]= 56.833112 meV Z= 1.000355 lam= -0.000355
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -10.546620 meV Im[Sigma]= 82.756633 meV Z= 1.018010 lam= -0.017692
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.241488 meV Im[Sigma]= 80.026069 meV Z= 1.002837 lam= -0.002829
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 170 coord.: 0.6666667 0.6666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 170 w = -4.0000 eV A(k,w) = 0.10767E-04 meV^-1
|
|
ik = 170 w = -3.7368 eV A(k,w) = 0.88349E-05 meV^-1
|
|
ik = 170 w = -3.4737 eV A(k,w) = 0.73904E-05 meV^-1
|
|
ik = 170 w = -3.2105 eV A(k,w) = 0.62647E-05 meV^-1
|
|
ik = 170 w = -2.9474 eV A(k,w) = 0.53311E-05 meV^-1
|
|
ik = 170 w = -2.6842 eV A(k,w) = 0.44870E-05 meV^-1
|
|
ik = 170 w = -2.4211 eV A(k,w) = 0.37048E-05 meV^-1
|
|
ik = 170 w = -2.1579 eV A(k,w) = 0.30245E-05 meV^-1
|
|
ik = 170 w = -1.8947 eV A(k,w) = 0.24676E-05 meV^-1
|
|
ik = 170 w = -1.6316 eV A(k,w) = 0.20216E-05 meV^-1
|
|
ik = 170 w = -1.3684 eV A(k,w) = 0.16684E-05 meV^-1
|
|
ik = 170 w = -1.1053 eV A(k,w) = 0.13889E-05 meV^-1
|
|
ik = 170 w = -0.8421 eV A(k,w) = 0.11573E-05 meV^-1
|
|
ik = 170 w = -0.5789 eV A(k,w) = 0.95104E-06 meV^-1
|
|
ik = 170 w = -0.3158 eV A(k,w) = 0.76339E-06 meV^-1
|
|
ik = 170 w = -0.0526 eV A(k,w) = 0.60287E-06 meV^-1
|
|
ik = 170 w = 0.2105 eV A(k,w) = 0.47576E-06 meV^-1
|
|
ik = 170 w = 0.4737 eV A(k,w) = 0.37754E-06 meV^-1
|
|
ik = 170 w = 0.7368 eV A(k,w) = 0.30046E-06 meV^-1
|
|
ik = 170 w = 1.0000 eV A(k,w) = 0.23988E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
170 -4.0000 0.10767E-04
|
|
170 -3.7368 0.88349E-05
|
|
170 -3.4737 0.73904E-05
|
|
170 -3.2105 0.62647E-05
|
|
170 -2.9474 0.53311E-05
|
|
170 -2.6842 0.44870E-05
|
|
170 -2.4211 0.37048E-05
|
|
170 -2.1579 0.30245E-05
|
|
170 -1.8947 0.24676E-05
|
|
170 -1.6316 0.20216E-05
|
|
170 -1.3684 0.16684E-05
|
|
170 -1.1053 0.13889E-05
|
|
170 -0.8421 0.11573E-05
|
|
170 -0.5789 0.95104E-06
|
|
170 -0.3158 0.76339E-06
|
|
170 -0.0526 0.60287E-06
|
|
170 0.2105 0.47576E-06
|
|
170 0.4737 0.37754E-06
|
|
170 0.7368 0.30046E-06
|
|
170 1.0000 0.23988E-06
|
|
170 1 -14.5793 -4.0000 -33.5463 97.8213
|
|
170 1 -14.5793 -3.7368 -28.5407 96.5699
|
|
170 1 -14.5793 -3.4737 -23.4052 94.9065
|
|
170 1 -14.5793 -3.2105 -17.9268 92.8502
|
|
170 1 -14.5793 -2.9474 -11.8330 89.9718
|
|
170 1 -14.5793 -2.6842 -5.4855 85.3666
|
|
170 1 -14.5793 -2.4211 -0.2434 78.8355
|
|
170 1 -14.5793 -2.1579 3.0078 71.4733
|
|
170 1 -14.5793 -1.8947 4.5303 64.3485
|
|
170 1 -14.5793 -1.6316 4.8931 57.8758
|
|
170 1 -14.5793 -1.3684 4.5433 52.1942
|
|
170 1 -14.5793 -1.1053 3.9700 47.2729
|
|
170 1 -14.5793 -0.8421 3.5235 42.7239
|
|
170 1 -14.5793 -0.5789 3.0910 38.0521
|
|
170 1 -14.5793 -0.3158 2.1733 33.1241
|
|
170 1 -14.5793 -0.0526 0.4349 28.3569
|
|
170 1 -14.5793 0.2105 -1.9198 24.2035
|
|
170 1 -14.5793 0.4737 -4.5141 20.7247
|
|
170 1 -14.5793 0.7368 -7.1747 17.7812
|
|
170 1 -14.5793 1.0000 -9.8622 15.3013
|
|
|
|
170 2 -10.2664 -4.0000 -44.2276 92.6922
|
|
170 2 -10.2664 -3.7368 -39.1221 92.8468
|
|
170 2 -10.2664 -3.4737 -33.6604 92.5947
|
|
170 2 -10.2664 -3.2105 -27.6021 91.8882
|
|
170 2 -10.2664 -2.9474 -20.6730 90.2024
|
|
170 2 -10.2664 -2.6842 -13.3070 86.5243
|
|
170 2 -10.2664 -2.4211 -7.0059 80.6254
|
|
170 2 -10.2664 -2.1579 -2.7530 73.6741
|
|
170 2 -10.2664 -1.8947 -0.3001 66.8077
|
|
170 2 -10.2664 -1.6316 0.9168 60.4761
|
|
170 2 -10.2664 -1.3684 1.3482 54.8622
|
|
170 2 -10.2664 -1.1053 1.5261 49.9563
|
|
170 2 -10.2664 -0.8421 1.8300 45.3279
|
|
170 2 -10.2664 -0.5789 2.1021 40.4260
|
|
170 2 -10.2664 -0.3158 1.7459 35.1325
|
|
170 2 -10.2664 -0.0526 0.3796 29.9670
|
|
170 2 -10.2664 0.2105 -1.7406 25.4698
|
|
170 2 -10.2664 0.4737 -4.1668 21.7104
|
|
170 2 -10.2664 0.7368 -6.6994 18.5232
|
|
170 2 -10.2664 1.0000 -9.3012 15.8294
|
|
|
|
170 3 -7.2955 -4.0000 -43.8422 85.0770
|
|
170 3 -7.2955 -3.7368 -39.2169 85.7004
|
|
170 3 -7.2955 -3.4737 -34.1150 85.9392
|
|
170 3 -7.2955 -3.2105 -28.3570 85.6854
|
|
170 3 -7.2955 -2.9474 -21.7435 84.4444
|
|
170 3 -7.2955 -2.6842 -14.7081 81.2944
|
|
170 3 -7.2955 -2.4211 -8.6507 76.0479
|
|
170 3 -7.2955 -2.1579 -4.4670 69.7967
|
|
170 3 -7.2955 -1.8947 -1.9191 63.5750
|
|
170 3 -7.2955 -1.6316 -0.5077 57.7802
|
|
170 3 -7.2955 -1.3684 0.1538 52.5957
|
|
170 3 -7.2955 -1.1053 0.5606 48.0419
|
|
170 3 -7.2955 -0.8421 1.0895 43.7191
|
|
170 3 -7.2955 -0.5789 1.5940 39.0823
|
|
170 3 -7.2955 -0.3158 1.4731 34.0079
|
|
170 3 -7.2955 -0.0526 0.3351 29.0202
|
|
170 3 -7.2955 0.2105 -1.5661 24.6670
|
|
170 3 -7.2955 0.4737 -3.7833 21.0197
|
|
170 3 -7.2955 0.7368 -6.1229 17.9141
|
|
170 3 -7.2955 1.0000 -8.5538 15.2790
|
|
|
|
170 4 -5.9070 -4.0000 -49.9870 88.2791
|
|
170 4 -5.9070 -3.7368 -45.0580 89.3078
|
|
170 4 -5.9070 -3.4737 -39.6014 89.9359
|
|
170 4 -5.9070 -3.2105 -33.4107 90.0591
|
|
170 4 -5.9070 -2.9474 -26.2457 89.1433
|
|
170 4 -5.9070 -2.6842 -18.5531 86.1716
|
|
170 4 -5.9070 -2.4211 -11.8457 80.9083
|
|
170 4 -5.9070 -2.1579 -7.1122 74.5160
|
|
170 4 -5.9070 -1.8947 -4.1077 68.1107
|
|
170 4 -5.9070 -1.6316 -2.3018 62.1150
|
|
170 4 -5.9070 -1.3684 -1.2916 56.7282
|
|
170 4 -5.9070 -1.1053 -0.5434 51.9777
|
|
170 4 -5.9070 -0.8421 0.3520 47.4205
|
|
170 4 -5.9070 -0.5789 1.2143 42.4483
|
|
170 4 -5.9070 -0.3158 1.3525 36.9373
|
|
170 4 -5.9070 -0.0526 0.3273 31.4971
|
|
170 4 -5.9070 0.2105 -1.5652 26.7505
|
|
170 4 -5.9070 0.4737 -3.8168 22.7736
|
|
170 4 -5.9070 0.7368 -6.2141 19.3759
|
|
170 4 -5.9070 1.0000 -8.7329 16.4803
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 171 coord.: 0.6666667 0.6666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.7489 eV Re[Sigma]= -39.580751 meV Im[Sigma]= 60.622340 meV Z= 1.003811 lam= -0.003796
|
|
E( 2 )= -10.6632 eV Re[Sigma]= -15.301440 meV Im[Sigma]= 65.094621 meV Z= 1.006752 lam= -0.006707
|
|
E( 3 )= -9.4579 eV Re[Sigma]= 2.604592 meV Im[Sigma]= 39.545562 meV Z= 0.995880 lam= 0.004137
|
|
E( 4 )= -4.5555 eV Re[Sigma]= 12.355841 meV Im[Sigma]= 124.565228 meV Z= 1.016622 lam= -0.016350
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 171 coord.: 0.6666667 0.6666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 171 w = -4.0000 eV A(k,w) = 0.88622E-04 meV^-1
|
|
ik = 171 w = -3.7368 eV A(k,w) = 0.45792E-04 meV^-1
|
|
ik = 171 w = -3.4737 eV A(k,w) = 0.28123E-04 meV^-1
|
|
ik = 171 w = -3.2105 eV A(k,w) = 0.19102E-04 meV^-1
|
|
ik = 171 w = -2.9474 eV A(k,w) = 0.13766E-04 meV^-1
|
|
ik = 171 w = -2.6842 eV A(k,w) = 0.10180E-04 meV^-1
|
|
ik = 171 w = -2.4211 eV A(k,w) = 0.75750E-05 meV^-1
|
|
ik = 171 w = -2.1579 eV A(k,w) = 0.56773E-05 meV^-1
|
|
ik = 171 w = -1.8947 eV A(k,w) = 0.43134E-05 meV^-1
|
|
ik = 171 w = -1.6316 eV A(k,w) = 0.33285E-05 meV^-1
|
|
ik = 171 w = -1.3684 eV A(k,w) = 0.26114E-05 meV^-1
|
|
ik = 171 w = -1.1053 eV A(k,w) = 0.20824E-05 meV^-1
|
|
ik = 171 w = -0.8421 eV A(k,w) = 0.16725E-05 meV^-1
|
|
ik = 171 w = -0.5789 eV A(k,w) = 0.13314E-05 meV^-1
|
|
ik = 171 w = -0.3158 eV A(k,w) = 0.10393E-05 meV^-1
|
|
ik = 171 w = -0.0526 eV A(k,w) = 0.80072E-06 meV^-1
|
|
ik = 171 w = 0.2105 eV A(k,w) = 0.61817E-06 meV^-1
|
|
ik = 171 w = 0.4737 eV A(k,w) = 0.48100E-06 meV^-1
|
|
ik = 171 w = 0.7368 eV A(k,w) = 0.37603E-06 meV^-1
|
|
ik = 171 w = 1.0000 eV A(k,w) = 0.29539E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
171 -4.0000 0.88622E-04
|
|
171 -3.7368 0.45792E-04
|
|
171 -3.4737 0.28123E-04
|
|
171 -3.2105 0.19102E-04
|
|
171 -2.9474 0.13766E-04
|
|
171 -2.6842 0.10180E-04
|
|
171 -2.4211 0.75750E-05
|
|
171 -2.1579 0.56773E-05
|
|
171 -1.8947 0.43134E-05
|
|
171 -1.6316 0.33285E-05
|
|
171 -1.3684 0.26114E-05
|
|
171 -1.1053 0.20824E-05
|
|
171 -0.8421 0.16725E-05
|
|
171 -0.5789 0.13314E-05
|
|
171 -0.3158 0.10393E-05
|
|
171 -0.0526 0.80072E-06
|
|
171 0.2105 0.61817E-06
|
|
171 0.4737 0.48100E-06
|
|
171 0.7368 0.37603E-06
|
|
171 1.0000 0.29539E-06
|
|
171 1 -13.7489 -4.0000 -38.2895 104.1667
|
|
171 1 -13.7489 -3.7368 -32.5691 103.0591
|
|
171 1 -13.7489 -3.4737 -26.7566 101.4305
|
|
171 1 -13.7489 -3.2105 -20.6026 99.3688
|
|
171 1 -13.7489 -2.9474 -13.7609 96.4027
|
|
171 1 -13.7489 -2.6842 -6.6247 91.5118
|
|
171 1 -13.7489 -2.4211 -0.6974 84.4673
|
|
171 1 -13.7489 -2.1579 3.0333 76.4637
|
|
171 1 -13.7489 -1.8947 4.8288 68.6809
|
|
171 1 -13.7489 -1.6316 5.3010 61.6059
|
|
171 1 -13.7489 -1.3684 4.9602 55.4148
|
|
171 1 -13.7489 -1.1053 4.3591 50.0684
|
|
171 1 -13.7489 -0.8421 3.8755 45.1383
|
|
171 1 -13.7489 -0.5789 3.3823 40.1011
|
|
171 1 -13.7489 -0.3158 2.3580 34.8297
|
|
171 1 -13.7489 -0.0526 0.4684 29.7674
|
|
171 1 -13.7489 0.2105 -2.0572 25.3802
|
|
171 1 -13.7489 0.4737 -4.8182 21.7207
|
|
171 1 -13.7489 0.7368 -7.6321 18.6325
|
|
171 1 -13.7489 1.0000 -10.4611 16.0325
|
|
|
|
171 2 -10.6632 -4.0000 -40.7014 94.3934
|
|
171 2 -10.6632 -3.7368 -35.7323 94.0230
|
|
171 2 -10.6632 -3.4737 -30.5043 93.2885
|
|
171 2 -10.6632 -3.2105 -24.7590 92.1810
|
|
171 2 -10.6632 -2.9474 -18.1858 90.1901
|
|
171 2 -10.6632 -2.6842 -11.1913 86.3056
|
|
171 2 -10.6632 -2.4211 -5.2376 80.2964
|
|
171 2 -10.6632 -2.1579 -1.2775 73.2917
|
|
171 2 -10.6632 -1.8947 0.9243 66.3902
|
|
171 2 -10.6632 -1.6316 1.9097 60.0349
|
|
171 2 -10.6632 -1.3684 2.1191 54.4137
|
|
171 2 -10.6632 -1.1053 2.0806 49.5252
|
|
171 2 -10.6632 -0.8421 2.1821 44.9521
|
|
171 2 -10.6632 -0.5789 2.2888 40.1424
|
|
171 2 -10.6632 -0.3158 1.8196 34.9562
|
|
171 2 -10.6632 -0.0526 0.3883 29.8877
|
|
171 2 -10.6632 0.2105 -1.7656 25.4629
|
|
171 2 -10.6632 0.4737 -4.2119 21.7491
|
|
171 2 -10.6632 0.7368 -6.7638 18.5872
|
|
171 2 -10.6632 1.0000 -9.3883 15.9074
|
|
|
|
171 3 -9.4579 -4.0000 -30.5468 66.5096
|
|
171 3 -9.4579 -3.7368 -27.1413 66.8281
|
|
171 3 -9.4579 -3.4737 -23.3300 66.7997
|
|
171 3 -9.4579 -3.2105 -19.0561 66.3166
|
|
171 3 -9.4579 -2.9474 -14.2359 65.0663
|
|
171 3 -9.4579 -2.6842 -9.1758 62.4316
|
|
171 3 -9.4579 -2.4211 -4.8775 58.2887
|
|
171 3 -9.4579 -2.1579 -1.9867 53.4492
|
|
171 3 -9.4579 -1.8947 -0.3046 48.6794
|
|
171 3 -9.4579 -1.6316 0.5567 44.2546
|
|
171 3 -9.4579 -1.3684 0.8755 40.2900
|
|
171 3 -9.4579 -1.1053 1.0049 36.8047
|
|
171 3 -9.4579 -0.8421 1.2316 33.5128
|
|
171 3 -9.4579 -0.5789 1.4603 30.0021
|
|
171 3 -9.4579 -0.3158 1.2430 26.1636
|
|
171 3 -9.4579 -0.0526 0.2741 22.3812
|
|
171 3 -9.4579 0.2105 -1.2664 19.0691
|
|
171 3 -9.4579 0.4737 -3.0462 16.2871
|
|
171 3 -9.4579 0.7368 -4.9189 13.9168
|
|
171 3 -9.4579 1.0000 -6.8578 11.9069
|
|
|
|
171 4 -4.5555 -4.0000 -59.1832 106.2334
|
|
171 4 -4.5555 -3.7368 -53.1725 107.1508
|
|
171 4 -4.5555 -3.4737 -46.6045 107.6162
|
|
171 4 -4.5555 -3.2105 -39.2134 107.5238
|
|
171 4 -4.5555 -2.9474 -30.6871 106.2276
|
|
171 4 -4.5555 -2.6842 -21.5658 102.5039
|
|
171 4 -4.5555 -2.4211 -13.6521 96.0930
|
|
171 4 -4.5555 -2.1579 -8.0969 88.3825
|
|
171 4 -4.5555 -1.8947 -4.6024 80.6864
|
|
171 4 -4.5555 -1.6316 -2.5383 73.5094
|
|
171 4 -4.5555 -1.3684 -1.4137 67.0895
|
|
171 4 -4.5555 -1.1053 -0.5869 61.4500
|
|
171 4 -4.5555 -0.8421 0.4286 56.0593
|
|
171 4 -4.5555 -0.5789 1.4240 50.1923
|
|
171 4 -4.5555 -0.3158 1.5841 43.6916
|
|
171 4 -4.5555 -0.0526 0.3835 37.2695
|
|
171 4 -4.5555 0.2105 -1.8345 31.6588
|
|
171 4 -4.5555 0.4737 -4.4758 26.9490
|
|
171 4 -4.5555 0.7368 -7.2942 22.9185
|
|
171 4 -4.5555 1.0000 -10.2613 19.4821
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 172 coord.: 0.6666667 0.6666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.622679 meV Im[Sigma]= 68.210900 meV Z= 1.015079 lam= -0.014855
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.103528 meV Im[Sigma]= 57.853111 meV Z= 1.005376 lam= -0.005347
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.340769 meV Im[Sigma]= 120.237123 meV Z= 1.022394 lam= -0.021904
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 72.265047 meV Im[Sigma]= 163.896860 meV Z= 1.043274 lam= -0.041479
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 172 coord.: 0.6666667 0.6666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 172 w = -4.0000 eV A(k,w) = 0.47030E-04 meV^-1
|
|
ik = 172 w = -3.7368 eV A(k,w) = 0.55768E-04 meV^-1
|
|
ik = 172 w = -3.4737 eV A(k,w) = 0.83243E-04 meV^-1
|
|
ik = 172 w = -3.2105 eV A(k,w) = 0.16540E-03 meV^-1
|
|
ik = 172 w = -2.9474 eV A(k,w) = 0.53013E-03 meV^-1
|
|
ik = 172 w = -2.6842 eV A(k,w) = 0.25226E-02 meV^-1
|
|
ik = 172 w = -2.4211 eV A(k,w) = 0.48175E-03 meV^-1
|
|
ik = 172 w = -2.1579 eV A(k,w) = 0.13000E-03 meV^-1
|
|
ik = 172 w = -1.8947 eV A(k,w) = 0.54861E-04 meV^-1
|
|
ik = 172 w = -1.6316 eV A(k,w) = 0.28805E-04 meV^-1
|
|
ik = 172 w = -1.3684 eV A(k,w) = 0.17199E-04 meV^-1
|
|
ik = 172 w = -1.1053 eV A(k,w) = 0.11183E-04 meV^-1
|
|
ik = 172 w = -0.8421 eV A(k,w) = 0.76612E-05 meV^-1
|
|
ik = 172 w = -0.5789 eV A(k,w) = 0.53649E-05 meV^-1
|
|
ik = 172 w = -0.3158 eV A(k,w) = 0.37652E-05 meV^-1
|
|
ik = 172 w = -0.0526 eV A(k,w) = 0.26507E-05 meV^-1
|
|
ik = 172 w = 0.2105 eV A(k,w) = 0.18936E-05 meV^-1
|
|
ik = 172 w = 0.4737 eV A(k,w) = 0.13776E-05 meV^-1
|
|
ik = 172 w = 0.7368 eV A(k,w) = 0.10156E-05 meV^-1
|
|
ik = 172 w = 1.0000 eV A(k,w) = 0.75761E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
172 -4.0000 0.47030E-04
|
|
172 -3.7368 0.55768E-04
|
|
172 -3.4737 0.83243E-04
|
|
172 -3.2105 0.16540E-03
|
|
172 -2.9474 0.53013E-03
|
|
172 -2.6842 0.25226E-02
|
|
172 -2.4211 0.48175E-03
|
|
172 -2.1579 0.13000E-03
|
|
172 -1.8947 0.54861E-04
|
|
172 -1.6316 0.28805E-04
|
|
172 -1.3684 0.17199E-04
|
|
172 -1.1053 0.11183E-04
|
|
172 -0.8421 0.76612E-05
|
|
172 -0.5789 0.53649E-05
|
|
172 -0.3158 0.37652E-05
|
|
172 -0.0526 0.26507E-05
|
|
172 0.2105 0.18936E-05
|
|
172 0.4737 0.13776E-05
|
|
172 0.7368 0.10156E-05
|
|
172 1.0000 0.75761E-06
|
|
172 1 -16.6105 -4.0000 -32.3433 106.6446
|
|
172 1 -16.6105 -3.7368 -26.6739 104.8746
|
|
172 1 -16.6105 -3.4737 -20.9515 102.5584
|
|
172 1 -16.6105 -3.2105 -14.9891 99.7471
|
|
172 1 -16.6105 -2.9474 -8.5386 96.0290
|
|
172 1 -16.6105 -2.6842 -1.9925 90.5320
|
|
172 1 -16.6105 -2.4211 3.2789 83.1104
|
|
172 1 -16.6105 -2.1579 6.4087 74.9056
|
|
172 1 -16.6105 -1.8947 7.6845 67.0130
|
|
172 1 -16.6105 -1.6316 7.7030 59.8688
|
|
172 1 -16.6105 -1.3684 6.9436 53.6169
|
|
172 1 -16.6105 -1.1053 5.9104 48.2226
|
|
172 1 -16.6105 -0.8421 4.9627 43.3096
|
|
172 1 -16.6105 -0.5789 4.0177 38.4035
|
|
172 1 -16.6105 -0.3158 2.6306 33.3660
|
|
172 1 -16.6105 -0.0526 0.5033 28.5669
|
|
172 1 -16.6105 0.2105 -2.1691 24.4114
|
|
172 1 -16.6105 0.4737 -5.0327 20.9461
|
|
172 1 -16.6105 0.7368 -7.9202 18.0311
|
|
172 1 -16.6105 1.0000 -10.7913 15.5850
|
|
|
|
172 2 -10.7517 -4.0000 -34.2674 81.7757
|
|
172 2 -10.7517 -3.7368 -29.8626 81.2981
|
|
172 2 -10.7517 -3.4737 -25.3302 80.4857
|
|
172 2 -10.7517 -3.2105 -20.4310 79.3735
|
|
172 2 -10.7517 -2.9474 -14.8647 77.5474
|
|
172 2 -10.7517 -2.6842 -8.9442 74.1354
|
|
172 2 -10.7517 -2.4211 -3.9167 68.9159
|
|
172 2 -10.7517 -2.1579 -0.6110 62.8574
|
|
172 2 -10.7517 -1.8947 1.1826 56.9149
|
|
172 2 -10.7517 -1.6316 1.9466 51.4638
|
|
172 2 -10.7517 -1.3684 2.0636 46.6498
|
|
172 2 -10.7517 -1.1053 1.9802 42.4616
|
|
172 2 -10.7517 -0.8421 2.0210 38.5390
|
|
172 2 -10.7517 -0.5789 2.0641 34.4126
|
|
172 2 -10.7517 -0.3158 1.6128 29.9687
|
|
172 2 -10.7517 -0.0526 0.3411 25.6311
|
|
172 2 -10.7517 0.2105 -1.5447 21.8471
|
|
172 2 -10.7517 0.4737 -3.6769 18.6736
|
|
172 2 -10.7517 0.7368 -5.8949 15.9737
|
|
172 2 -10.7517 1.0000 -8.1706 13.6861
|
|
|
|
172 3 -5.2472 -4.0000 -58.5126 109.5734
|
|
172 3 -5.2472 -3.7368 -52.0692 110.3221
|
|
172 3 -5.2472 -3.4737 -45.1864 110.5027
|
|
172 3 -5.2472 -3.2105 -37.5730 110.1138
|
|
172 3 -5.2472 -2.9474 -28.8432 108.5219
|
|
172 3 -5.2472 -2.6842 -19.5164 104.4417
|
|
172 3 -5.2472 -2.4211 -11.4629 97.5735
|
|
172 3 -5.2472 -2.1579 -5.9076 89.3545
|
|
172 3 -5.2472 -1.8947 -2.5594 81.1838
|
|
172 3 -5.2472 -1.6316 -0.7381 73.6264
|
|
172 3 -5.2472 -1.3684 0.1160 66.9235
|
|
172 3 -5.2472 -1.1053 0.6734 61.0560
|
|
172 3 -5.2472 -0.8421 1.3947 55.4709
|
|
172 3 -5.2472 -0.5789 2.0560 49.4805
|
|
172 3 -5.2472 -0.3158 1.8923 42.9586
|
|
172 3 -5.2472 -0.0526 0.4289 36.5803
|
|
172 3 -5.2472 0.2105 -2.0005 31.0317
|
|
172 3 -5.2472 0.4737 -4.8256 26.3990
|
|
172 3 -5.2472 0.7368 -7.7947 22.4711
|
|
172 3 -5.2472 1.0000 -10.8640 19.1491
|
|
|
|
172 4 -2.6593 -4.0000 -74.6780 132.0261
|
|
172 4 -2.6593 -3.7368 -66.5864 133.0506
|
|
172 4 -2.6593 -3.4737 -58.0216 133.3914
|
|
172 4 -2.6593 -3.2105 -48.5934 133.0536
|
|
172 4 -2.6593 -2.9474 -37.8275 131.2524
|
|
172 4 -2.6593 -2.6842 -26.3722 126.4434
|
|
172 4 -2.6593 -2.4211 -16.4687 118.3030
|
|
172 4 -2.6593 -2.1579 -9.5472 108.5569
|
|
172 4 -2.6593 -1.8947 -5.2498 98.8527
|
|
172 4 -2.6593 -1.6316 -2.7786 89.8572
|
|
172 4 -2.6593 -1.3684 -1.4703 81.8724
|
|
172 4 -2.6593 -1.1053 -0.5032 74.8837
|
|
172 4 -2.6593 -0.8421 0.6979 68.2057
|
|
172 4 -2.6593 -0.5789 1.8544 60.9657
|
|
172 4 -2.6593 -0.3158 1.9874 52.9910
|
|
172 4 -2.6593 -0.0526 0.4757 45.1369
|
|
172 4 -2.6593 0.2105 -2.2678 38.2815
|
|
172 4 -2.6593 0.4737 -5.5280 32.5371
|
|
172 4 -2.6593 0.7368 -8.9982 27.6426
|
|
172 4 -2.6593 1.0000 -12.6309 23.4884
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 173 coord.: 0.6666667 0.6666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.3978 eV Re[Sigma]= -56.338237 meV Im[Sigma]= 40.534090 meV Z= 1.002330 lam= -0.002325
|
|
E( 2 )= -9.2191 eV Re[Sigma]= -13.643427 meV Im[Sigma]= 49.627677 meV Z= 0.997292 lam= 0.002716
|
|
E( 3 )= -2.0907 eV Re[Sigma]= 96.624229 meV Im[Sigma]= 145.978056 meV Z= 1.021935 lam= -0.021464
|
|
E( 4 )= -2.0907 eV Re[Sigma]= 96.624229 meV Im[Sigma]= 145.978056 meV Z= 1.021935 lam= -0.021464
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 173 coord.: 0.6666667 0.6666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 173 w = -4.0000 eV A(k,w) = 0.28701E-04 meV^-1
|
|
ik = 173 w = -3.7368 eV A(k,w) = 0.38558E-04 meV^-1
|
|
ik = 173 w = -3.4737 eV A(k,w) = 0.54480E-04 meV^-1
|
|
ik = 173 w = -3.2105 eV A(k,w) = 0.82469E-04 meV^-1
|
|
ik = 173 w = -2.9474 eV A(k,w) = 0.13749E-03 meV^-1
|
|
ik = 173 w = -2.6842 eV A(k,w) = 0.26837E-03 meV^-1
|
|
ik = 173 w = -2.4211 eV A(k,w) = 0.74049E-03 meV^-1
|
|
ik = 173 w = -2.1579 eV A(k,w) = 0.43451E-02 meV^-1
|
|
ik = 173 w = -1.8947 eV A(k,w) = 0.13187E-02 meV^-1
|
|
ik = 173 w = -1.6316 eV A(k,w) = 0.28516E-03 meV^-1
|
|
ik = 173 w = -1.3684 eV A(k,w) = 0.10958E-03 meV^-1
|
|
ik = 173 w = -1.1053 eV A(k,w) = 0.54701E-04 meV^-1
|
|
ik = 173 w = -0.8421 eV A(k,w) = 0.31342E-04 meV^-1
|
|
ik = 173 w = -0.5789 eV A(k,w) = 0.19251E-04 meV^-1
|
|
ik = 173 w = -0.3158 eV A(k,w) = 0.12195E-04 meV^-1
|
|
ik = 173 w = -0.0526 eV A(k,w) = 0.78947E-05 meV^-1
|
|
ik = 173 w = 0.2105 eV A(k,w) = 0.52560E-05 meV^-1
|
|
ik = 173 w = 0.4737 eV A(k,w) = 0.35998E-05 meV^-1
|
|
ik = 173 w = 0.7368 eV A(k,w) = 0.25178E-05 meV^-1
|
|
ik = 173 w = 1.0000 eV A(k,w) = 0.17928E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
173 -4.0000 0.28701E-04
|
|
173 -3.7368 0.38558E-04
|
|
173 -3.4737 0.54480E-04
|
|
173 -3.2105 0.82469E-04
|
|
173 -2.9474 0.13749E-03
|
|
173 -2.6842 0.26837E-03
|
|
173 -2.4211 0.74049E-03
|
|
173 -2.1579 0.43451E-02
|
|
173 -1.8947 0.13187E-02
|
|
173 -1.6316 0.28516E-03
|
|
173 -1.3684 0.10958E-03
|
|
173 -1.1053 0.54701E-04
|
|
173 -0.8421 0.31342E-04
|
|
173 -0.5789 0.19251E-04
|
|
173 -0.3158 0.12195E-04
|
|
173 -0.0526 0.78947E-05
|
|
173 0.2105 0.52560E-05
|
|
173 0.4737 0.35998E-05
|
|
173 0.7368 0.25178E-05
|
|
173 1.0000 0.17928E-05
|
|
173 1 -18.3978 -4.0000 -31.6287 115.3521
|
|
173 1 -18.3978 -3.7368 -25.4153 113.2748
|
|
173 1 -18.3978 -3.4737 -19.0569 110.5197
|
|
173 1 -18.3978 -3.2105 -12.4422 107.0386
|
|
173 1 -18.3978 -2.9474 -5.4922 102.4016
|
|
173 1 -18.3978 -2.6842 1.2705 95.8584
|
|
173 1 -18.3978 -2.4211 6.4639 87.4212
|
|
173 1 -18.3978 -2.1579 9.2911 78.3463
|
|
173 1 -18.3978 -1.8947 10.1434 69.7820
|
|
173 1 -18.3978 -1.6316 9.7208 62.1530
|
|
173 1 -18.3978 -1.3684 8.5619 55.5410
|
|
173 1 -18.3978 -1.1053 7.1712 49.8540
|
|
173 1 -18.3978 -0.8421 5.8889 44.6947
|
|
173 1 -18.3978 -0.5789 4.6255 39.5893
|
|
173 1 -18.3978 -0.3158 2.9453 34.3966
|
|
173 1 -18.3978 -0.0526 0.5535 29.4700
|
|
173 1 -18.3978 0.2105 -2.3642 25.2053
|
|
173 1 -18.3978 0.4737 -5.4606 21.6514
|
|
173 1 -18.3978 0.7368 -8.5641 18.6720
|
|
173 1 -18.3978 1.0000 -11.6281 16.1800
|
|
|
|
173 2 -9.2191 -4.0000 -40.7386 91.0201
|
|
173 2 -9.2191 -3.7368 -35.7762 90.8006
|
|
173 2 -9.2191 -3.4737 -30.5956 90.2457
|
|
173 2 -9.2191 -3.2105 -24.8811 89.3679
|
|
173 2 -9.2191 -2.9474 -18.2717 87.6212
|
|
173 2 -9.2191 -2.6842 -11.1705 83.9319
|
|
173 2 -9.2191 -2.4211 -5.0954 78.0193
|
|
173 2 -9.2191 -2.1579 -1.0805 71.0343
|
|
173 2 -9.2191 -1.8947 1.0842 64.1549
|
|
173 2 -9.2191 -1.6316 1.9849 57.8829
|
|
173 2 -9.2191 -1.3684 2.1242 52.4045
|
|
173 2 -9.2191 -1.1053 2.0531 47.6778
|
|
173 2 -9.2191 -0.8421 2.1419 43.2599
|
|
173 2 -9.2191 -0.5789 2.2377 38.6080
|
|
173 2 -9.2191 -0.3158 1.7708 33.5986
|
|
173 2 -9.2191 -0.0526 0.3765 28.7146
|
|
173 2 -9.2191 0.2105 -1.7082 24.4589
|
|
173 2 -9.2191 0.4737 -4.0681 20.8916
|
|
173 2 -9.2191 0.7368 -6.5237 17.8561
|
|
173 2 -9.2191 1.0000 -9.0458 15.2829
|
|
|
|
173 3 -2.0907 -4.0000 -84.6599 143.6781
|
|
173 3 -2.0907 -3.7368 -76.2198 145.2053
|
|
173 3 -2.0907 -3.4737 -67.0723 146.1941
|
|
173 3 -2.0907 -3.2105 -56.7005 146.5237
|
|
173 3 -2.0907 -2.9474 -44.5763 145.1851
|
|
173 3 -2.0907 -2.6842 -31.4828 140.3440
|
|
173 3 -2.0907 -2.4211 -20.0358 131.5734
|
|
173 3 -2.0907 -2.1579 -11.9620 120.8266
|
|
173 3 -2.0907 -1.8947 -6.9217 110.0410
|
|
173 3 -2.0907 -1.6316 -4.0000 100.0411
|
|
173 3 -2.0907 -1.3684 -2.4114 91.1887
|
|
173 3 -2.0907 -1.1053 -1.2100 83.4654
|
|
173 3 -2.0907 -0.8421 0.2664 76.0962
|
|
173 3 -2.0907 -0.5789 1.7178 68.0853
|
|
173 3 -2.0907 -0.3158 2.0381 59.2140
|
|
173 3 -2.0907 -0.0526 0.5042 50.4362
|
|
173 3 -2.0907 0.2105 -2.4371 42.7529
|
|
173 3 -2.0907 0.4737 -5.9829 36.3054
|
|
173 3 -2.0907 0.7368 -9.7848 30.8089
|
|
173 3 -2.0907 1.0000 -13.7841 26.1450
|
|
|
|
173 4 -2.0907 -4.0000 -86.2907 145.2669
|
|
173 4 -2.0907 -3.7368 -77.5827 146.9624
|
|
173 4 -2.0907 -3.4737 -68.1276 148.0454
|
|
173 4 -2.0907 -3.2105 -57.4245 148.3806
|
|
173 4 -2.0907 -2.9474 -44.9824 146.9428
|
|
173 4 -2.0907 -2.6842 -31.6353 141.9083
|
|
173 4 -2.0907 -2.4211 -20.0399 132.8964
|
|
173 4 -2.0907 -2.1579 -11.9208 121.9260
|
|
173 4 -2.0907 -1.8947 -6.8939 110.9747
|
|
173 4 -2.0907 -1.6316 -3.9990 100.8659
|
|
173 4 -2.0907 -1.3684 -2.4247 91.9408
|
|
173 4 -2.0907 -1.1053 -1.2173 84.1576
|
|
173 4 -2.0907 -0.8421 0.2779 76.7212
|
|
173 4 -2.0907 -0.5789 1.7438 68.6296
|
|
173 4 -2.0907 -0.3158 2.0625 59.6720
|
|
173 4 -2.0907 -0.0526 0.5096 50.8131
|
|
173 4 -2.0907 0.2105 -2.4629 43.0608
|
|
173 4 -2.0907 0.4737 -6.0456 36.5584
|
|
173 4 -2.0907 0.7368 -9.8851 31.0192
|
|
173 4 -2.0907 1.0000 -13.9202 26.3222
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 174 coord.: 0.6666667 0.6666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.014504 meV Im[Sigma]= 43.224156 meV Z= 1.007620 lam= -0.007563
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.958743 meV Im[Sigma]= 102.189205 meV Z= 1.018021 lam= -0.017702
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 47.272272 meV Im[Sigma]= 167.532091 meV Z= 1.035892 lam= -0.034648
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.473928 meV Im[Sigma]= 167.237807 meV Z= 1.042447 lam= -0.040718
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 174 coord.: 0.6666667 0.6666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 174 w = -4.0000 eV A(k,w) = 0.12428E-03 meV^-1
|
|
ik = 174 w = -3.7368 eV A(k,w) = 0.29113E-03 meV^-1
|
|
ik = 174 w = -3.4737 eV A(k,w) = 0.13088E-02 meV^-1
|
|
ik = 174 w = -3.2105 eV A(k,w) = 0.13994E-02 meV^-1
|
|
ik = 174 w = -2.9474 eV A(k,w) = 0.63973E-03 meV^-1
|
|
ik = 174 w = -2.6842 eV A(k,w) = 0.21453E-02 meV^-1
|
|
ik = 174 w = -2.4211 eV A(k,w) = 0.77114E-03 meV^-1
|
|
ik = 174 w = -2.1579 eV A(k,w) = 0.19091E-03 meV^-1
|
|
ik = 174 w = -1.8947 eV A(k,w) = 0.79410E-04 meV^-1
|
|
ik = 174 w = -1.6316 eV A(k,w) = 0.41824E-04 meV^-1
|
|
ik = 174 w = -1.3684 eV A(k,w) = 0.25101E-04 meV^-1
|
|
ik = 174 w = -1.1053 eV A(k,w) = 0.16376E-04 meV^-1
|
|
ik = 174 w = -0.8421 eV A(k,w) = 0.11228E-04 meV^-1
|
|
ik = 174 w = -0.5789 eV A(k,w) = 0.78534E-05 meV^-1
|
|
ik = 174 w = -0.3158 eV A(k,w) = 0.54980E-05 meV^-1
|
|
ik = 174 w = -0.0526 eV A(k,w) = 0.38572E-05 meV^-1
|
|
ik = 174 w = 0.2105 eV A(k,w) = 0.27440E-05 meV^-1
|
|
ik = 174 w = 0.4737 eV A(k,w) = 0.19871E-05 meV^-1
|
|
ik = 174 w = 0.7368 eV A(k,w) = 0.14584E-05 meV^-1
|
|
ik = 174 w = 1.0000 eV A(k,w) = 0.10834E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
174 -4.0000 0.12428E-03
|
|
174 -3.7368 0.29113E-03
|
|
174 -3.4737 0.13088E-02
|
|
174 -3.2105 0.13994E-02
|
|
174 -2.9474 0.63973E-03
|
|
174 -2.6842 0.21453E-02
|
|
174 -2.4211 0.77114E-03
|
|
174 -2.1579 0.19091E-03
|
|
174 -1.8947 0.79410E-04
|
|
174 -1.6316 0.41824E-04
|
|
174 -1.3684 0.25101E-04
|
|
174 -1.1053 0.16376E-04
|
|
174 -0.8421 0.11228E-04
|
|
174 -0.5789 0.78534E-05
|
|
174 -0.3158 0.54980E-05
|
|
174 -0.0526 0.38572E-05
|
|
174 0.2105 0.27440E-05
|
|
174 0.4737 0.19871E-05
|
|
174 0.7368 0.14584E-05
|
|
174 1.0000 0.10834E-05
|
|
174 1 -18.6527 -4.0000 -29.8203 116.4528
|
|
174 1 -18.6527 -3.7368 -23.7592 113.9640
|
|
174 1 -18.6527 -3.4737 -17.6598 110.8460
|
|
174 1 -18.6527 -3.2105 -11.4086 107.1200
|
|
174 1 -18.6527 -2.9474 -4.8393 102.4197
|
|
174 1 -18.6527 -2.6842 1.6380 95.9536
|
|
174 1 -18.6527 -2.4211 6.6713 87.6364
|
|
174 1 -18.6527 -2.1579 9.4294 78.6609
|
|
174 1 -18.6527 -1.8947 10.2622 70.1543
|
|
174 1 -18.6527 -1.6316 9.8352 62.5389
|
|
174 1 -18.6527 -1.3684 8.6594 55.9124
|
|
174 1 -18.6527 -1.1053 7.2332 50.2103
|
|
174 1 -18.6527 -0.8421 5.9137 45.0517
|
|
174 1 -18.6527 -0.5789 4.6296 39.9556
|
|
174 1 -18.6527 -0.3158 2.9450 34.7638
|
|
174 1 -18.6527 -0.0526 0.5535 29.8253
|
|
174 1 -18.6527 0.2105 -2.3645 25.5395
|
|
174 1 -18.6527 0.4737 -5.4637 21.9559
|
|
174 1 -18.6527 0.7368 -8.5777 18.9399
|
|
174 1 -18.6527 1.0000 -11.6621 16.4108
|
|
|
|
174 2 -6.9063 -4.0000 -51.7928 105.5271
|
|
174 2 -6.9063 -3.7368 -45.7299 105.6347
|
|
174 2 -6.9063 -3.4737 -39.3753 105.2636
|
|
174 2 -6.9063 -3.2105 -32.4072 104.4274
|
|
174 2 -6.9063 -2.9474 -24.4487 102.5186
|
|
174 2 -6.9063 -2.6842 -15.9884 98.3472
|
|
174 2 -6.9063 -2.4211 -8.7467 91.6542
|
|
174 2 -6.9063 -2.1579 -3.8343 83.7670
|
|
174 2 -6.9063 -1.8947 -0.9784 75.9720
|
|
174 2 -6.9063 -1.6316 0.4556 68.7995
|
|
174 2 -6.9063 -1.3684 1.0060 62.4721
|
|
174 2 -6.9063 -1.1053 1.3052 56.9558
|
|
174 2 -6.9063 -0.8421 1.7774 51.7256
|
|
174 2 -6.9063 -0.5789 2.2123 46.1418
|
|
174 2 -6.9063 -0.3158 1.9054 40.0853
|
|
174 2 -6.9063 -0.0526 0.4204 34.1716
|
|
174 2 -6.9063 0.2105 -1.9387 29.0269
|
|
174 2 -6.9063 0.4737 -4.6511 24.7286
|
|
174 2 -6.9063 0.7368 -7.4876 21.0822
|
|
174 2 -6.9063 1.0000 -10.4089 17.9963
|
|
|
|
174 3 -3.2910 -4.0000 -69.9913 127.1491
|
|
174 3 -3.2910 -3.7368 -62.4574 128.0417
|
|
174 3 -3.2910 -3.4737 -54.4107 128.3124
|
|
174 3 -3.2910 -3.2105 -45.4987 127.9244
|
|
174 3 -3.2910 -2.9474 -35.3018 126.1240
|
|
174 3 -3.2910 -2.6842 -24.4490 121.4478
|
|
174 3 -3.2910 -2.4211 -15.0856 113.5889
|
|
174 3 -3.2910 -2.1579 -8.5867 104.2067
|
|
174 3 -3.2910 -1.8947 -4.6013 94.8936
|
|
174 3 -3.2910 -1.6316 -2.3449 86.2866
|
|
174 3 -3.2910 -1.3684 -1.1723 78.6585
|
|
174 3 -3.2910 -1.1053 -0.2997 71.9786
|
|
174 3 -3.2910 -0.8421 0.8117 65.5794
|
|
174 3 -3.2910 -0.5789 1.8794 58.6276
|
|
174 3 -3.2910 -0.3158 1.9614 50.9679
|
|
174 3 -3.2910 -0.0526 0.4656 43.4231
|
|
174 3 -3.2910 0.2105 -2.2137 36.8352
|
|
174 3 -3.2910 0.4737 -5.3913 31.3162
|
|
174 3 -3.2910 0.7368 -8.7694 26.6183
|
|
174 3 -3.2910 1.0000 -12.2984 22.6347
|
|
|
|
174 4 -2.6027 -4.0000 -75.1986 138.4733
|
|
174 4 -2.6027 -3.7368 -67.0908 139.2726
|
|
174 4 -2.6027 -3.4737 -58.4227 139.4877
|
|
174 4 -2.6027 -3.2105 -48.7523 139.0218
|
|
174 4 -2.6027 -2.9474 -37.6450 136.9862
|
|
174 4 -2.6027 -2.6842 -25.8449 131.7802
|
|
174 4 -2.6027 -2.4211 -15.7129 123.1103
|
|
174 4 -2.6027 -2.1579 -8.7284 112.8123
|
|
174 4 -2.6027 -1.8947 -4.4901 102.6247
|
|
174 4 -2.6027 -1.6316 -2.1262 93.2422
|
|
174 4 -2.6027 -1.3684 -0.9125 84.9447
|
|
174 4 -2.6027 -1.1053 0.0005 77.6657
|
|
174 4 -2.6027 -0.8421 1.1630 70.6649
|
|
174 4 -2.6027 -0.5789 2.2385 63.0688
|
|
174 4 -2.6027 -0.3158 2.2275 54.7449
|
|
174 4 -2.6027 -0.0526 0.5199 46.5762
|
|
174 4 -2.6027 0.2105 -2.4577 39.4551
|
|
174 4 -2.6027 0.4737 -5.9727 33.5053
|
|
174 4 -2.6027 0.7368 -9.6938 28.4672
|
|
174 4 -2.6027 1.0000 -13.5527 24.2167
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 175 coord.: 0.6666667 0.8333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.005755 meV Im[Sigma]= 43.009493 meV Z= 1.007519 lam= -0.007463
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.493276 meV Im[Sigma]= 103.624613 meV Z= 1.018621 lam= -0.018280
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 46.957273 meV Im[Sigma]= 163.847708 meV Z= 1.034365 lam= -0.033223
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.525013 meV Im[Sigma]= 170.824886 meV Z= 1.043891 lam= -0.042046
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 175 coord.: 0.6666667 0.8333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 175 w = -4.0000 eV A(k,w) = 0.12241E-03 meV^-1
|
|
ik = 175 w = -3.7368 eV A(k,w) = 0.28611E-03 meV^-1
|
|
ik = 175 w = -3.4737 eV A(k,w) = 0.13006E-02 meV^-1
|
|
ik = 175 w = -3.2105 eV A(k,w) = 0.14067E-02 meV^-1
|
|
ik = 175 w = -2.9474 eV A(k,w) = 0.64294E-03 meV^-1
|
|
ik = 175 w = -2.6842 eV A(k,w) = 0.21305E-02 meV^-1
|
|
ik = 175 w = -2.4211 eV A(k,w) = 0.77361E-03 meV^-1
|
|
ik = 175 w = -2.1579 eV A(k,w) = 0.19334E-03 meV^-1
|
|
ik = 175 w = -1.8947 eV A(k,w) = 0.80421E-04 meV^-1
|
|
ik = 175 w = -1.6316 eV A(k,w) = 0.42236E-04 meV^-1
|
|
ik = 175 w = -1.3684 eV A(k,w) = 0.25247E-04 meV^-1
|
|
ik = 175 w = -1.1053 eV A(k,w) = 0.16405E-04 meV^-1
|
|
ik = 175 w = -0.8421 eV A(k,w) = 0.11214E-04 meV^-1
|
|
ik = 175 w = -0.5789 eV A(k,w) = 0.78281E-05 meV^-1
|
|
ik = 175 w = -0.3158 eV A(k,w) = 0.54751E-05 meV^-1
|
|
ik = 175 w = -0.0526 eV A(k,w) = 0.38398E-05 meV^-1
|
|
ik = 175 w = 0.2105 eV A(k,w) = 0.27315E-05 meV^-1
|
|
ik = 175 w = 0.4737 eV A(k,w) = 0.19784E-05 meV^-1
|
|
ik = 175 w = 0.7368 eV A(k,w) = 0.14524E-05 meV^-1
|
|
ik = 175 w = 1.0000 eV A(k,w) = 0.10793E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
175 -4.0000 0.12241E-03
|
|
175 -3.7368 0.28611E-03
|
|
175 -3.4737 0.13006E-02
|
|
175 -3.2105 0.14067E-02
|
|
175 -2.9474 0.64294E-03
|
|
175 -2.6842 0.21305E-02
|
|
175 -2.4211 0.77361E-03
|
|
175 -2.1579 0.19334E-03
|
|
175 -1.8947 0.80421E-04
|
|
175 -1.6316 0.42236E-04
|
|
175 -1.3684 0.25247E-04
|
|
175 -1.1053 0.16405E-04
|
|
175 -0.8421 0.11214E-04
|
|
175 -0.5789 0.78281E-05
|
|
175 -0.3158 0.54751E-05
|
|
175 -0.0526 0.38398E-05
|
|
175 0.2105 0.27315E-05
|
|
175 0.4737 0.19784E-05
|
|
175 0.7368 0.14524E-05
|
|
175 1.0000 0.10793E-05
|
|
175 1 -18.6527 -4.0000 -30.1605 117.1581
|
|
175 1 -18.6527 -3.7368 -24.0882 114.6322
|
|
175 1 -18.6527 -3.4737 -17.9810 111.5090
|
|
175 1 -18.6527 -3.2105 -11.7039 107.8027
|
|
175 1 -18.6527 -2.9474 -5.0802 103.1271
|
|
175 1 -18.6527 -2.6842 1.4750 96.6741
|
|
175 1 -18.6527 -2.4211 6.6035 88.3509
|
|
175 1 -18.6527 -2.1579 9.4697 79.3396
|
|
175 1 -18.6527 -1.8947 10.4055 70.7544
|
|
175 1 -18.6527 -1.6316 10.0499 63.0249
|
|
175 1 -18.6527 -1.3684 8.9010 56.2714
|
|
175 1 -18.6527 -1.1053 7.4607 50.4505
|
|
175 1 -18.6527 -0.8421 6.0965 45.1958
|
|
175 1 -18.6527 -0.5789 4.7522 40.0334
|
|
175 1 -18.6527 -0.3158 3.0066 34.8033
|
|
175 1 -18.6527 -0.0526 0.5627 29.8461
|
|
175 1 -18.6527 0.2105 -2.3975 25.5518
|
|
175 1 -18.6527 0.4737 -5.5312 21.9659
|
|
175 1 -18.6527 0.7368 -8.6725 18.9519
|
|
175 1 -18.6527 1.0000 -11.7773 16.4266
|
|
|
|
175 2 -6.9063 -4.0000 -50.7965 105.1380
|
|
175 2 -6.9063 -3.7368 -44.9090 105.1240
|
|
175 2 -6.9063 -3.4737 -38.7459 104.7039
|
|
175 2 -6.9063 -3.2105 -31.9524 103.8889
|
|
175 2 -6.9063 -2.9474 -24.1241 102.0516
|
|
175 2 -6.9063 -2.6842 -15.7394 97.9742
|
|
175 2 -6.9063 -2.4211 -8.5189 91.3740
|
|
175 2 -6.9063 -2.1579 -3.5799 83.5531
|
|
175 2 -6.9063 -1.8947 -0.6733 75.7749
|
|
175 2 -6.9063 -1.6316 0.7993 68.5684
|
|
175 2 -6.9063 -1.3684 1.3503 62.1772
|
|
175 2 -6.9063 -1.1053 1.6036 56.5961
|
|
175 2 -6.9063 -0.8421 1.9922 51.3294
|
|
175 2 -6.9063 -0.5789 2.3330 45.7544
|
|
175 2 -6.9063 -0.3158 1.9516 39.7451
|
|
175 2 -6.9063 -0.0526 0.4251 33.8931
|
|
175 2 -6.9063 0.2105 -1.9489 28.8045
|
|
175 2 -6.9063 0.4737 -4.6633 24.5498
|
|
175 2 -6.9063 0.7368 -7.4972 20.9379
|
|
175 2 -6.9063 1.0000 -10.4130 17.8809
|
|
|
|
175 3 -3.2910 -4.0000 -68.2123 124.7423
|
|
175 3 -3.2910 -3.7368 -61.1019 125.5192
|
|
175 3 -3.2910 -3.4737 -53.5111 125.8357
|
|
175 3 -3.2910 -3.2105 -44.9936 125.6573
|
|
175 3 -3.2910 -2.9474 -35.0537 124.1652
|
|
175 3 -3.2910 -2.6842 -24.3137 119.8082
|
|
175 3 -3.2910 -2.4211 -14.9526 112.2284
|
|
175 3 -3.2910 -2.1579 -8.3741 103.0573
|
|
175 3 -3.2910 -1.8947 -4.2657 93.8586
|
|
175 3 -3.2910 -1.6316 -1.9021 85.2677
|
|
175 3 -3.2910 -1.3684 -0.6806 77.5922
|
|
175 3 -3.2910 -1.1053 0.1674 70.8438
|
|
175 3 -3.2910 -0.8421 1.1837 64.3975
|
|
175 3 -3.2910 -0.5789 2.1128 57.4581
|
|
175 3 -3.2910 -0.3158 2.0620 49.8819
|
|
175 3 -3.2910 -0.0526 0.4774 42.4638
|
|
175 3 -3.2910 0.2105 -2.2456 36.0094
|
|
175 3 -3.2910 0.4737 -5.4376 30.6175
|
|
175 3 -3.2910 0.7368 -8.8063 26.0391
|
|
175 3 -3.2910 1.0000 -12.3044 22.1614
|
|
|
|
175 4 -2.6027 -4.0000 -76.7451 139.8808
|
|
175 4 -2.6027 -3.7368 -68.5910 140.7704
|
|
175 4 -2.6027 -3.4737 -59.8589 141.1174
|
|
175 4 -2.6027 -3.2105 -50.0736 140.8181
|
|
175 4 -2.6027 -2.9474 -38.7760 138.9566
|
|
175 4 -2.6027 -2.6842 -26.6995 133.8976
|
|
175 4 -2.6027 -2.4211 -16.2018 125.3046
|
|
175 4 -2.6027 -2.1579 -8.7835 114.9470
|
|
175 4 -2.6027 -1.8947 -4.1364 104.5092
|
|
175 4 -2.6027 -1.6316 -1.5096 94.7292
|
|
175 4 -2.6027 -1.3684 -0.2268 86.0006
|
|
175 4 -2.6027 -1.1053 0.5918 78.3583
|
|
175 4 -2.6027 -0.8421 1.5726 71.1223
|
|
175 4 -2.6027 -0.5789 2.4698 63.4138
|
|
175 4 -2.6027 -0.3158 2.3286 55.0445
|
|
175 4 -2.6027 -0.0526 0.5337 46.8529
|
|
175 4 -2.6027 0.2105 -2.5036 39.7141
|
|
175 4 -2.6027 0.4737 -6.0610 33.7451
|
|
175 4 -2.6027 0.7368 -9.8162 28.6837
|
|
175 4 -2.6027 1.0000 -13.7071 24.4080
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 176 coord.: 0.6666667 0.8333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.836384 meV Im[Sigma]= 72.505883 meV Z= 1.014393 lam= -0.014189
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.613493 meV Im[Sigma]= 50.530154 meV Z= 0.996385 lam= 0.003628
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.879837 meV Im[Sigma]= 87.563575 meV Z= 1.015486 lam= -0.015250
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.626169 meV Im[Sigma]= 143.147689 meV Z= 1.024969 lam= -0.024361
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 176 coord.: 0.6666667 0.8333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 176 w = -4.0000 eV A(k,w) = 0.26631E-02 meV^-1
|
|
ik = 176 w = -3.7368 eV A(k,w) = 0.41893E-03 meV^-1
|
|
ik = 176 w = -3.4737 eV A(k,w) = 0.12973E-03 meV^-1
|
|
ik = 176 w = -3.2105 eV A(k,w) = 0.62224E-04 meV^-1
|
|
ik = 176 w = -2.9474 eV A(k,w) = 0.36451E-04 meV^-1
|
|
ik = 176 w = -2.6842 eV A(k,w) = 0.23498E-04 meV^-1
|
|
ik = 176 w = -2.4211 eV A(k,w) = 0.15839E-04 meV^-1
|
|
ik = 176 w = -2.1579 eV A(k,w) = 0.11006E-04 meV^-1
|
|
ik = 176 w = -1.8947 eV A(k,w) = 0.78769E-05 meV^-1
|
|
ik = 176 w = -1.6316 eV A(k,w) = 0.57932E-05 meV^-1
|
|
ik = 176 w = -1.3684 eV A(k,w) = 0.43701E-05 meV^-1
|
|
ik = 176 w = -1.1053 eV A(k,w) = 0.33723E-05 meV^-1
|
|
ik = 176 w = -0.8421 eV A(k,w) = 0.26336E-05 meV^-1
|
|
ik = 176 w = -0.5789 eV A(k,w) = 0.20466E-05 meV^-1
|
|
ik = 176 w = -0.3158 eV A(k,w) = 0.15648E-05 meV^-1
|
|
ik = 176 w = -0.0526 eV A(k,w) = 0.11841E-05 meV^-1
|
|
ik = 176 w = 0.2105 eV A(k,w) = 0.89962E-06 meV^-1
|
|
ik = 176 w = 0.4737 eV A(k,w) = 0.69023E-06 meV^-1
|
|
ik = 176 w = 0.7368 eV A(k,w) = 0.53313E-06 meV^-1
|
|
ik = 176 w = 1.0000 eV A(k,w) = 0.41450E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
176 -4.0000 0.26631E-02
|
|
176 -3.7368 0.41893E-03
|
|
176 -3.4737 0.12973E-03
|
|
176 -3.2105 0.62224E-04
|
|
176 -2.9474 0.36451E-04
|
|
176 -2.6842 0.23498E-04
|
|
176 -2.4211 0.15839E-04
|
|
176 -2.1579 0.11006E-04
|
|
176 -1.8947 0.78769E-05
|
|
176 -1.6316 0.57932E-05
|
|
176 -1.3684 0.43701E-05
|
|
176 -1.1053 0.33723E-05
|
|
176 -0.8421 0.26336E-05
|
|
176 -0.5789 0.20466E-05
|
|
176 -0.3158 0.15648E-05
|
|
176 -0.0526 0.11841E-05
|
|
176 0.2105 0.89962E-06
|
|
176 0.4737 0.69023E-06
|
|
176 0.7368 0.53313E-06
|
|
176 1.0000 0.41450E-06
|
|
176 1 -16.2688 -4.0000 -31.9771 105.3332
|
|
176 1 -16.2688 -3.7368 -26.5231 103.5719
|
|
176 1 -16.2688 -3.4737 -20.9893 101.3175
|
|
176 1 -16.2688 -3.2105 -15.1900 98.5959
|
|
176 1 -16.2688 -2.9474 -8.8824 94.9952
|
|
176 1 -16.2688 -2.6842 -2.4484 89.6420
|
|
176 1 -16.2688 -2.4211 2.7465 82.3773
|
|
176 1 -16.2688 -2.1579 5.8315 74.3355
|
|
176 1 -16.2688 -1.8947 7.0975 66.6094
|
|
176 1 -16.2688 -1.6316 7.1437 59.6223
|
|
176 1 -16.2688 -1.3684 6.4401 53.5078
|
|
176 1 -16.2688 -1.1053 5.4835 48.2308
|
|
176 1 -16.2688 -0.8421 4.6327 43.4123
|
|
176 1 -16.2688 -0.5789 3.8001 38.5675
|
|
176 1 -16.2688 -0.3158 2.5234 33.5525
|
|
176 1 -16.2688 -0.0526 0.4875 28.7481
|
|
176 1 -16.2688 0.2105 -2.1129 24.5750
|
|
176 1 -16.2688 0.4737 -4.9191 21.0847
|
|
176 1 -16.2688 0.7368 -7.7640 18.1388
|
|
176 1 -16.2688 1.0000 -10.6081 15.6617
|
|
|
|
176 2 -8.9488 -4.0000 -44.8683 93.7834
|
|
176 2 -8.9488 -3.7368 -39.7903 93.8310
|
|
176 2 -8.9488 -3.4737 -34.3926 93.5555
|
|
176 2 -8.9488 -3.2105 -28.3675 92.9193
|
|
176 2 -8.9488 -2.9474 -21.3744 91.3469
|
|
176 2 -8.9488 -2.6842 -13.8492 87.7322
|
|
176 2 -8.9488 -2.4211 -7.3700 81.8017
|
|
176 2 -8.9488 -2.1579 -2.9833 74.7561
|
|
176 2 -8.9488 -1.8947 -0.4496 67.7807
|
|
176 2 -8.9488 -1.6316 0.8124 61.3514
|
|
176 2 -8.9488 -1.3684 1.2741 55.6586
|
|
176 2 -8.9488 -1.1053 1.4841 50.6841
|
|
176 2 -8.9488 -0.8421 1.8227 45.9818
|
|
176 2 -8.9488 -0.5789 2.1202 40.9941
|
|
176 2 -8.9488 -0.3158 1.7676 35.6106
|
|
176 2 -8.9488 -0.0526 0.3844 30.3661
|
|
176 2 -8.9488 0.2105 -1.7615 25.8072
|
|
176 2 -8.9488 0.4737 -4.2129 21.9992
|
|
176 2 -8.9488 0.7368 -6.7685 18.7697
|
|
176 2 -8.9488 1.0000 -9.3940 16.0375
|
|
|
|
176 3 -6.9060 -4.0000 -44.9087 89.3949
|
|
176 3 -6.9060 -3.7368 -40.0545 89.8069
|
|
176 3 -6.9060 -3.4737 -34.7906 89.8569
|
|
176 3 -6.9060 -3.2105 -28.8803 89.4752
|
|
176 3 -6.9060 -2.9474 -22.0484 88.1317
|
|
176 3 -6.9060 -2.6842 -14.7235 84.8037
|
|
176 3 -6.9060 -2.4211 -8.4040 79.2515
|
|
176 3 -6.9060 -2.1579 -4.0710 72.6265
|
|
176 3 -6.9060 -1.8947 -1.4847 66.0452
|
|
176 3 -6.9060 -1.6316 -0.1030 59.9436
|
|
176 3 -6.9060 -1.3684 0.5012 54.5106
|
|
176 3 -6.9060 -1.1053 0.8542 49.7500
|
|
176 3 -6.9060 -0.8421 1.3396 45.2330
|
|
176 3 -6.9060 -0.5789 1.7933 40.3982
|
|
176 3 -6.9060 -0.3158 1.5969 35.1294
|
|
176 3 -6.9060 -0.0526 0.3575 29.9682
|
|
176 3 -6.9060 0.2105 -1.6588 25.4721
|
|
176 3 -6.9060 0.4737 -3.9918 21.7104
|
|
176 3 -6.9060 0.7368 -6.4417 18.5117
|
|
176 3 -6.9060 1.0000 -8.9771 15.7992
|
|
|
|
176 4 -3.9563 -4.0000 -63.2244 116.4542
|
|
176 4 -3.9563 -3.7368 -56.6471 117.3190
|
|
176 4 -3.9563 -3.4737 -49.5024 117.7475
|
|
176 4 -3.9563 -3.2105 -41.4150 117.6290
|
|
176 4 -3.9563 -2.9474 -31.9962 116.1853
|
|
176 4 -3.9563 -2.6842 -21.8687 111.9944
|
|
176 4 -3.9563 -2.4211 -13.0932 104.7438
|
|
176 4 -3.9563 -2.1579 -7.0050 96.0000
|
|
176 4 -3.9563 -1.8947 -3.2937 87.2797
|
|
176 4 -3.9563 -1.6316 -1.2305 79.1930
|
|
176 4 -3.9563 -1.3684 -0.2228 72.0039
|
|
176 4 -3.9563 -1.1053 0.4449 65.7069
|
|
176 4 -3.9563 -0.8421 1.2794 59.7217
|
|
176 4 -3.9563 -0.5789 2.0569 53.3042
|
|
176 4 -3.9563 -0.3158 1.9538 46.3033
|
|
176 4 -3.9563 -0.0526 0.4484 39.4435
|
|
176 4 -3.9563 0.2105 -2.1024 33.4691
|
|
176 4 -3.9563 0.4737 -5.0839 28.4727
|
|
176 4 -3.9563 0.7368 -8.2287 24.2263
|
|
176 4 -3.9563 1.0000 -11.4938 20.6281
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 177 coord.: 0.6666667 0.8333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.809427 meV Im[Sigma]= 61.804435 meV Z= 1.001409 lam= -0.001407
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.747475 meV Im[Sigma]= 66.399561 meV Z= 1.009668 lam= -0.009575
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -18.527594 meV Im[Sigma]= 76.767963 meV Z= 1.006441 lam= -0.006400
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 1.744055 meV Im[Sigma]= 111.083276 meV Z= 1.020936 lam= -0.020507
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 177 coord.: 0.6666667 0.8333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 177 w = -4.0000 eV A(k,w) = 0.21324E-04 meV^-1
|
|
ik = 177 w = -3.7368 eV A(k,w) = 0.15535E-04 meV^-1
|
|
ik = 177 w = -3.4737 eV A(k,w) = 0.11890E-04 meV^-1
|
|
ik = 177 w = -3.2105 eV A(k,w) = 0.94149E-05 meV^-1
|
|
ik = 177 w = -2.9474 eV A(k,w) = 0.75939E-05 meV^-1
|
|
ik = 177 w = -2.6842 eV A(k,w) = 0.61203E-05 meV^-1
|
|
ik = 177 w = -2.4211 eV A(k,w) = 0.48740E-05 meV^-1
|
|
ik = 177 w = -2.1579 eV A(k,w) = 0.38588E-05 meV^-1
|
|
ik = 177 w = -1.8947 eV A(k,w) = 0.30670E-05 meV^-1
|
|
ik = 177 w = -1.6316 eV A(k,w) = 0.24572E-05 meV^-1
|
|
ik = 177 w = -1.3684 eV A(k,w) = 0.19892E-05 meV^-1
|
|
ik = 177 w = -1.1053 eV A(k,w) = 0.16283E-05 meV^-1
|
|
ik = 177 w = -0.8421 eV A(k,w) = 0.13368E-05 meV^-1
|
|
ik = 177 w = -0.5789 eV A(k,w) = 0.10845E-05 meV^-1
|
|
ik = 177 w = -0.3158 eV A(k,w) = 0.86099E-06 meV^-1
|
|
ik = 177 w = -0.0526 eV A(k,w) = 0.67353E-06 meV^-1
|
|
ik = 177 w = 0.2105 eV A(k,w) = 0.52709E-06 meV^-1
|
|
ik = 177 w = 0.4737 eV A(k,w) = 0.41520E-06 meV^-1
|
|
ik = 177 w = 0.7368 eV A(k,w) = 0.32836E-06 meV^-1
|
|
ik = 177 w = 1.0000 eV A(k,w) = 0.26081E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
177 -4.0000 0.21324E-04
|
|
177 -3.7368 0.15535E-04
|
|
177 -3.4737 0.11890E-04
|
|
177 -3.2105 0.94149E-05
|
|
177 -2.9474 0.75939E-05
|
|
177 -2.6842 0.61203E-05
|
|
177 -2.4211 0.48740E-05
|
|
177 -2.1579 0.38588E-05
|
|
177 -1.8947 0.30670E-05
|
|
177 -1.6316 0.24572E-05
|
|
177 -1.3684 0.19892E-05
|
|
177 -1.1053 0.16283E-05
|
|
177 -0.8421 0.13368E-05
|
|
177 -0.5789 0.10845E-05
|
|
177 -0.3158 0.86099E-06
|
|
177 -0.0526 0.67353E-06
|
|
177 0.2105 0.52709E-06
|
|
177 0.4737 0.41520E-06
|
|
177 0.7368 0.32836E-06
|
|
177 1.0000 0.26081E-06
|
|
177 1 -13.5072 -4.0000 -40.3384 111.2175
|
|
177 1 -13.5072 -3.7368 -34.1675 109.8059
|
|
177 1 -13.5072 -3.4737 -27.9780 107.8593
|
|
177 1 -13.5072 -3.2105 -21.4855 105.4930
|
|
177 1 -13.5072 -2.9474 -14.2963 102.2193
|
|
177 1 -13.5072 -2.6842 -6.8034 96.9516
|
|
177 1 -13.5072 -2.4211 -0.5874 89.4370
|
|
177 1 -13.5072 -2.1579 3.3121 80.9312
|
|
177 1 -13.5072 -1.8947 5.1739 72.6744
|
|
177 1 -13.5072 -1.6316 5.6439 65.1761
|
|
177 1 -13.5072 -1.3684 5.2609 58.6215
|
|
177 1 -13.5072 -1.1053 4.6120 52.9664
|
|
177 1 -13.5072 -0.8421 4.0962 47.7521
|
|
177 1 -13.5072 -0.5789 3.5750 42.4217
|
|
177 1 -13.5072 -0.3158 2.4928 36.8417
|
|
177 1 -13.5072 -0.0526 0.4952 31.4830
|
|
177 1 -13.5072 0.2105 -2.1745 26.8393
|
|
177 1 -13.5072 0.4737 -5.0926 22.9657
|
|
177 1 -13.5072 0.7368 -8.0660 19.6969
|
|
177 1 -13.5072 1.0000 -11.0549 16.9449
|
|
|
|
177 2 -11.9153 -4.0000 -30.1210 71.1675
|
|
177 2 -11.9153 -3.7368 -26.6269 71.1052
|
|
177 2 -11.9153 -3.4737 -22.8089 70.7772
|
|
177 2 -11.9153 -3.2105 -18.5170 70.0991
|
|
177 2 -11.9153 -2.9474 -13.5891 68.6898
|
|
177 2 -11.9153 -2.6842 -8.3486 65.8247
|
|
177 2 -11.9153 -2.4211 -3.8968 61.3430
|
|
177 2 -11.9153 -2.1579 -0.9501 56.1162
|
|
177 2 -11.9153 -1.8947 0.7009 50.9787
|
|
177 2 -11.9153 -1.6316 1.4808 46.2258
|
|
177 2 -11.9153 -1.3684 1.6865 41.9691
|
|
177 2 -11.9153 -1.1053 1.6784 38.2257
|
|
177 2 -11.9153 -0.8421 1.7476 34.7115
|
|
177 2 -11.9153 -0.5789 1.8080 31.0194
|
|
177 2 -11.9153 -0.3158 1.4262 27.0373
|
|
177 2 -11.9153 -0.0526 0.3036 23.1379
|
|
177 2 -11.9153 0.2105 -1.3813 19.7272
|
|
177 2 -11.9153 0.4737 -3.2989 16.8622
|
|
177 2 -11.9153 0.7368 -5.3025 14.4250
|
|
177 2 -11.9153 1.0000 -7.3628 12.3626
|
|
|
|
177 3 -7.7465 -4.0000 -42.9663 89.1856
|
|
177 3 -7.7465 -3.7368 -38.1318 89.3458
|
|
177 3 -7.7465 -3.4737 -32.9459 89.1486
|
|
177 3 -7.7465 -3.2105 -27.1715 88.5345
|
|
177 3 -7.7465 -2.9474 -20.5385 86.9934
|
|
177 3 -7.7465 -2.6842 -13.4640 83.5367
|
|
177 3 -7.7465 -2.4211 -7.4039 77.9455
|
|
177 3 -7.7465 -2.1579 -3.2961 71.3543
|
|
177 3 -7.7465 -1.8947 -0.8828 64.8459
|
|
177 3 -7.7465 -1.6316 0.3752 58.8255
|
|
177 3 -7.7465 -1.3684 0.8868 53.4602
|
|
177 3 -7.7465 -1.1053 1.1503 48.7525
|
|
177 3 -7.7465 -0.8421 1.5353 44.2955
|
|
177 3 -7.7465 -0.5789 1.8910 39.5500
|
|
177 3 -7.7465 -0.3158 1.6259 34.3977
|
|
177 3 -7.7465 -0.0526 0.3589 29.3559
|
|
177 3 -7.7465 0.2105 -1.6559 24.9618
|
|
177 3 -7.7465 0.4737 -3.9757 21.2829
|
|
177 3 -7.7465 0.7368 -6.4074 18.1549
|
|
177 3 -7.7465 1.0000 -8.9188 15.5045
|
|
|
|
177 4 -5.2565 -4.0000 -54.3979 101.0171
|
|
177 4 -5.2565 -3.7368 -48.7015 101.6588
|
|
177 4 -5.2565 -3.4737 -42.5578 101.9223
|
|
177 4 -5.2565 -3.2105 -35.6562 101.7047
|
|
177 4 -5.2565 -2.9474 -27.6808 100.3750
|
|
177 4 -5.2565 -2.6842 -19.1368 96.7584
|
|
177 4 -5.2565 -2.4211 -11.7411 90.5953
|
|
177 4 -5.2565 -2.1579 -6.5977 83.2085
|
|
177 4 -5.2565 -1.8947 -3.4182 75.8581
|
|
177 4 -5.2565 -1.6316 -1.5891 69.0225
|
|
177 4 -5.2565 -1.3684 -0.6368 62.9123
|
|
177 4 -5.2565 -1.1053 0.0346 57.5334
|
|
177 4 -5.2565 -0.8421 0.8613 52.3893
|
|
177 4 -5.2565 -0.5789 1.6422 46.8262
|
|
177 4 -5.2565 -0.3158 1.6388 40.7137
|
|
177 4 -5.2565 -0.0526 0.3828 34.7036
|
|
177 4 -5.2565 0.2105 -1.8074 29.4633
|
|
177 4 -5.2565 0.4737 -4.3847 25.0761
|
|
177 4 -5.2565 0.7368 -7.1142 21.3400
|
|
177 4 -5.2565 1.0000 -9.9605 18.1684
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 178 coord.: 0.6666667 0.8333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.836407 meV Im[Sigma]= 72.505886 meV Z= 1.014393 lam= -0.014189
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.613766 meV Im[Sigma]= 50.530324 meV Z= 0.996385 lam= 0.003628
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.879460 meV Im[Sigma]= 87.563512 meV Z= 1.015486 lam= -0.015250
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.626159 meV Im[Sigma]= 143.148148 meV Z= 1.024969 lam= -0.024361
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 178 coord.: 0.6666667 0.8333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 178 w = -4.0000 eV A(k,w) = 0.26631E-02 meV^-1
|
|
ik = 178 w = -3.7368 eV A(k,w) = 0.41893E-03 meV^-1
|
|
ik = 178 w = -3.4737 eV A(k,w) = 0.12973E-03 meV^-1
|
|
ik = 178 w = -3.2105 eV A(k,w) = 0.62225E-04 meV^-1
|
|
ik = 178 w = -2.9474 eV A(k,w) = 0.36451E-04 meV^-1
|
|
ik = 178 w = -2.6842 eV A(k,w) = 0.23498E-04 meV^-1
|
|
ik = 178 w = -2.4211 eV A(k,w) = 0.15839E-04 meV^-1
|
|
ik = 178 w = -2.1579 eV A(k,w) = 0.11006E-04 meV^-1
|
|
ik = 178 w = -1.8947 eV A(k,w) = 0.78769E-05 meV^-1
|
|
ik = 178 w = -1.6316 eV A(k,w) = 0.57932E-05 meV^-1
|
|
ik = 178 w = -1.3684 eV A(k,w) = 0.43701E-05 meV^-1
|
|
ik = 178 w = -1.1053 eV A(k,w) = 0.33723E-05 meV^-1
|
|
ik = 178 w = -0.8421 eV A(k,w) = 0.26336E-05 meV^-1
|
|
ik = 178 w = -0.5789 eV A(k,w) = 0.20466E-05 meV^-1
|
|
ik = 178 w = -0.3158 eV A(k,w) = 0.15648E-05 meV^-1
|
|
ik = 178 w = -0.0526 eV A(k,w) = 0.11841E-05 meV^-1
|
|
ik = 178 w = 0.2105 eV A(k,w) = 0.89963E-06 meV^-1
|
|
ik = 178 w = 0.4737 eV A(k,w) = 0.69023E-06 meV^-1
|
|
ik = 178 w = 0.7368 eV A(k,w) = 0.53313E-06 meV^-1
|
|
ik = 178 w = 1.0000 eV A(k,w) = 0.41450E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
178 -4.0000 0.26631E-02
|
|
178 -3.7368 0.41893E-03
|
|
178 -3.4737 0.12973E-03
|
|
178 -3.2105 0.62225E-04
|
|
178 -2.9474 0.36451E-04
|
|
178 -2.6842 0.23498E-04
|
|
178 -2.4211 0.15839E-04
|
|
178 -2.1579 0.11006E-04
|
|
178 -1.8947 0.78769E-05
|
|
178 -1.6316 0.57932E-05
|
|
178 -1.3684 0.43701E-05
|
|
178 -1.1053 0.33723E-05
|
|
178 -0.8421 0.26336E-05
|
|
178 -0.5789 0.20466E-05
|
|
178 -0.3158 0.15648E-05
|
|
178 -0.0526 0.11841E-05
|
|
178 0.2105 0.89963E-06
|
|
178 0.4737 0.69023E-06
|
|
178 0.7368 0.53313E-06
|
|
178 1.0000 0.41450E-06
|
|
178 1 -16.2688 -4.0000 -31.9774 105.3332
|
|
178 1 -16.2688 -3.7368 -26.5234 103.5719
|
|
178 1 -16.2688 -3.4737 -20.9896 101.3176
|
|
178 1 -16.2688 -3.2105 -15.1903 98.5960
|
|
178 1 -16.2688 -2.9474 -8.8827 94.9954
|
|
178 1 -16.2688 -2.6842 -2.4487 89.6422
|
|
178 1 -16.2688 -2.4211 2.7462 82.3775
|
|
178 1 -16.2688 -2.1579 5.8313 74.3358
|
|
178 1 -16.2688 -1.8947 7.0973 66.6096
|
|
178 1 -16.2688 -1.6316 7.1435 59.6225
|
|
178 1 -16.2688 -1.3684 6.4400 53.5080
|
|
178 1 -16.2688 -1.1053 5.4834 48.2310
|
|
178 1 -16.2688 -0.8421 4.6327 43.4125
|
|
178 1 -16.2688 -0.5789 3.8000 38.5678
|
|
178 1 -16.2688 -0.3158 2.5234 33.5527
|
|
178 1 -16.2688 -0.0526 0.4875 28.7482
|
|
178 1 -16.2688 0.2105 -2.1129 24.5752
|
|
178 1 -16.2688 0.4737 -4.9190 21.0848
|
|
178 1 -16.2688 0.7368 -7.7640 18.1389
|
|
178 1 -16.2688 1.0000 -10.6081 15.6618
|
|
|
|
178 2 -8.9488 -4.0000 -44.8684 93.7841
|
|
178 2 -8.9488 -3.7368 -39.7903 93.8317
|
|
178 2 -8.9488 -3.4737 -34.3925 93.5562
|
|
178 2 -8.9488 -3.2105 -28.3674 92.9199
|
|
178 2 -8.9488 -2.9474 -21.3742 91.3475
|
|
178 2 -8.9488 -2.6842 -13.8490 87.7327
|
|
178 2 -8.9488 -2.4211 -7.3697 81.8021
|
|
178 2 -8.9488 -2.1579 -2.9830 74.7564
|
|
178 2 -8.9488 -1.8947 -0.4493 67.7809
|
|
178 2 -8.9488 -1.6316 0.8127 61.3516
|
|
178 2 -8.9488 -1.3684 1.2743 55.6587
|
|
178 2 -8.9488 -1.1053 1.4843 50.6841
|
|
178 2 -8.9488 -0.8421 1.8229 45.9818
|
|
178 2 -8.9488 -0.5789 2.1203 40.9940
|
|
178 2 -8.9488 -0.3158 1.7676 35.6105
|
|
178 2 -8.9488 -0.0526 0.3844 30.3661
|
|
178 2 -8.9488 0.2105 -1.7615 25.8071
|
|
178 2 -8.9488 0.4737 -4.2129 21.9991
|
|
178 2 -8.9488 0.7368 -6.7686 18.7697
|
|
178 2 -8.9488 1.0000 -9.3941 16.0375
|
|
|
|
178 3 -6.9060 -4.0000 -44.9080 89.3941
|
|
178 3 -6.9060 -3.7368 -40.0539 89.8061
|
|
178 3 -6.9060 -3.4737 -34.7901 89.8561
|
|
178 3 -6.9060 -3.2105 -28.8799 89.4743
|
|
178 3 -6.9060 -2.9474 -22.0481 88.1309
|
|
178 3 -6.9060 -2.6842 -14.7233 84.8029
|
|
178 3 -6.9060 -2.4211 -8.4039 79.2508
|
|
178 3 -6.9060 -2.1579 -4.0709 72.6259
|
|
178 3 -6.9060 -1.8947 -1.4846 66.0446
|
|
178 3 -6.9060 -1.6316 -0.1029 59.9430
|
|
178 3 -6.9060 -1.3684 0.5013 54.5101
|
|
178 3 -6.9060 -1.1053 0.8542 49.7496
|
|
178 3 -6.9060 -0.8421 1.3395 45.2326
|
|
178 3 -6.9060 -0.5789 1.7933 40.3979
|
|
178 3 -6.9060 -0.3158 1.5969 35.1291
|
|
178 3 -6.9060 -0.0526 0.3575 29.9679
|
|
178 3 -6.9060 0.2105 -1.6588 25.4719
|
|
178 3 -6.9060 0.4737 -3.9917 21.7103
|
|
178 3 -6.9060 0.7368 -6.4416 18.5116
|
|
178 3 -6.9060 1.0000 -8.9770 15.7991
|
|
|
|
178 4 -3.9563 -4.0000 -63.2246 116.4545
|
|
178 4 -3.9563 -3.7368 -56.6473 117.3193
|
|
178 4 -3.9563 -3.4737 -49.5025 117.7478
|
|
178 4 -3.9563 -3.2105 -41.4151 117.6292
|
|
178 4 -3.9563 -2.9474 -31.9963 116.1856
|
|
178 4 -3.9563 -2.6842 -21.8687 111.9946
|
|
178 4 -3.9563 -2.4211 -13.0932 104.7440
|
|
178 4 -3.9563 -2.1579 -7.0050 96.0002
|
|
178 4 -3.9563 -1.8947 -3.2937 87.2799
|
|
178 4 -3.9563 -1.6316 -1.2305 79.1932
|
|
178 4 -3.9563 -1.3684 -0.2228 72.0041
|
|
178 4 -3.9563 -1.1053 0.4449 65.7070
|
|
178 4 -3.9563 -0.8421 1.2794 59.7219
|
|
178 4 -3.9563 -0.5789 2.0569 53.3043
|
|
178 4 -3.9563 -0.3158 1.9538 46.3034
|
|
178 4 -3.9563 -0.0526 0.4484 39.4436
|
|
178 4 -3.9563 0.2105 -2.1024 33.4692
|
|
178 4 -3.9563 0.4737 -5.0839 28.4728
|
|
178 4 -3.9563 0.7368 -8.2287 24.2264
|
|
178 4 -3.9563 1.0000 -11.4938 20.6282
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 179 coord.: 0.6666667 0.8333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.005816 meV Im[Sigma]= 43.009314 meV Z= 1.007519 lam= -0.007463
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.493385 meV Im[Sigma]= 103.625098 meV Z= 1.018621 lam= -0.018280
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 46.957203 meV Im[Sigma]= 163.846734 meV Z= 1.034365 lam= -0.033223
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.524603 meV Im[Sigma]= 170.825027 meV Z= 1.043891 lam= -0.042046
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 179 coord.: 0.6666667 0.8333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 179 w = -4.0000 eV A(k,w) = 0.12241E-03 meV^-1
|
|
ik = 179 w = -3.7368 eV A(k,w) = 0.28611E-03 meV^-1
|
|
ik = 179 w = -3.4737 eV A(k,w) = 0.13006E-02 meV^-1
|
|
ik = 179 w = -3.2105 eV A(k,w) = 0.14067E-02 meV^-1
|
|
ik = 179 w = -2.9474 eV A(k,w) = 0.64294E-03 meV^-1
|
|
ik = 179 w = -2.6842 eV A(k,w) = 0.21305E-02 meV^-1
|
|
ik = 179 w = -2.4211 eV A(k,w) = 0.77361E-03 meV^-1
|
|
ik = 179 w = -2.1579 eV A(k,w) = 0.19334E-03 meV^-1
|
|
ik = 179 w = -1.8947 eV A(k,w) = 0.80421E-04 meV^-1
|
|
ik = 179 w = -1.6316 eV A(k,w) = 0.42236E-04 meV^-1
|
|
ik = 179 w = -1.3684 eV A(k,w) = 0.25247E-04 meV^-1
|
|
ik = 179 w = -1.1053 eV A(k,w) = 0.16405E-04 meV^-1
|
|
ik = 179 w = -0.8421 eV A(k,w) = 0.11214E-04 meV^-1
|
|
ik = 179 w = -0.5789 eV A(k,w) = 0.78281E-05 meV^-1
|
|
ik = 179 w = -0.3158 eV A(k,w) = 0.54751E-05 meV^-1
|
|
ik = 179 w = -0.0526 eV A(k,w) = 0.38398E-05 meV^-1
|
|
ik = 179 w = 0.2105 eV A(k,w) = 0.27315E-05 meV^-1
|
|
ik = 179 w = 0.4737 eV A(k,w) = 0.19784E-05 meV^-1
|
|
ik = 179 w = 0.7368 eV A(k,w) = 0.14524E-05 meV^-1
|
|
ik = 179 w = 1.0000 eV A(k,w) = 0.10793E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
179 -4.0000 0.12241E-03
|
|
179 -3.7368 0.28611E-03
|
|
179 -3.4737 0.13006E-02
|
|
179 -3.2105 0.14067E-02
|
|
179 -2.9474 0.64294E-03
|
|
179 -2.6842 0.21305E-02
|
|
179 -2.4211 0.77361E-03
|
|
179 -2.1579 0.19334E-03
|
|
179 -1.8947 0.80421E-04
|
|
179 -1.6316 0.42236E-04
|
|
179 -1.3684 0.25247E-04
|
|
179 -1.1053 0.16405E-04
|
|
179 -0.8421 0.11214E-04
|
|
179 -0.5789 0.78281E-05
|
|
179 -0.3158 0.54751E-05
|
|
179 -0.0526 0.38398E-05
|
|
179 0.2105 0.27315E-05
|
|
179 0.4737 0.19784E-05
|
|
179 0.7368 0.14524E-05
|
|
179 1.0000 0.10793E-05
|
|
179 1 -18.6527 -4.0000 -30.1609 117.1583
|
|
179 1 -18.6527 -3.7368 -24.0886 114.6324
|
|
179 1 -18.6527 -3.4737 -17.9814 111.5092
|
|
179 1 -18.6527 -3.2105 -11.7043 107.8030
|
|
179 1 -18.6527 -2.9474 -5.0806 103.1274
|
|
179 1 -18.6527 -2.6842 1.4747 96.6745
|
|
179 1 -18.6527 -2.4211 6.6032 88.3513
|
|
179 1 -18.6527 -2.1579 9.4695 79.3399
|
|
179 1 -18.6527 -1.8947 10.4054 70.7548
|
|
179 1 -18.6527 -1.6316 10.0498 63.0251
|
|
179 1 -18.6527 -1.3684 8.9009 56.2716
|
|
179 1 -18.6527 -1.1053 7.4607 50.4508
|
|
179 1 -18.6527 -0.8421 6.0965 45.1961
|
|
179 1 -18.6527 -0.5789 4.7521 40.0336
|
|
179 1 -18.6527 -0.3158 3.0065 34.8035
|
|
179 1 -18.6527 -0.0526 0.5627 29.8463
|
|
179 1 -18.6527 0.2105 -2.3975 25.5520
|
|
179 1 -18.6527 0.4737 -5.5312 21.9660
|
|
179 1 -18.6527 0.7368 -8.6725 18.9519
|
|
179 1 -18.6527 1.0000 -11.7773 16.4267
|
|
|
|
179 2 -6.9063 -4.0000 -50.7962 105.1384
|
|
179 2 -6.9063 -3.7368 -44.9087 105.1244
|
|
179 2 -6.9063 -3.4737 -38.7455 104.7042
|
|
179 2 -6.9063 -3.2105 -31.9520 103.8892
|
|
179 2 -6.9063 -2.9474 -24.1237 102.0518
|
|
179 2 -6.9063 -2.6842 -15.7391 97.9743
|
|
179 2 -6.9063 -2.4211 -8.5186 91.3740
|
|
179 2 -6.9063 -2.1579 -3.5796 83.5531
|
|
179 2 -6.9063 -1.8947 -0.6731 75.7749
|
|
179 2 -6.9063 -1.6316 0.7994 68.5683
|
|
179 2 -6.9063 -1.3684 1.3504 62.1771
|
|
179 2 -6.9063 -1.1053 1.6037 56.5960
|
|
179 2 -6.9063 -0.8421 1.9923 51.3293
|
|
179 2 -6.9063 -0.5789 2.3330 45.7544
|
|
179 2 -6.9063 -0.3158 1.9516 39.7450
|
|
179 2 -6.9063 -0.0526 0.4251 33.8931
|
|
179 2 -6.9063 0.2105 -1.9489 28.8045
|
|
179 2 -6.9063 0.4737 -4.6633 24.5498
|
|
179 2 -6.9063 0.7368 -7.4972 20.9379
|
|
179 2 -6.9063 1.0000 -10.4130 17.8809
|
|
|
|
179 3 -3.2910 -4.0000 -68.2119 124.7418
|
|
179 3 -3.2910 -3.7368 -61.1017 125.5186
|
|
179 3 -3.2910 -3.4737 -53.5110 125.8351
|
|
179 3 -3.2910 -3.2105 -44.9936 125.6567
|
|
179 3 -3.2910 -2.9474 -35.0537 124.1647
|
|
179 3 -3.2910 -2.6842 -24.3138 119.8078
|
|
179 3 -3.2910 -2.4211 -14.9527 112.2280
|
|
179 3 -3.2910 -2.1579 -8.3743 103.0570
|
|
179 3 -3.2910 -1.8947 -4.2659 93.8584
|
|
179 3 -3.2910 -1.6316 -1.9022 85.2676
|
|
179 3 -3.2910 -1.3684 -0.6808 77.5921
|
|
179 3 -3.2910 -1.1053 0.1673 70.8437
|
|
179 3 -3.2910 -0.8421 1.1836 64.3974
|
|
179 3 -3.2910 -0.5789 2.1128 57.4581
|
|
179 3 -3.2910 -0.3158 2.0619 49.8819
|
|
179 3 -3.2910 -0.0526 0.4774 42.4638
|
|
179 3 -3.2910 0.2105 -2.2456 36.0094
|
|
179 3 -3.2910 0.4737 -5.4376 30.6175
|
|
179 3 -3.2910 0.7368 -8.8063 26.0391
|
|
179 3 -3.2910 1.0000 -12.3043 22.1614
|
|
|
|
179 4 -2.6027 -4.0000 -76.7453 139.8805
|
|
179 4 -2.6027 -3.7368 -68.5913 140.7701
|
|
179 4 -2.6027 -3.4737 -59.8592 141.1171
|
|
179 4 -2.6027 -3.2105 -50.0740 140.8179
|
|
179 4 -2.6027 -2.9474 -38.7764 138.9566
|
|
179 4 -2.6027 -2.6842 -26.6999 133.8976
|
|
179 4 -2.6027 -2.4211 -16.2021 125.3047
|
|
179 4 -2.6027 -2.1579 -8.7838 114.9471
|
|
179 4 -2.6027 -1.8947 -4.1366 104.5093
|
|
179 4 -2.6027 -1.6316 -1.5098 94.7293
|
|
179 4 -2.6027 -1.3684 -0.2270 86.0007
|
|
179 4 -2.6027 -1.1053 0.5916 78.3584
|
|
179 4 -2.6027 -0.8421 1.5725 71.1225
|
|
179 4 -2.6027 -0.5789 2.4698 63.4139
|
|
179 4 -2.6027 -0.3158 2.3286 55.0446
|
|
179 4 -2.6027 -0.0526 0.5337 46.8529
|
|
179 4 -2.6027 0.2105 -2.5036 39.7141
|
|
179 4 -2.6027 0.4737 -6.0610 33.7451
|
|
179 4 -2.6027 0.7368 -9.8162 28.6838
|
|
179 4 -2.6027 1.0000 -13.7071 24.4080
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 180 coord.: 0.6666667 0.8333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -19.4313 eV Re[Sigma]= -66.035183 meV Im[Sigma]= 34.913017 meV Z= 1.000970 lam= -0.000969
|
|
E( 2 )= -5.3692 eV Re[Sigma]= -1.131581 meV Im[Sigma]= 135.237348 meV Z= 1.027487 lam= -0.026751
|
|
E( 3 )= -3.4193 eV Re[Sigma]= 47.454237 meV Im[Sigma]= 173.779401 meV Z= 1.035223 lam= -0.034025
|
|
E( 4 )= -0.9512 eV Re[Sigma]= 116.888636 meV Im[Sigma]= 86.617658 meV Z= 1.004789 lam= -0.004766
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 180 coord.: 0.6666667 0.8333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 180 w = -4.0000 eV A(k,w) = 0.17706E-03 meV^-1
|
|
ik = 180 w = -3.7368 eV A(k,w) = 0.53487E-03 meV^-1
|
|
ik = 180 w = -3.4737 eV A(k,w) = 0.23925E-02 meV^-1
|
|
ik = 180 w = -3.2105 eV A(k,w) = 0.53557E-03 meV^-1
|
|
ik = 180 w = -2.9474 eV A(k,w) = 0.17271E-03 meV^-1
|
|
ik = 180 w = -2.6842 eV A(k,w) = 0.89967E-04 meV^-1
|
|
ik = 180 w = -2.4211 eV A(k,w) = 0.61692E-04 meV^-1
|
|
ik = 180 w = -2.1579 eV A(k,w) = 0.53213E-04 meV^-1
|
|
ik = 180 w = -1.8947 eV A(k,w) = 0.58225E-04 meV^-1
|
|
ik = 180 w = -1.6316 eV A(k,w) = 0.83804E-04 meV^-1
|
|
ik = 180 w = -1.3684 eV A(k,w) = 0.17871E-03 meV^-1
|
|
ik = 180 w = -1.1053 eV A(k,w) = 0.90384E-03 meV^-1
|
|
ik = 180 w = -0.8421 eV A(k,w) = 0.14245E-02 meV^-1
|
|
ik = 180 w = -0.5789 eV A(k,w) = 0.16643E-03 meV^-1
|
|
ik = 180 w = -0.3158 eV A(k,w) = 0.52158E-04 meV^-1
|
|
ik = 180 w = -0.0526 eV A(k,w) = 0.22934E-04 meV^-1
|
|
ik = 180 w = 0.2105 eV A(k,w) = 0.11988E-04 meV^-1
|
|
ik = 180 w = 0.4737 eV A(k,w) = 0.69789E-05 meV^-1
|
|
ik = 180 w = 0.7368 eV A(k,w) = 0.43540E-05 meV^-1
|
|
ik = 180 w = 1.0000 eV A(k,w) = 0.28537E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
180 -4.0000 0.17706E-03
|
|
180 -3.7368 0.53487E-03
|
|
180 -3.4737 0.23925E-02
|
|
180 -3.2105 0.53557E-03
|
|
180 -2.9474 0.17271E-03
|
|
180 -2.6842 0.89967E-04
|
|
180 -2.4211 0.61692E-04
|
|
180 -2.1579 0.53213E-04
|
|
180 -1.8947 0.58225E-04
|
|
180 -1.6316 0.83804E-04
|
|
180 -1.3684 0.17871E-03
|
|
180 -1.1053 0.90384E-03
|
|
180 -0.8421 0.14245E-02
|
|
180 -0.5789 0.16643E-03
|
|
180 -0.3158 0.52158E-04
|
|
180 -0.0526 0.22934E-04
|
|
180 0.2105 0.11988E-04
|
|
180 0.4737 0.69789E-05
|
|
180 0.7368 0.43540E-05
|
|
180 1.0000 0.28537E-05
|
|
180 1 -19.4313 -4.0000 -31.8113 122.9626
|
|
180 1 -19.4313 -3.7368 -25.4332 120.4387
|
|
180 1 -19.4313 -3.4737 -18.9530 117.2683
|
|
180 1 -19.4313 -3.2105 -12.2480 113.4240
|
|
180 1 -19.4313 -2.9474 -5.1886 108.4915
|
|
180 1 -19.4313 -2.6842 1.7583 101.6617
|
|
180 1 -19.4313 -2.4211 7.1788 92.8682
|
|
180 1 -19.4313 -2.1579 10.2120 83.3555
|
|
180 1 -19.4313 -1.8947 11.2136 74.2903
|
|
180 1 -19.4313 -1.6316 10.8566 66.1138
|
|
180 1 -19.4313 -1.3684 9.6495 58.9421
|
|
180 1 -19.4313 -1.1053 8.0943 52.7455
|
|
180 1 -19.4313 -0.8421 6.5805 47.1758
|
|
180 1 -19.4313 -0.5789 5.0841 41.7520
|
|
180 1 -19.4313 -0.3158 3.1930 36.2877
|
|
180 1 -19.4313 -0.0526 0.5954 31.1118
|
|
180 1 -19.4313 0.2105 -2.5344 26.6243
|
|
180 1 -19.4313 0.4737 -5.8460 22.8796
|
|
180 1 -19.4313 0.7368 -9.1616 19.7408
|
|
180 1 -19.4313 1.0000 -12.4297 17.1181
|
|
|
|
180 2 -5.3692 -4.0000 -60.2112 121.3492
|
|
180 2 -5.3692 -3.7368 -53.2211 121.5470
|
|
180 2 -5.3692 -3.4737 -45.8493 121.2655
|
|
180 2 -5.3692 -3.2105 -37.6673 120.4669
|
|
180 2 -5.3692 -2.9474 -28.2420 118.3677
|
|
180 2 -5.3692 -2.6842 -18.1981 113.5358
|
|
180 2 -5.3692 -2.4211 -9.6070 105.6714
|
|
180 2 -5.3692 -2.1579 -3.8087 96.3684
|
|
180 2 -5.3692 -1.8947 -0.4782 87.1823
|
|
180 2 -5.3692 -1.6316 1.1594 78.7473
|
|
180 2 -5.3692 -1.3684 1.7421 71.3090
|
|
180 2 -5.3692 -1.1053 1.9893 64.8298
|
|
180 2 -5.3692 -0.8421 2.3900 58.7334
|
|
180 2 -5.3692 -0.5789 2.7355 52.3089
|
|
180 2 -5.3692 -0.3158 2.2615 45.4101
|
|
180 2 -5.3692 -0.0526 0.4898 38.7067
|
|
180 2 -5.3692 0.2105 -2.2394 32.8835
|
|
180 2 -5.3692 0.4737 -5.3496 28.0170
|
|
180 2 -5.3692 0.7368 -8.5910 23.8872
|
|
180 2 -5.3692 1.0000 -11.9216 20.3930
|
|
|
|
180 3 -3.4193 -4.0000 -70.4038 133.1264
|
|
180 3 -3.4193 -3.7368 -62.6740 133.8934
|
|
180 3 -3.4193 -3.4737 -54.3585 134.1001
|
|
180 3 -3.4193 -3.2105 -45.0326 133.6158
|
|
180 3 -3.4193 -2.9474 -34.3172 131.5575
|
|
180 3 -3.4193 -2.6842 -22.9677 126.4015
|
|
180 3 -3.4193 -2.4211 -13.2657 117.8874
|
|
180 3 -3.4193 -2.1579 -6.6416 107.7978
|
|
180 3 -3.4193 -1.8947 -2.7088 97.8250
|
|
180 3 -3.4193 -1.6316 -0.6206 88.6480
|
|
180 3 -3.4193 -1.3684 0.3196 80.5417
|
|
180 3 -3.4193 -1.1053 0.9219 73.4621
|
|
180 3 -3.4193 -0.8421 1.7330 66.7369
|
|
180 3 -3.4193 -0.5789 2.4862 59.5416
|
|
180 3 -3.4193 -0.3158 2.2715 51.7158
|
|
180 3 -3.4193 -0.0526 0.5140 44.0542
|
|
180 3 -3.4193 0.2105 -2.3983 37.3761
|
|
180 3 -3.4193 0.4737 -5.7911 31.7892
|
|
180 3 -3.4193 0.7368 -9.3656 27.0488
|
|
180 3 -3.4193 1.0000 -13.0647 23.0425
|
|
|
|
180 4 -0.9512 -4.0000 -91.0094 158.6799
|
|
180 4 -0.9512 -3.7368 -81.6322 160.2141
|
|
180 4 -0.9512 -3.4737 -71.4488 161.1621
|
|
180 4 -0.9512 -3.2105 -59.8866 161.3189
|
|
180 4 -0.9512 -2.9474 -46.4438 159.5530
|
|
180 4 -0.9512 -2.6842 -32.0198 153.9056
|
|
180 4 -0.9512 -2.4211 -19.4676 143.9364
|
|
180 4 -0.9512 -2.1579 -10.6871 131.7855
|
|
180 4 -0.9512 -1.8947 -5.3268 119.6027
|
|
180 4 -0.9512 -1.6316 -2.3754 108.3333
|
|
180 4 -0.9512 -1.3684 -0.9428 98.3901
|
|
180 4 -0.9512 -1.1053 0.0165 89.7544
|
|
180 4 -0.9512 -0.8421 1.2299 81.6051
|
|
180 4 -0.9512 -0.5789 2.4146 72.8934
|
|
180 4 -0.9512 -0.3158 2.4467 63.3663
|
|
180 4 -0.9512 -0.0526 0.5770 53.9841
|
|
180 4 -0.9512 0.2105 -2.7415 45.7723
|
|
180 4 -0.9512 0.4737 -6.6835 38.8772
|
|
180 4 -0.9512 0.7368 -10.8859 33.0088
|
|
180 4 -0.9512 1.0000 -15.2766 28.0435
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 181 coord.: 0.8333333 0.0000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -20.7958 eV Re[Sigma]= -65.523306 meV Im[Sigma]= 15.299347 meV Z= 0.997611 lam= 0.002394
|
|
E( 2 )= -2.5926 eV Re[Sigma]= 91.317364 meV Im[Sigma]= 184.016339 meV Z= 1.046154 lam= -0.044118
|
|
E( 3 )= -0.4527 eV Re[Sigma]= 133.606720 meV Im[Sigma]= 76.855242 meV Z= 1.002107 lam= -0.002102
|
|
E( 4 )= -0.4527 eV Re[Sigma]= 133.606720 meV Im[Sigma]= 76.855242 meV Z= 1.002107 lam= -0.002102
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 181 coord.: 0.8333333 0.0000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 181 w = -4.0000 eV A(k,w) = 0.37429E-04 meV^-1
|
|
ik = 181 w = -3.7368 eV A(k,w) = 0.53568E-04 meV^-1
|
|
ik = 181 w = -3.4737 eV A(k,w) = 0.84685E-04 meV^-1
|
|
ik = 181 w = -3.2105 eV A(k,w) = 0.15901E-03 meV^-1
|
|
ik = 181 w = -2.9474 eV A(k,w) = 0.41560E-03 meV^-1
|
|
ik = 181 w = -2.6842 eV A(k,w) = 0.18475E-02 meV^-1
|
|
ik = 181 w = -2.4211 eV A(k,w) = 0.83351E-03 meV^-1
|
|
ik = 181 w = -2.1579 eV A(k,w) = 0.22070E-03 meV^-1
|
|
ik = 181 w = -1.8947 eV A(k,w) = 0.11365E-03 meV^-1
|
|
ik = 181 w = -1.6316 eV A(k,w) = 0.92133E-04 meV^-1
|
|
ik = 181 w = -1.3684 eV A(k,w) = 0.10561E-03 meV^-1
|
|
ik = 181 w = -1.1053 eV A(k,w) = 0.16507E-03 meV^-1
|
|
ik = 181 w = -0.8421 eV A(k,w) = 0.38420E-03 meV^-1
|
|
ik = 181 w = -0.5789 eV A(k,w) = 0.22925E-02 meV^-1
|
|
ik = 181 w = -0.3158 eV A(k,w) = 0.20001E-02 meV^-1
|
|
ik = 181 w = -0.0526 eV A(k,w) = 0.24752E-03 meV^-1
|
|
ik = 181 w = 0.2105 eV A(k,w) = 0.77799E-04 meV^-1
|
|
ik = 181 w = 0.4737 eV A(k,w) = 0.34229E-04 meV^-1
|
|
ik = 181 w = 0.7368 eV A(k,w) = 0.17802E-04 meV^-1
|
|
ik = 181 w = 1.0000 eV A(k,w) = 0.10241E-04 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
181 -4.0000 0.37429E-04
|
|
181 -3.7368 0.53568E-04
|
|
181 -3.4737 0.84685E-04
|
|
181 -3.2105 0.15901E-03
|
|
181 -2.9474 0.41560E-03
|
|
181 -2.6842 0.18475E-02
|
|
181 -2.4211 0.83351E-03
|
|
181 -2.1579 0.22070E-03
|
|
181 -1.8947 0.11365E-03
|
|
181 -1.6316 0.92133E-04
|
|
181 -1.3684 0.10561E-03
|
|
181 -1.1053 0.16507E-03
|
|
181 -0.8421 0.38420E-03
|
|
181 -0.5789 0.22925E-02
|
|
181 -0.3158 0.20001E-02
|
|
181 -0.0526 0.24752E-03
|
|
181 0.2105 0.77799E-04
|
|
181 0.4737 0.34229E-04
|
|
181 0.7368 0.17802E-04
|
|
181 1.0000 0.10241E-04
|
|
181 1 -20.7958 -4.0000 -34.1996 134.0725
|
|
181 1 -20.7958 -3.7368 -27.1874 131.3712
|
|
181 1 -20.7958 -3.4737 -19.9342 127.9138
|
|
181 1 -20.7958 -3.2105 -12.3997 123.5400
|
|
181 1 -20.7958 -2.9474 -4.6366 117.8202
|
|
181 1 -20.7958 -2.6842 2.7696 110.0643
|
|
181 1 -20.7958 -2.4211 8.3937 100.3499
|
|
181 1 -20.7958 -2.1579 11.4484 90.0317
|
|
181 1 -20.7958 -1.8947 12.4086 80.3037
|
|
181 1 -20.7958 -1.6316 12.0353 71.5383
|
|
181 1 -20.7958 -1.3684 10.8158 63.7552
|
|
181 1 -20.7958 -1.1053 9.1672 56.9212
|
|
181 1 -20.7958 -0.8421 7.4574 50.7582
|
|
181 1 -20.7958 -0.5789 5.7066 44.8243
|
|
181 1 -20.7958 -0.3158 3.5413 38.9207
|
|
181 1 -20.7958 -0.0526 0.6550 33.3599
|
|
181 1 -20.7958 0.2105 -2.7769 28.5417
|
|
181 1 -20.7958 0.4737 -6.3946 24.5217
|
|
181 1 -20.7958 0.7368 -10.0103 21.1598
|
|
181 1 -20.7958 1.0000 -13.5631 18.3594
|
|
|
|
181 2 -2.5926 -4.0000 -81.0508 155.1419
|
|
181 2 -2.5926 -3.7368 -72.0912 155.4781
|
|
181 2 -2.5926 -3.4737 -62.6833 155.2558
|
|
181 2 -2.5926 -3.2105 -52.2438 154.4396
|
|
181 2 -2.5926 -2.9474 -40.1867 152.0209
|
|
181 2 -2.5926 -2.6842 -27.3003 146.1520
|
|
181 2 -2.5926 -2.4211 -16.2255 136.4606
|
|
181 2 -2.5926 -2.1579 -8.6263 124.9867
|
|
181 2 -2.5926 -1.8947 -4.0362 113.6690
|
|
181 2 -2.5926 -1.6316 -1.4581 103.2310
|
|
181 2 -2.5926 -1.3684 -0.1406 93.9133
|
|
181 2 -2.5926 -1.1053 0.7526 85.6689
|
|
181 2 -2.5926 -0.8421 1.8119 77.7933
|
|
181 2 -2.5926 -0.5789 2.7557 69.3859
|
|
181 2 -2.5926 -0.3158 2.5672 60.2617
|
|
181 2 -2.5926 -0.0526 0.5861 51.3234
|
|
181 2 -2.5926 0.2105 -2.7485 43.5174
|
|
181 2 -2.5926 0.4737 -6.6612 36.9763
|
|
181 2 -2.5926 0.7368 -10.8036 31.4280
|
|
181 2 -2.5926 1.0000 -15.0984 26.7483
|
|
|
|
181 3 -0.4527 -4.0000 -104.8172 178.9016
|
|
181 3 -0.4527 -3.7368 -94.1990 180.5157
|
|
181 3 -0.4527 -3.4737 -82.7779 181.4169
|
|
181 3 -0.4527 -3.2105 -69.9538 181.4383
|
|
181 3 -0.4527 -2.9474 -55.1678 179.3975
|
|
181 3 -0.4527 -2.6842 -39.3890 173.1967
|
|
181 3 -0.4527 -2.4211 -25.6916 162.4336
|
|
181 3 -0.4527 -2.1579 -16.0043 149.4808
|
|
181 3 -0.4527 -1.8947 -9.7993 136.5706
|
|
181 3 -0.4527 -1.6316 -5.9677 124.5400
|
|
181 3 -0.4527 -1.3684 -3.6770 113.7230
|
|
181 3 -0.4527 -1.1053 -1.9132 104.1253
|
|
181 3 -0.4527 -0.8421 0.0801 94.8940
|
|
181 3 -0.4527 -0.5789 1.9601 84.8860
|
|
181 3 -0.4527 -0.3158 2.4253 73.8486
|
|
181 3 -0.4527 -0.0526 0.6075 62.9261
|
|
181 3 -0.4527 0.2105 -2.9565 53.3326
|
|
181 3 -0.4527 0.4737 -7.3009 45.2455
|
|
181 3 -0.4527 0.7368 -12.0072 38.3413
|
|
181 3 -0.4527 1.0000 -16.9836 32.4985
|
|
|
|
181 4 -0.4527 -4.0000 -104.8638 178.9218
|
|
181 4 -0.4527 -3.7368 -94.2434 180.5382
|
|
181 4 -0.4527 -3.4737 -82.8202 181.4414
|
|
181 4 -0.4527 -3.2105 -69.9938 181.4646
|
|
181 4 -0.4527 -2.9474 -55.2054 179.4253
|
|
181 4 -0.4527 -2.6842 -39.4241 173.2253
|
|
181 4 -0.4527 -2.4211 -25.7247 162.4629
|
|
181 4 -0.4527 -2.1579 -16.0359 149.5110
|
|
181 4 -0.4527 -1.8947 -9.8293 136.6027
|
|
181 4 -0.4527 -1.6316 -5.9949 124.5745
|
|
181 4 -0.4527 -1.3684 -3.7000 113.7596
|
|
181 4 -0.4527 -1.1053 -1.9305 104.1628
|
|
181 4 -0.4527 -0.8421 0.0692 94.9303
|
|
181 4 -0.4527 -0.5789 1.9548 84.9187
|
|
181 4 -0.4527 -0.3158 2.4237 73.8763
|
|
181 4 -0.4527 -0.0526 0.6074 62.9484
|
|
181 4 -0.4527 0.2105 -2.9566 53.3503
|
|
181 4 -0.4527 0.4737 -7.3018 45.2596
|
|
181 4 -0.4527 0.7368 -12.0093 38.3525
|
|
181 4 -0.4527 1.0000 -16.9870 32.5076
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 182 coord.: 0.8333333 0.0000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -19.4313 eV Re[Sigma]= -66.035171 meV Im[Sigma]= 34.912626 meV Z= 1.000969 lam= -0.000968
|
|
E( 2 )= -5.3692 eV Re[Sigma]= -1.131860 meV Im[Sigma]= 135.237187 meV Z= 1.027486 lam= -0.026751
|
|
E( 3 )= -3.4193 eV Re[Sigma]= 47.454510 meV Im[Sigma]= 173.779335 meV Z= 1.035223 lam= -0.034025
|
|
E( 4 )= -0.9512 eV Re[Sigma]= 116.888291 meV Im[Sigma]= 86.616930 meV Z= 1.004789 lam= -0.004766
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 182 coord.: 0.8333333 0.0000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 182 w = -4.0000 eV A(k,w) = 0.17706E-03 meV^-1
|
|
ik = 182 w = -3.7368 eV A(k,w) = 0.53487E-03 meV^-1
|
|
ik = 182 w = -3.4737 eV A(k,w) = 0.23925E-02 meV^-1
|
|
ik = 182 w = -3.2105 eV A(k,w) = 0.53557E-03 meV^-1
|
|
ik = 182 w = -2.9474 eV A(k,w) = 0.17271E-03 meV^-1
|
|
ik = 182 w = -2.6842 eV A(k,w) = 0.89967E-04 meV^-1
|
|
ik = 182 w = -2.4211 eV A(k,w) = 0.61692E-04 meV^-1
|
|
ik = 182 w = -2.1579 eV A(k,w) = 0.53213E-04 meV^-1
|
|
ik = 182 w = -1.8947 eV A(k,w) = 0.58225E-04 meV^-1
|
|
ik = 182 w = -1.6316 eV A(k,w) = 0.83804E-04 meV^-1
|
|
ik = 182 w = -1.3684 eV A(k,w) = 0.17871E-03 meV^-1
|
|
ik = 182 w = -1.1053 eV A(k,w) = 0.90384E-03 meV^-1
|
|
ik = 182 w = -0.8421 eV A(k,w) = 0.14245E-02 meV^-1
|
|
ik = 182 w = -0.5789 eV A(k,w) = 0.16643E-03 meV^-1
|
|
ik = 182 w = -0.3158 eV A(k,w) = 0.52158E-04 meV^-1
|
|
ik = 182 w = -0.0526 eV A(k,w) = 0.22933E-04 meV^-1
|
|
ik = 182 w = 0.2105 eV A(k,w) = 0.11988E-04 meV^-1
|
|
ik = 182 w = 0.4737 eV A(k,w) = 0.69789E-05 meV^-1
|
|
ik = 182 w = 0.7368 eV A(k,w) = 0.43539E-05 meV^-1
|
|
ik = 182 w = 1.0000 eV A(k,w) = 0.28537E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
182 -4.0000 0.17706E-03
|
|
182 -3.7368 0.53487E-03
|
|
182 -3.4737 0.23925E-02
|
|
182 -3.2105 0.53557E-03
|
|
182 -2.9474 0.17271E-03
|
|
182 -2.6842 0.89967E-04
|
|
182 -2.4211 0.61692E-04
|
|
182 -2.1579 0.53213E-04
|
|
182 -1.8947 0.58225E-04
|
|
182 -1.6316 0.83804E-04
|
|
182 -1.3684 0.17871E-03
|
|
182 -1.1053 0.90384E-03
|
|
182 -0.8421 0.14245E-02
|
|
182 -0.5789 0.16643E-03
|
|
182 -0.3158 0.52158E-04
|
|
182 -0.0526 0.22933E-04
|
|
182 0.2105 0.11988E-04
|
|
182 0.4737 0.69789E-05
|
|
182 0.7368 0.43539E-05
|
|
182 1.0000 0.28537E-05
|
|
182 1 -19.4313 -4.0000 -31.8113 122.9629
|
|
182 1 -19.4313 -3.7368 -25.4332 120.4390
|
|
182 1 -19.4313 -3.4737 -18.9529 117.2686
|
|
182 1 -19.4313 -3.2105 -12.2479 113.4242
|
|
182 1 -19.4313 -2.9474 -5.1885 108.4917
|
|
182 1 -19.4313 -2.6842 1.7585 101.6619
|
|
182 1 -19.4313 -2.4211 7.1790 92.8683
|
|
182 1 -19.4313 -2.1579 10.2122 83.3556
|
|
182 1 -19.4313 -1.8947 11.2138 74.2903
|
|
182 1 -19.4313 -1.6316 10.8568 66.1137
|
|
182 1 -19.4313 -1.3684 9.6496 58.9421
|
|
182 1 -19.4313 -1.1053 8.0944 52.7454
|
|
182 1 -19.4313 -0.8421 6.5806 47.1757
|
|
182 1 -19.4313 -0.5789 5.0841 41.7520
|
|
182 1 -19.4313 -0.3158 3.1930 36.2876
|
|
182 1 -19.4313 -0.0526 0.5954 31.1118
|
|
182 1 -19.4313 0.2105 -2.5344 26.6243
|
|
182 1 -19.4313 0.4737 -5.8460 22.8796
|
|
182 1 -19.4313 0.7368 -9.1616 19.7408
|
|
182 1 -19.4313 1.0000 -12.4298 17.1181
|
|
|
|
182 2 -5.3692 -4.0000 -60.2116 121.3493
|
|
182 2 -5.3692 -3.7368 -53.2215 121.5472
|
|
182 2 -5.3692 -3.4737 -45.8497 121.2657
|
|
182 2 -5.3692 -3.2105 -37.6676 120.4672
|
|
182 2 -5.3692 -2.9474 -28.2423 118.3680
|
|
182 2 -5.3692 -2.6842 -18.1983 113.5361
|
|
182 2 -5.3692 -2.4211 -9.6071 105.6718
|
|
182 2 -5.3692 -2.1579 -3.8088 96.3687
|
|
182 2 -5.3692 -1.8947 -0.4783 87.1826
|
|
182 2 -5.3692 -1.6316 1.1593 78.7475
|
|
182 2 -5.3692 -1.3684 1.7420 71.3092
|
|
182 2 -5.3692 -1.1053 1.9892 64.8300
|
|
182 2 -5.3692 -0.8421 2.3899 58.7336
|
|
182 2 -5.3692 -0.5789 2.7354 52.3091
|
|
182 2 -5.3692 -0.3158 2.2615 45.4102
|
|
182 2 -5.3692 -0.0526 0.4898 38.7068
|
|
182 2 -5.3692 0.2105 -2.2394 32.8836
|
|
182 2 -5.3692 0.4737 -5.3496 28.0171
|
|
182 2 -5.3692 0.7368 -8.5910 23.8872
|
|
182 2 -5.3692 1.0000 -11.9216 20.3931
|
|
|
|
182 3 -3.4193 -4.0000 -70.4034 133.1264
|
|
182 3 -3.4193 -3.7368 -62.6737 133.8934
|
|
182 3 -3.4193 -3.4737 -54.3581 134.1000
|
|
182 3 -3.4193 -3.2105 -45.0323 133.6156
|
|
182 3 -3.4193 -2.9474 -34.3169 131.5573
|
|
182 3 -3.4193 -2.6842 -22.9674 126.4013
|
|
182 3 -3.4193 -2.4211 -13.2654 117.8872
|
|
182 3 -3.4193 -2.1579 -6.6414 107.7976
|
|
182 3 -3.4193 -1.8947 -2.7087 97.8247
|
|
182 3 -3.4193 -1.6316 -0.6205 88.6478
|
|
182 3 -3.4193 -1.3684 0.3197 80.5415
|
|
182 3 -3.4193 -1.1053 0.9220 73.4619
|
|
182 3 -3.4193 -0.8421 1.7331 66.7367
|
|
182 3 -3.4193 -0.5789 2.4863 59.5415
|
|
182 3 -3.4193 -0.3158 2.2715 51.7156
|
|
182 3 -3.4193 -0.0526 0.5140 44.0540
|
|
182 3 -3.4193 0.2105 -2.3983 37.3760
|
|
182 3 -3.4193 0.4737 -5.7911 31.7891
|
|
182 3 -3.4193 0.7368 -9.3656 27.0487
|
|
182 3 -3.4193 1.0000 -13.0646 23.0425
|
|
|
|
182 4 -0.9512 -4.0000 -91.0085 158.6794
|
|
182 4 -0.9512 -3.7368 -81.6312 160.2135
|
|
182 4 -0.9512 -3.4737 -71.4479 161.1613
|
|
182 4 -0.9512 -3.2105 -59.8858 161.3181
|
|
182 4 -0.9512 -2.9474 -46.4431 159.5521
|
|
182 4 -0.9512 -2.6842 -32.0192 153.9047
|
|
182 4 -0.9512 -2.4211 -19.4672 143.9356
|
|
182 4 -0.9512 -2.1579 -10.6868 131.7847
|
|
182 4 -0.9512 -1.8947 -5.3265 119.6020
|
|
182 4 -0.9512 -1.6316 -2.3751 108.3326
|
|
182 4 -0.9512 -1.3684 -0.9426 98.3894
|
|
182 4 -0.9512 -1.1053 0.0166 89.7538
|
|
182 4 -0.9512 -0.8421 1.2300 81.6046
|
|
182 4 -0.9512 -0.5789 2.4146 72.8929
|
|
182 4 -0.9512 -0.3158 2.4467 63.3658
|
|
182 4 -0.9512 -0.0526 0.5770 53.9837
|
|
182 4 -0.9512 0.2105 -2.7415 45.7720
|
|
182 4 -0.9512 0.4737 -6.6835 38.8770
|
|
182 4 -0.9512 0.7368 -10.8858 33.0085
|
|
182 4 -0.9512 1.0000 -15.2766 28.0433
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 183 coord.: 0.8333333 0.0000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.622543 meV Im[Sigma]= 68.211099 meV Z= 1.015079 lam= -0.014855
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.103320 meV Im[Sigma]= 57.852977 meV Z= 1.005375 lam= -0.005347
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.340417 meV Im[Sigma]= 120.237392 meV Z= 1.022394 lam= -0.021904
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 72.264943 meV Im[Sigma]= 163.896292 meV Z= 1.043274 lam= -0.041479
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 183 coord.: 0.8333333 0.0000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 183 w = -4.0000 eV A(k,w) = 0.47030E-04 meV^-1
|
|
ik = 183 w = -3.7368 eV A(k,w) = 0.55768E-04 meV^-1
|
|
ik = 183 w = -3.4737 eV A(k,w) = 0.83243E-04 meV^-1
|
|
ik = 183 w = -3.2105 eV A(k,w) = 0.16540E-03 meV^-1
|
|
ik = 183 w = -2.9474 eV A(k,w) = 0.53012E-03 meV^-1
|
|
ik = 183 w = -2.6842 eV A(k,w) = 0.25226E-02 meV^-1
|
|
ik = 183 w = -2.4211 eV A(k,w) = 0.48175E-03 meV^-1
|
|
ik = 183 w = -2.1579 eV A(k,w) = 0.13000E-03 meV^-1
|
|
ik = 183 w = -1.8947 eV A(k,w) = 0.54861E-04 meV^-1
|
|
ik = 183 w = -1.6316 eV A(k,w) = 0.28805E-04 meV^-1
|
|
ik = 183 w = -1.3684 eV A(k,w) = 0.17199E-04 meV^-1
|
|
ik = 183 w = -1.1053 eV A(k,w) = 0.11183E-04 meV^-1
|
|
ik = 183 w = -0.8421 eV A(k,w) = 0.76612E-05 meV^-1
|
|
ik = 183 w = -0.5789 eV A(k,w) = 0.53649E-05 meV^-1
|
|
ik = 183 w = -0.3158 eV A(k,w) = 0.37652E-05 meV^-1
|
|
ik = 183 w = -0.0526 eV A(k,w) = 0.26507E-05 meV^-1
|
|
ik = 183 w = 0.2105 eV A(k,w) = 0.18936E-05 meV^-1
|
|
ik = 183 w = 0.4737 eV A(k,w) = 0.13776E-05 meV^-1
|
|
ik = 183 w = 0.7368 eV A(k,w) = 0.10156E-05 meV^-1
|
|
ik = 183 w = 1.0000 eV A(k,w) = 0.75761E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
183 -4.0000 0.47030E-04
|
|
183 -3.7368 0.55768E-04
|
|
183 -3.4737 0.83243E-04
|
|
183 -3.2105 0.16540E-03
|
|
183 -2.9474 0.53012E-03
|
|
183 -2.6842 0.25226E-02
|
|
183 -2.4211 0.48175E-03
|
|
183 -2.1579 0.13000E-03
|
|
183 -1.8947 0.54861E-04
|
|
183 -1.6316 0.28805E-04
|
|
183 -1.3684 0.17199E-04
|
|
183 -1.1053 0.11183E-04
|
|
183 -0.8421 0.76612E-05
|
|
183 -0.5789 0.53649E-05
|
|
183 -0.3158 0.37652E-05
|
|
183 -0.0526 0.26507E-05
|
|
183 0.2105 0.18936E-05
|
|
183 0.4737 0.13776E-05
|
|
183 0.7368 0.10156E-05
|
|
183 1.0000 0.75761E-06
|
|
183 1 -16.6105 -4.0000 -32.3428 106.6443
|
|
183 1 -16.6105 -3.7368 -26.6734 104.8743
|
|
183 1 -16.6105 -3.4737 -20.9511 102.5580
|
|
183 1 -16.6105 -3.2105 -14.9887 99.7467
|
|
183 1 -16.6105 -2.9474 -8.5382 96.0285
|
|
183 1 -16.6105 -2.6842 -1.9922 90.5315
|
|
183 1 -16.6105 -2.4211 3.2791 83.1099
|
|
183 1 -16.6105 -2.1579 6.4088 74.9051
|
|
183 1 -16.6105 -1.8947 7.6846 67.0126
|
|
183 1 -16.6105 -1.6316 7.7031 59.8684
|
|
183 1 -16.6105 -1.3684 6.9436 53.6166
|
|
183 1 -16.6105 -1.1053 5.9104 48.2222
|
|
183 1 -16.6105 -0.8421 4.9627 43.3093
|
|
183 1 -16.6105 -0.5789 4.0177 38.4032
|
|
183 1 -16.6105 -0.3158 2.6306 33.3657
|
|
183 1 -16.6105 -0.0526 0.5033 28.5667
|
|
183 1 -16.6105 0.2105 -2.1691 24.4113
|
|
183 1 -16.6105 0.4737 -5.0327 20.9460
|
|
183 1 -16.6105 0.7368 -7.9202 18.0310
|
|
183 1 -16.6105 1.0000 -10.7912 15.5849
|
|
|
|
183 2 -10.7517 -4.0000 -34.2676 81.7754
|
|
183 2 -10.7517 -3.7368 -29.8628 81.2979
|
|
183 2 -10.7517 -3.4737 -25.3305 80.4855
|
|
183 2 -10.7517 -3.2105 -20.4313 79.3733
|
|
183 2 -10.7517 -2.9474 -14.8649 77.5472
|
|
183 2 -10.7517 -2.6842 -8.9445 74.1352
|
|
183 2 -10.7517 -2.4211 -3.9170 68.9158
|
|
183 2 -10.7517 -2.1579 -0.6113 62.8573
|
|
183 2 -10.7517 -1.8947 1.1824 56.9149
|
|
183 2 -10.7517 -1.6316 1.9463 51.4638
|
|
183 2 -10.7517 -1.3684 2.0634 46.6499
|
|
183 2 -10.7517 -1.1053 1.9801 42.4617
|
|
183 2 -10.7517 -0.8421 2.0208 38.5391
|
|
183 2 -10.7517 -0.5789 2.0640 34.4127
|
|
183 2 -10.7517 -0.3158 1.6127 29.9689
|
|
183 2 -10.7517 -0.0526 0.3411 25.6312
|
|
183 2 -10.7517 0.2105 -1.5447 21.8472
|
|
183 2 -10.7517 0.4737 -3.6769 18.6737
|
|
183 2 -10.7517 0.7368 -5.8949 15.9738
|
|
183 2 -10.7517 1.0000 -8.1706 13.6862
|
|
|
|
183 3 -5.2472 -4.0000 -58.5131 109.5737
|
|
183 3 -5.2472 -3.7368 -52.0697 110.3225
|
|
183 3 -5.2472 -3.4737 -45.1868 110.5031
|
|
183 3 -5.2472 -3.2105 -37.5734 110.1142
|
|
183 3 -5.2472 -2.9474 -28.8436 108.5223
|
|
183 3 -5.2472 -2.6842 -19.5168 104.4422
|
|
183 3 -5.2472 -2.4211 -11.4632 97.5739
|
|
183 3 -5.2472 -2.1579 -5.9079 89.3549
|
|
183 3 -5.2472 -1.8947 -2.5597 81.1843
|
|
183 3 -5.2472 -1.6316 -0.7383 73.6268
|
|
183 3 -5.2472 -1.3684 0.1158 66.9239
|
|
183 3 -5.2472 -1.1053 0.6733 61.0564
|
|
183 3 -5.2472 -0.8421 1.3946 55.4712
|
|
183 3 -5.2472 -0.5789 2.0560 49.4809
|
|
183 3 -5.2472 -0.3158 1.8923 42.9590
|
|
183 3 -5.2472 -0.0526 0.4289 36.5805
|
|
183 3 -5.2472 0.2105 -2.0004 31.0319
|
|
183 3 -5.2472 0.4737 -4.8256 26.3992
|
|
183 3 -5.2472 0.7368 -7.7947 22.4713
|
|
183 3 -5.2472 1.0000 -10.8640 19.1492
|
|
|
|
183 4 -2.6593 -4.0000 -74.6777 132.0257
|
|
183 4 -2.6593 -3.7368 -66.5861 133.0502
|
|
183 4 -2.6593 -3.4737 -58.0214 133.3910
|
|
183 4 -2.6593 -3.2105 -48.5932 133.0532
|
|
183 4 -2.6593 -2.9474 -37.8273 131.2520
|
|
183 4 -2.6593 -2.6842 -26.3721 126.4430
|
|
183 4 -2.6593 -2.4211 -16.4687 118.3027
|
|
183 4 -2.6593 -2.1579 -9.5472 108.5565
|
|
183 4 -2.6593 -1.8947 -5.2498 98.8524
|
|
183 4 -2.6593 -1.6316 -2.7786 89.8570
|
|
183 4 -2.6593 -1.3684 -1.4703 81.8722
|
|
183 4 -2.6593 -1.1053 -0.5032 74.8835
|
|
183 4 -2.6593 -0.8421 0.6979 68.2055
|
|
183 4 -2.6593 -0.5789 1.8544 60.9656
|
|
183 4 -2.6593 -0.3158 1.9874 52.9908
|
|
183 4 -2.6593 -0.0526 0.4757 45.1368
|
|
183 4 -2.6593 0.2105 -2.2678 38.2814
|
|
183 4 -2.6593 0.4737 -5.5280 32.5371
|
|
183 4 -2.6593 0.7368 -8.9982 27.6426
|
|
183 4 -2.6593 1.0000 -12.6308 23.4883
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 184 coord.: 0.8333333 0.0000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.205867 meV Im[Sigma]= 62.540117 meV Z= 1.004137 lam= -0.004120
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.484212 meV Im[Sigma]= 65.235163 meV Z= 1.008652 lam= -0.008578
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.755310 meV Im[Sigma]= 134.099441 meV Z= 1.018132 lam= -0.017809
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.529350 meV Im[Sigma]= 142.416424 meV Z= 1.025045 lam= -0.024433
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 184 coord.: 0.8333333 0.0000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 184 w = -4.0000 eV A(k,w) = 0.25511E-02 meV^-1
|
|
ik = 184 w = -3.7368 eV A(k,w) = 0.66740E-03 meV^-1
|
|
ik = 184 w = -3.4737 eV A(k,w) = 0.18758E-03 meV^-1
|
|
ik = 184 w = -3.2105 eV A(k,w) = 0.88827E-04 meV^-1
|
|
ik = 184 w = -2.9474 eV A(k,w) = 0.52108E-04 meV^-1
|
|
ik = 184 w = -2.6842 eV A(k,w) = 0.33637E-04 meV^-1
|
|
ik = 184 w = -2.4211 eV A(k,w) = 0.22641E-04 meV^-1
|
|
ik = 184 w = -2.1579 eV A(k,w) = 0.15667E-04 meV^-1
|
|
ik = 184 w = -1.8947 eV A(k,w) = 0.11141E-04 meV^-1
|
|
ik = 184 w = -1.6316 eV A(k,w) = 0.81290E-05 meV^-1
|
|
ik = 184 w = -1.3684 eV A(k,w) = 0.60790E-05 meV^-1
|
|
ik = 184 w = -1.1053 eV A(k,w) = 0.46488E-05 meV^-1
|
|
ik = 184 w = -0.8421 eV A(k,w) = 0.35965E-05 meV^-1
|
|
ik = 184 w = -0.5789 eV A(k,w) = 0.27673E-05 meV^-1
|
|
ik = 184 w = -0.3158 eV A(k,w) = 0.20939E-05 meV^-1
|
|
ik = 184 w = -0.0526 eV A(k,w) = 0.15675E-05 meV^-1
|
|
ik = 184 w = 0.2105 eV A(k,w) = 0.11783E-05 meV^-1
|
|
ik = 184 w = 0.4737 eV A(k,w) = 0.89463E-06 meV^-1
|
|
ik = 184 w = 0.7368 eV A(k,w) = 0.68388E-06 meV^-1
|
|
ik = 184 w = 1.0000 eV A(k,w) = 0.52628E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
184 -4.0000 0.25511E-02
|
|
184 -3.7368 0.66740E-03
|
|
184 -3.4737 0.18758E-03
|
|
184 -3.2105 0.88827E-04
|
|
184 -2.9474 0.52108E-04
|
|
184 -2.6842 0.33637E-04
|
|
184 -2.4211 0.22641E-04
|
|
184 -2.1579 0.15667E-04
|
|
184 -1.8947 0.11141E-04
|
|
184 -1.6316 0.81290E-05
|
|
184 -1.3684 0.60790E-05
|
|
184 -1.1053 0.46488E-05
|
|
184 -0.8421 0.35965E-05
|
|
184 -0.5789 0.27673E-05
|
|
184 -0.3158 0.20939E-05
|
|
184 -0.0526 0.15675E-05
|
|
184 0.2105 0.11783E-05
|
|
184 0.4737 0.89463E-06
|
|
184 0.7368 0.68388E-06
|
|
184 1.0000 0.52628E-06
|
|
184 1 -15.5565 -4.0000 -32.5996 103.1814
|
|
184 1 -15.5565 -3.7368 -27.1364 101.4671
|
|
184 1 -15.5565 -3.4737 -21.6534 99.2862
|
|
184 1 -15.5565 -3.2105 -15.9268 96.7032
|
|
184 1 -15.5565 -2.9474 -9.6557 93.3008
|
|
184 1 -15.5565 -2.6842 -3.1925 88.1605
|
|
184 1 -15.5565 -2.4211 2.0844 81.0776
|
|
184 1 -15.5565 -2.1579 5.2679 73.1713
|
|
184 1 -15.5565 -1.8947 6.6226 65.5479
|
|
184 1 -15.5565 -1.6316 6.7430 58.6515
|
|
184 1 -15.5565 -1.3684 6.1102 52.6264
|
|
184 1 -15.5565 -1.1053 5.2301 47.4312
|
|
184 1 -15.5565 -0.8421 4.4557 42.6781
|
|
184 1 -15.5565 -0.5789 3.6875 37.8863
|
|
184 1 -15.5565 -0.3158 2.4627 32.9255
|
|
184 1 -15.5565 -0.0526 0.4770 28.1818
|
|
184 1 -15.5565 0.2105 -2.0686 24.0709
|
|
184 1 -15.5565 0.4737 -4.8150 20.6400
|
|
184 1 -15.5565 0.7368 -7.5956 17.7484
|
|
184 1 -15.5565 1.0000 -10.3728 15.3177
|
|
|
|
184 2 -12.4383 -4.0000 -30.0174 73.6834
|
|
184 2 -12.4383 -3.7368 -26.3950 73.3943
|
|
184 2 -12.4383 -3.4737 -22.5086 72.8624
|
|
184 2 -12.4383 -3.2105 -18.1657 72.0347
|
|
184 2 -12.4383 -2.9474 -13.1523 70.5030
|
|
184 2 -12.4383 -2.6842 -7.7917 67.4835
|
|
184 2 -12.4383 -2.4211 -3.2343 62.7879
|
|
184 2 -12.4383 -2.1579 -0.2401 57.3091
|
|
184 2 -12.4383 -1.8947 1.3864 51.9201
|
|
184 2 -12.4383 -1.6316 2.0813 46.9534
|
|
184 2 -12.4383 -1.3684 2.1754 42.5390
|
|
184 2 -12.4383 -1.1053 2.0592 38.6830
|
|
184 2 -12.4383 -0.8421 2.0314 35.0801
|
|
184 2 -12.4383 -0.5789 1.9984 31.3144
|
|
184 2 -12.4383 -0.3158 1.5256 27.2766
|
|
184 2 -12.4383 -0.0526 0.3193 23.3379
|
|
184 2 -12.4383 0.2105 -1.4405 19.8994
|
|
184 2 -12.4383 0.4737 -3.4246 17.0158
|
|
184 2 -12.4383 0.7368 -5.4856 14.5670
|
|
184 2 -12.4383 1.0000 -7.5939 12.4967
|
|
|
|
184 3 -4.5379 -4.0000 -63.5403 114.9743
|
|
184 3 -4.5379 -3.7368 -56.9718 115.9776
|
|
184 3 -4.5379 -3.4737 -49.8240 116.5259
|
|
184 3 -4.5379 -3.2105 -41.7281 116.5152
|
|
184 3 -4.5379 -2.9474 -32.2937 115.1745
|
|
184 3 -4.5379 -2.6842 -22.1345 111.0783
|
|
184 3 -4.5379 -2.4211 -13.3170 103.8979
|
|
184 3 -4.5379 -2.1579 -7.1992 95.2018
|
|
184 3 -4.5379 -1.8947 -3.4777 86.5284
|
|
184 3 -4.5379 -1.6316 -1.4098 78.5026
|
|
184 3 -4.5379 -1.3684 -0.3853 71.3844
|
|
184 3 -4.5379 -1.1053 0.3162 65.1523
|
|
184 3 -4.5379 -0.8421 1.1897 59.2153
|
|
184 3 -4.5379 -0.5789 1.9982 52.8355
|
|
184 3 -4.5379 -0.3158 1.9207 45.8734
|
|
184 3 -4.5379 -0.0526 0.4427 39.0528
|
|
184 3 -4.5379 0.2105 -2.0800 33.1135
|
|
184 3 -4.5379 0.4737 -5.0362 28.1504
|
|
184 3 -4.5379 0.7368 -8.1561 23.9394
|
|
184 3 -4.5379 1.0000 -11.3922 20.3774
|
|
|
|
184 4 -3.8929 -4.0000 -65.6065 114.7270
|
|
184 4 -3.8929 -3.7368 -59.1304 115.8510
|
|
184 4 -3.8929 -3.4737 -52.0286 116.5942
|
|
184 4 -3.8929 -3.2105 -43.9219 116.8021
|
|
184 4 -3.8929 -2.9474 -34.4344 115.6877
|
|
184 4 -3.8929 -2.6842 -24.1750 111.8247
|
|
184 4 -3.8929 -2.4211 -15.1973 104.8676
|
|
184 4 -3.8929 -2.1579 -8.8607 96.3541
|
|
184 4 -3.8929 -1.8947 -4.8876 87.7956
|
|
184 4 -3.8929 -1.6316 -2.5756 79.8171
|
|
184 4 -3.8929 -1.3684 -1.3369 72.7096
|
|
184 4 -3.8929 -1.1053 -0.4356 66.4792
|
|
184 4 -3.8929 -0.8421 0.6500 60.5264
|
|
184 4 -3.8929 -0.5789 1.6790 54.0787
|
|
184 4 -3.8929 -0.3158 1.7856 46.9867
|
|
184 4 -3.8929 -0.0526 0.4259 40.0135
|
|
184 4 -3.8929 0.2105 -2.0262 33.9368
|
|
184 4 -3.8929 0.4737 -4.9316 28.8521
|
|
184 4 -3.8929 0.7368 -8.0168 24.5219
|
|
184 4 -3.8929 1.0000 -11.2427 20.8451
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 185 coord.: 0.8333333 0.0000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.014475 meV Im[Sigma]= 43.223939 meV Z= 1.007620 lam= -0.007563
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.958583 meV Im[Sigma]= 102.189514 meV Z= 1.018021 lam= -0.017702
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 47.272352 meV Im[Sigma]= 167.532207 meV Z= 1.035892 lam= -0.034648
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.473854 meV Im[Sigma]= 167.235907 meV Z= 1.042446 lam= -0.040718
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 185 coord.: 0.8333333 0.0000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 185 w = -4.0000 eV A(k,w) = 0.12428E-03 meV^-1
|
|
ik = 185 w = -3.7368 eV A(k,w) = 0.29113E-03 meV^-1
|
|
ik = 185 w = -3.4737 eV A(k,w) = 0.13088E-02 meV^-1
|
|
ik = 185 w = -3.2105 eV A(k,w) = 0.13994E-02 meV^-1
|
|
ik = 185 w = -2.9474 eV A(k,w) = 0.63973E-03 meV^-1
|
|
ik = 185 w = -2.6842 eV A(k,w) = 0.21453E-02 meV^-1
|
|
ik = 185 w = -2.4211 eV A(k,w) = 0.77114E-03 meV^-1
|
|
ik = 185 w = -2.1579 eV A(k,w) = 0.19091E-03 meV^-1
|
|
ik = 185 w = -1.8947 eV A(k,w) = 0.79409E-04 meV^-1
|
|
ik = 185 w = -1.6316 eV A(k,w) = 0.41823E-04 meV^-1
|
|
ik = 185 w = -1.3684 eV A(k,w) = 0.25101E-04 meV^-1
|
|
ik = 185 w = -1.1053 eV A(k,w) = 0.16375E-04 meV^-1
|
|
ik = 185 w = -0.8421 eV A(k,w) = 0.11228E-04 meV^-1
|
|
ik = 185 w = -0.5789 eV A(k,w) = 0.78533E-05 meV^-1
|
|
ik = 185 w = -0.3158 eV A(k,w) = 0.54980E-05 meV^-1
|
|
ik = 185 w = -0.0526 eV A(k,w) = 0.38572E-05 meV^-1
|
|
ik = 185 w = 0.2105 eV A(k,w) = 0.27439E-05 meV^-1
|
|
ik = 185 w = 0.4737 eV A(k,w) = 0.19871E-05 meV^-1
|
|
ik = 185 w = 0.7368 eV A(k,w) = 0.14584E-05 meV^-1
|
|
ik = 185 w = 1.0000 eV A(k,w) = 0.10834E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
185 -4.0000 0.12428E-03
|
|
185 -3.7368 0.29113E-03
|
|
185 -3.4737 0.13088E-02
|
|
185 -3.2105 0.13994E-02
|
|
185 -2.9474 0.63973E-03
|
|
185 -2.6842 0.21453E-02
|
|
185 -2.4211 0.77114E-03
|
|
185 -2.1579 0.19091E-03
|
|
185 -1.8947 0.79409E-04
|
|
185 -1.6316 0.41823E-04
|
|
185 -1.3684 0.25101E-04
|
|
185 -1.1053 0.16375E-04
|
|
185 -0.8421 0.11228E-04
|
|
185 -0.5789 0.78533E-05
|
|
185 -0.3158 0.54980E-05
|
|
185 -0.0526 0.38572E-05
|
|
185 0.2105 0.27439E-05
|
|
185 0.4737 0.19871E-05
|
|
185 0.7368 0.14584E-05
|
|
185 1.0000 0.10834E-05
|
|
185 1 -18.6527 -4.0000 -29.8204 116.4534
|
|
185 1 -18.6527 -3.7368 -23.7592 113.9646
|
|
185 1 -18.6527 -3.4737 -17.6597 110.8465
|
|
185 1 -18.6527 -3.2105 -11.4085 107.1204
|
|
185 1 -18.6527 -2.9474 -4.8392 102.4201
|
|
185 1 -18.6527 -2.6842 1.6382 95.9539
|
|
185 1 -18.6527 -2.4211 6.6715 87.6366
|
|
185 1 -18.6527 -2.1579 9.4296 78.6611
|
|
185 1 -18.6527 -1.8947 10.2624 70.1544
|
|
185 1 -18.6527 -1.6316 9.8354 62.5390
|
|
185 1 -18.6527 -1.3684 8.6595 55.9124
|
|
185 1 -18.6527 -1.1053 7.2333 50.2103
|
|
185 1 -18.6527 -0.8421 5.9137 45.0517
|
|
185 1 -18.6527 -0.5789 4.6296 39.9556
|
|
185 1 -18.6527 -0.3158 2.9451 34.7638
|
|
185 1 -18.6527 -0.0526 0.5535 29.8253
|
|
185 1 -18.6527 0.2105 -2.3645 25.5395
|
|
185 1 -18.6527 0.4737 -5.4638 21.9559
|
|
185 1 -18.6527 0.7368 -8.5777 18.9399
|
|
185 1 -18.6527 1.0000 -11.6622 16.4108
|
|
|
|
185 2 -6.9063 -4.0000 -51.7924 105.5268
|
|
185 2 -6.9063 -3.7368 -45.7294 105.6343
|
|
185 2 -6.9063 -3.4737 -39.3749 105.2632
|
|
185 2 -6.9063 -3.2105 -32.4069 104.4269
|
|
185 2 -6.9063 -2.9474 -24.4485 102.5182
|
|
185 2 -6.9063 -2.6842 -15.9882 98.3467
|
|
185 2 -6.9063 -2.4211 -8.7466 91.6538
|
|
185 2 -6.9063 -2.1579 -3.8342 83.7666
|
|
185 2 -6.9063 -1.8947 -0.9783 75.9716
|
|
185 2 -6.9063 -1.6316 0.4557 68.7992
|
|
185 2 -6.9063 -1.3684 1.0061 62.4718
|
|
185 2 -6.9063 -1.1053 1.3052 56.9555
|
|
185 2 -6.9063 -0.8421 1.7774 51.7253
|
|
185 2 -6.9063 -0.5789 2.2123 46.1416
|
|
185 2 -6.9063 -0.3158 1.9054 40.0851
|
|
185 2 -6.9063 -0.0526 0.4204 34.1714
|
|
185 2 -6.9063 0.2105 -1.9387 29.0267
|
|
185 2 -6.9063 0.4737 -4.6511 24.7285
|
|
185 2 -6.9063 0.7368 -7.4875 21.0821
|
|
185 2 -6.9063 1.0000 -10.4089 17.9963
|
|
|
|
185 3 -3.2910 -4.0000 -69.9913 127.1491
|
|
185 3 -3.2910 -3.7368 -62.4574 128.0417
|
|
185 3 -3.2910 -3.4737 -54.4106 128.3124
|
|
185 3 -3.2910 -3.2105 -45.4986 127.9244
|
|
185 3 -3.2910 -2.9474 -35.3017 126.1240
|
|
185 3 -3.2910 -2.6842 -24.4489 121.4478
|
|
185 3 -3.2910 -2.4211 -15.0855 113.5888
|
|
185 3 -3.2910 -2.1579 -8.5866 104.2066
|
|
185 3 -3.2910 -1.8947 -4.6012 94.8935
|
|
185 3 -3.2910 -1.6316 -2.3449 86.2866
|
|
185 3 -3.2910 -1.3684 -1.1723 78.6584
|
|
185 3 -3.2910 -1.1053 -0.2997 71.9785
|
|
185 3 -3.2910 -0.8421 0.8117 65.5794
|
|
185 3 -3.2910 -0.5789 1.8794 58.6276
|
|
185 3 -3.2910 -0.3158 1.9614 50.9678
|
|
185 3 -3.2910 -0.0526 0.4656 43.4230
|
|
185 3 -3.2910 0.2105 -2.2137 36.8352
|
|
185 3 -3.2910 0.4737 -5.3913 31.3161
|
|
185 3 -3.2910 0.7368 -8.7694 26.6183
|
|
185 3 -3.2910 1.0000 -12.2984 22.6347
|
|
|
|
185 4 -2.6027 -4.0000 -75.1975 138.4724
|
|
185 4 -2.6027 -3.7368 -67.0897 139.2717
|
|
185 4 -2.6027 -3.4737 -58.4217 139.4867
|
|
185 4 -2.6027 -3.2105 -48.7513 139.0207
|
|
185 4 -2.6027 -2.9474 -37.6441 136.9850
|
|
185 4 -2.6027 -2.6842 -25.8443 131.7790
|
|
185 4 -2.6027 -2.4211 -15.7125 123.1091
|
|
185 4 -2.6027 -2.1579 -8.7281 112.8112
|
|
185 4 -2.6027 -1.8947 -4.4899 102.6237
|
|
185 4 -2.6027 -1.6316 -2.1261 93.2413
|
|
185 4 -2.6027 -1.3684 -0.9124 84.9439
|
|
185 4 -2.6027 -1.1053 0.0006 77.6650
|
|
185 4 -2.6027 -0.8421 1.1630 70.6643
|
|
185 4 -2.6027 -0.5789 2.2385 63.0682
|
|
185 4 -2.6027 -0.3158 2.2275 54.7444
|
|
185 4 -2.6027 -0.0526 0.5199 46.5758
|
|
185 4 -2.6027 0.2105 -2.4577 39.4548
|
|
185 4 -2.6027 0.4737 -5.9727 33.5050
|
|
185 4 -2.6027 0.7368 -9.6938 28.4669
|
|
185 4 -2.6027 1.0000 -13.5526 24.2165
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 186 coord.: 0.8333333 0.0000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -20.5714 eV Re[Sigma]= -65.354340 meV Im[Sigma]= 17.272259 meV Z= 0.996894 lam= 0.003115
|
|
E( 2 )= -1.7294 eV Re[Sigma]= 116.919072 meV Im[Sigma]= 132.881842 meV Z= 1.010075 lam= -0.009975
|
|
E( 3 )= -1.5590 eV Re[Sigma]= 114.246495 meV Im[Sigma]= 113.310195 meV Z= 1.005604 lam= -0.005573
|
|
E( 4 )= -1.5590 eV Re[Sigma]= 114.246495 meV Im[Sigma]= 113.310195 meV Z= 1.005604 lam= -0.005573
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 186 coord.: 0.8333333 0.0000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 186 w = -4.0000 eV A(k,w) = 0.29216E-04 meV^-1
|
|
ik = 186 w = -3.7368 eV A(k,w) = 0.37099E-04 meV^-1
|
|
ik = 186 w = -3.4737 eV A(k,w) = 0.48391E-04 meV^-1
|
|
ik = 186 w = -3.2105 eV A(k,w) = 0.65347E-04 meV^-1
|
|
ik = 186 w = -2.9474 eV A(k,w) = 0.91922E-04 meV^-1
|
|
ik = 186 w = -2.6842 eV A(k,w) = 0.13622E-03 meV^-1
|
|
ik = 186 w = -2.4211 eV A(k,w) = 0.22239E-03 meV^-1
|
|
ik = 186 w = -2.1579 eV A(k,w) = 0.45128E-03 meV^-1
|
|
ik = 186 w = -1.8947 eV A(k,w) = 0.15791E-02 meV^-1
|
|
ik = 186 w = -1.6316 eV A(k,w) = 0.57304E-02 meV^-1
|
|
ik = 186 w = -1.3684 eV A(k,w) = 0.15629E-02 meV^-1
|
|
ik = 186 w = -1.1053 eV A(k,w) = 0.33736E-03 meV^-1
|
|
ik = 186 w = -0.8421 eV A(k,w) = 0.13302E-03 meV^-1
|
|
ik = 186 w = -0.5789 eV A(k,w) = 0.66165E-04 meV^-1
|
|
ik = 186 w = -0.3158 eV A(k,w) = 0.36563E-04 meV^-1
|
|
ik = 186 w = -0.0526 eV A(k,w) = 0.21477E-04 meV^-1
|
|
ik = 186 w = 0.2105 eV A(k,w) = 0.13279E-04 meV^-1
|
|
ik = 186 w = 0.4737 eV A(k,w) = 0.85779E-05 meV^-1
|
|
ik = 186 w = 0.7368 eV A(k,w) = 0.57242E-05 meV^-1
|
|
ik = 186 w = 1.0000 eV A(k,w) = 0.39238E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
186 -4.0000 0.29216E-04
|
|
186 -3.7368 0.37099E-04
|
|
186 -3.4737 0.48391E-04
|
|
186 -3.2105 0.65347E-04
|
|
186 -2.9474 0.91922E-04
|
|
186 -2.6842 0.13622E-03
|
|
186 -2.4211 0.22239E-03
|
|
186 -2.1579 0.45128E-03
|
|
186 -1.8947 0.15791E-02
|
|
186 -1.6316 0.57304E-02
|
|
186 -1.3684 0.15629E-02
|
|
186 -1.1053 0.33736E-03
|
|
186 -0.8421 0.13302E-03
|
|
186 -0.5789 0.66165E-04
|
|
186 -0.3158 0.36563E-04
|
|
186 -0.0526 0.21477E-04
|
|
186 0.2105 0.13279E-04
|
|
186 0.4737 0.85779E-05
|
|
186 0.7368 0.57242E-05
|
|
186 1.0000 0.39238E-05
|
|
186 1 -20.5714 -4.0000 -33.2025 131.8753
|
|
186 1 -20.5714 -3.7368 -26.2164 129.3379
|
|
186 1 -20.5714 -3.4737 -18.9198 126.0263
|
|
186 1 -20.5714 -3.2105 -11.2949 121.7379
|
|
186 1 -20.5714 -2.9474 -3.4324 116.0311
|
|
186 1 -20.5714 -2.6842 4.0582 108.2174
|
|
186 1 -20.5714 -2.4211 9.7175 98.3653
|
|
186 1 -20.5714 -2.1579 12.6948 87.8546
|
|
186 1 -20.5714 -1.8947 13.4307 77.9630
|
|
186 1 -20.5714 -1.6316 12.7228 69.1592
|
|
186 1 -20.5714 -1.3684 11.1635 61.5123
|
|
186 1 -20.5714 -1.1053 9.2779 54.9380
|
|
186 1 -20.5714 -0.8421 7.4518 49.0582
|
|
186 1 -20.5714 -0.5789 5.6574 43.3821
|
|
186 1 -20.5714 -0.3158 3.4883 37.7184
|
|
186 1 -20.5714 -0.0526 0.6414 32.3850
|
|
186 1 -20.5714 0.2105 -2.7067 27.7648
|
|
186 1 -20.5714 0.4737 -6.2143 23.8982
|
|
186 1 -20.5714 0.7368 -9.7158 20.6464
|
|
186 1 -20.5714 1.0000 -13.1633 17.9244
|
|
|
|
186 2 -1.7294 -4.0000 -93.6548 166.9010
|
|
186 2 -1.7294 -3.7368 -83.7450 168.0425
|
|
186 2 -1.7294 -3.4737 -73.1330 168.5078
|
|
186 2 -1.7294 -3.2105 -61.2478 168.1431
|
|
186 2 -1.7294 -2.9474 -47.5770 165.8272
|
|
186 2 -1.7294 -2.6842 -33.0563 159.5989
|
|
186 2 -1.7294 -2.4211 -20.5954 149.1006
|
|
186 2 -1.7294 -2.1579 -12.0352 136.6030
|
|
186 2 -1.7294 -1.8947 -6.8777 124.2905
|
|
186 2 -1.7294 -1.6316 -3.9944 113.0326
|
|
186 2 -1.7294 -1.3684 -2.4689 103.1291
|
|
186 2 -1.7294 -1.1053 -1.2856 94.4899
|
|
186 2 -1.7294 -0.8421 0.2579 86.2475
|
|
186 2 -1.7294 -0.5789 1.8415 77.2908
|
|
186 2 -1.7294 -0.3158 2.2386 67.3155
|
|
186 2 -1.7294 -0.0526 0.5641 57.3367
|
|
186 2 -1.7294 0.2105 -2.7681 48.5178
|
|
186 2 -1.7294 0.4737 -6.8731 41.1010
|
|
186 2 -1.7294 0.7368 -11.3131 34.8217
|
|
186 2 -1.7294 1.0000 -15.9637 29.5451
|
|
|
|
186 3 -1.5590 -4.0000 -85.8702 157.0111
|
|
186 3 -1.5590 -3.7368 -76.7582 157.8890
|
|
186 3 -1.5590 -3.4737 -67.0635 158.2002
|
|
186 3 -1.5590 -3.2105 -56.1933 157.8700
|
|
186 3 -1.5590 -2.9474 -43.5499 155.8370
|
|
186 3 -1.5590 -2.6842 -29.9458 150.1551
|
|
186 3 -1.5590 -2.4211 -18.1468 140.3753
|
|
186 3 -1.5590 -2.1579 -9.9721 128.5810
|
|
186 3 -1.5590 -1.8947 -5.0380 116.8338
|
|
186 3 -1.5590 -1.6316 -2.3532 105.9997
|
|
186 3 -1.5590 -1.3684 -1.0780 96.4505
|
|
186 3 -1.5590 -1.1053 -0.2109 88.1680
|
|
186 3 -1.5590 -0.8421 0.9627 80.3491
|
|
186 3 -1.5590 -0.5789 2.1736 71.9445
|
|
186 3 -1.5590 -0.3158 2.2993 62.6688
|
|
186 3 -1.5590 -0.0526 0.5531 53.4552
|
|
186 3 -1.5590 0.2105 -2.6567 45.3421
|
|
186 3 -1.5590 0.4737 -6.5224 38.5089
|
|
186 3 -1.5590 0.7368 -10.6740 32.6914
|
|
186 3 -1.5590 1.0000 -15.0255 27.7751
|
|
|
|
186 4 -1.5590 -4.0000 -85.3451 156.6969
|
|
186 4 -1.5590 -3.7368 -76.2543 157.5248
|
|
186 4 -1.5590 -3.4737 -66.5946 157.7838
|
|
186 4 -1.5590 -3.2105 -55.7758 157.4039
|
|
186 4 -1.5590 -2.9474 -43.2029 155.3304
|
|
186 4 -1.5590 -2.6842 -29.6878 149.6294
|
|
186 4 -1.5590 -2.4211 -17.9820 139.8658
|
|
186 4 -1.5590 -2.1579 -9.8817 128.1189
|
|
186 4 -1.5590 -1.8947 -4.9922 116.4313
|
|
186 4 -1.5590 -1.6316 -2.3273 105.6521
|
|
186 4 -1.5590 -1.3684 -1.0578 96.1459
|
|
186 4 -1.5590 -1.1053 -0.1917 87.8944
|
|
186 4 -1.5590 -0.8421 0.9794 80.0985
|
|
186 4 -1.5590 -0.5789 2.1841 71.7146
|
|
186 4 -1.5590 -0.3158 2.3033 62.4616
|
|
186 4 -1.5590 -0.0526 0.5535 53.2716
|
|
186 4 -1.5590 0.2105 -2.6576 45.1811
|
|
186 4 -1.5590 0.4737 -6.5228 38.3701
|
|
186 4 -1.5590 0.7368 -10.6711 32.5748
|
|
186 4 -1.5590 1.0000 -15.0155 27.6790
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 187 coord.: 0.8333333 0.1666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -19.4313 eV Re[Sigma]= -66.084538 meV Im[Sigma]= 34.876987 meV Z= 1.000936 lam= -0.000935
|
|
E( 2 )= -5.3692 eV Re[Sigma]= -2.541549 meV Im[Sigma]= 135.933913 meV Z= 1.027848 lam= -0.027094
|
|
E( 3 )= -3.4193 eV Re[Sigma]= 47.612189 meV Im[Sigma]= 170.382998 meV Z= 1.033358 lam= -0.032281
|
|
E( 4 )= -0.9512 eV Re[Sigma]= 114.503221 meV Im[Sigma]= 85.834589 meV Z= 1.005285 lam= -0.005257
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 187 coord.: 0.8333333 0.1666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 187 w = -4.0000 eV A(k,w) = 0.17494E-03 meV^-1
|
|
ik = 187 w = -3.7368 eV A(k,w) = 0.52800E-03 meV^-1
|
|
ik = 187 w = -3.4737 eV A(k,w) = 0.24261E-02 meV^-1
|
|
ik = 187 w = -3.2105 eV A(k,w) = 0.53148E-03 meV^-1
|
|
ik = 187 w = -2.9474 eV A(k,w) = 0.17039E-03 meV^-1
|
|
ik = 187 w = -2.6842 eV A(k,w) = 0.88616E-04 meV^-1
|
|
ik = 187 w = -2.4211 eV A(k,w) = 0.60635E-04 meV^-1
|
|
ik = 187 w = -2.1579 eV A(k,w) = 0.52171E-04 meV^-1
|
|
ik = 187 w = -1.8947 eV A(k,w) = 0.57019E-04 meV^-1
|
|
ik = 187 w = -1.6316 eV A(k,w) = 0.82169E-04 meV^-1
|
|
ik = 187 w = -1.3684 eV A(k,w) = 0.17596E-03 meV^-1
|
|
ik = 187 w = -1.1053 eV A(k,w) = 0.90235E-03 meV^-1
|
|
ik = 187 w = -0.8421 eV A(k,w) = 0.14067E-02 meV^-1
|
|
ik = 187 w = -0.5789 eV A(k,w) = 0.16406E-03 meV^-1
|
|
ik = 187 w = -0.3158 eV A(k,w) = 0.51591E-04 meV^-1
|
|
ik = 187 w = -0.0526 eV A(k,w) = 0.22722E-04 meV^-1
|
|
ik = 187 w = 0.2105 eV A(k,w) = 0.11880E-04 meV^-1
|
|
ik = 187 w = 0.4737 eV A(k,w) = 0.69135E-05 meV^-1
|
|
ik = 187 w = 0.7368 eV A(k,w) = 0.43117E-05 meV^-1
|
|
ik = 187 w = 1.0000 eV A(k,w) = 0.28258E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
187 -4.0000 0.17494E-03
|
|
187 -3.7368 0.52800E-03
|
|
187 -3.4737 0.24261E-02
|
|
187 -3.2105 0.53148E-03
|
|
187 -2.9474 0.17039E-03
|
|
187 -2.6842 0.88616E-04
|
|
187 -2.4211 0.60635E-04
|
|
187 -2.1579 0.52171E-04
|
|
187 -1.8947 0.57019E-04
|
|
187 -1.6316 0.82169E-04
|
|
187 -1.3684 0.17596E-03
|
|
187 -1.1053 0.90235E-03
|
|
187 -0.8421 0.14067E-02
|
|
187 -0.5789 0.16406E-03
|
|
187 -0.3158 0.51591E-04
|
|
187 -0.0526 0.22722E-04
|
|
187 0.2105 0.11880E-04
|
|
187 0.4737 0.69135E-05
|
|
187 0.7368 0.43117E-05
|
|
187 1.0000 0.28258E-05
|
|
187 1 -19.4313 -4.0000 -31.4231 122.4661
|
|
187 1 -19.4313 -3.7368 -25.1042 119.8408
|
|
187 1 -19.4313 -3.4737 -18.7301 116.5888
|
|
187 1 -19.4313 -3.2105 -12.1650 112.7100
|
|
187 1 -19.4313 -2.9474 -5.2449 107.7993
|
|
187 1 -19.4313 -2.6842 1.5879 101.0269
|
|
187 1 -19.4313 -2.4211 6.9160 92.3050
|
|
187 1 -19.4313 -2.1579 9.8677 82.8777
|
|
187 1 -19.4313 -1.8947 10.8024 73.9204
|
|
187 1 -19.4313 -1.6316 10.4082 65.8725
|
|
187 1 -19.4313 -1.3684 9.2022 58.8367
|
|
187 1 -19.4313 -1.1053 7.6879 52.7697
|
|
187 1 -19.4313 -0.8421 6.2529 47.3087
|
|
187 1 -19.4313 -0.5789 4.8635 41.9558
|
|
187 1 -19.4313 -0.3158 3.0853 36.5136
|
|
187 1 -19.4313 -0.0526 0.5805 31.3200
|
|
187 1 -19.4313 0.2105 -2.4864 26.7969
|
|
187 1 -19.4313 0.4737 -5.7593 23.0142
|
|
187 1 -19.4313 0.7368 -9.0530 19.8411
|
|
187 1 -19.4313 1.0000 -12.3105 17.1903
|
|
|
|
187 2 -5.3692 -4.0000 -61.8672 122.0324
|
|
187 2 -5.3692 -3.7368 -54.8577 122.3027
|
|
187 2 -5.3692 -3.4737 -47.4793 122.1306
|
|
187 2 -5.3692 -3.2105 -39.2658 121.5017
|
|
187 2 -5.3692 -2.9474 -29.7189 119.6115
|
|
187 2 -5.3692 -2.6842 -19.4368 114.9399
|
|
187 2 -5.3692 -2.4211 -10.5592 107.1098
|
|
187 2 -5.3692 -2.1579 -4.5226 97.7279
|
|
187 2 -5.3692 -1.8947 -1.0422 88.4192
|
|
187 2 -5.3692 -1.6316 0.6736 79.8773
|
|
187 2 -5.3692 -1.3684 1.3032 72.3727
|
|
187 2 -5.3692 -1.1053 1.6040 65.8630
|
|
187 2 -5.3692 -0.8421 2.0881 59.7462
|
|
187 2 -5.3692 -0.5789 2.5450 53.2765
|
|
187 2 -5.3692 -0.3158 2.1804 46.2860
|
|
187 2 -5.3692 -0.0526 0.4809 39.4577
|
|
187 2 -5.3692 0.2105 -2.2194 33.5076
|
|
187 2 -5.3692 0.4737 -5.3302 28.5286
|
|
187 2 -5.3692 0.7368 -8.5896 24.3029
|
|
187 2 -5.3692 1.0000 -11.9497 20.7294
|
|
|
|
187 3 -3.4193 -4.0000 -69.1976 131.7485
|
|
187 3 -3.4193 -3.7368 -61.6913 132.2275
|
|
187 3 -3.4193 -3.4737 -53.7485 132.2164
|
|
187 3 -3.4193 -3.2105 -44.8922 131.6914
|
|
187 3 -3.4193 -2.9474 -34.6028 129.7987
|
|
187 3 -3.4193 -2.6842 -23.5354 124.9191
|
|
187 3 -3.4193 -2.4211 -13.9870 116.6839
|
|
187 3 -3.4193 -2.1579 -7.4518 106.8425
|
|
187 3 -3.4193 -1.8947 -3.5751 97.1056
|
|
187 3 -3.4193 -1.6316 -1.5064 88.1667
|
|
187 3 -3.4193 -1.3684 -0.5401 80.2979
|
|
187 3 -3.4193 -1.1053 0.1409 73.4467
|
|
187 3 -3.4193 -0.8421 1.0922 66.9244
|
|
187 3 -3.4193 -0.5789 2.0458 59.8730
|
|
187 3 -3.4193 -0.3158 2.0557 52.0951
|
|
187 3 -3.4193 -0.0526 0.4850 44.3908
|
|
187 3 -3.4193 0.2105 -2.3111 37.6286
|
|
187 3 -3.4193 0.4737 -5.6472 31.9604
|
|
187 3 -3.4193 0.7368 -9.1990 27.1593
|
|
187 3 -3.4193 1.0000 -12.8898 23.1124
|
|
|
|
187 4 -0.9512 -4.0000 -86.6637 155.5945
|
|
187 4 -0.9512 -3.7368 -77.5305 156.6528
|
|
187 4 -0.9512 -3.4737 -67.7445 157.0981
|
|
187 4 -0.9512 -3.2105 -56.7694 156.8036
|
|
187 4 -0.9512 -2.9474 -44.0957 154.7285
|
|
187 4 -0.9512 -2.6842 -30.5755 149.0156
|
|
187 4 -0.9512 -2.4211 -18.9252 139.3058
|
|
187 4 -0.9512 -2.1579 -10.8658 127.6938
|
|
187 4 -0.9512 -1.8947 -5.9561 116.1810
|
|
187 4 -0.9512 -1.6316 -3.2077 105.5714
|
|
187 4 -0.9512 -1.3684 -1.8102 96.2037
|
|
187 4 -0.9512 -1.1053 -0.7906 88.0518
|
|
187 4 -0.9512 -0.8421 0.5469 80.3136
|
|
187 4 -0.9512 -0.5789 1.9183 71.9412
|
|
187 4 -0.9512 -0.3158 2.1832 62.6537
|
|
187 4 -0.9512 -0.0526 0.5380 53.4010
|
|
187 4 -0.9512 0.2105 -2.6111 45.2465
|
|
187 4 -0.9512 0.4737 -6.4420 38.3874
|
|
187 4 -0.9512 0.7368 -10.5670 32.5614
|
|
187 4 -0.9512 1.0000 -14.8905 27.6464
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 188 coord.: 0.8333333 0.1666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.014544 meV Im[Sigma]= 43.223741 meV Z= 1.007620 lam= -0.007563
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.958668 meV Im[Sigma]= 102.189323 meV Z= 1.018021 lam= -0.017702
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 47.272525 meV Im[Sigma]= 167.532597 meV Z= 1.035892 lam= -0.034648
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.473753 meV Im[Sigma]= 167.235591 meV Z= 1.042446 lam= -0.040718
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 188 coord.: 0.8333333 0.1666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 188 w = -4.0000 eV A(k,w) = 0.12428E-03 meV^-1
|
|
ik = 188 w = -3.7368 eV A(k,w) = 0.29113E-03 meV^-1
|
|
ik = 188 w = -3.4737 eV A(k,w) = 0.13088E-02 meV^-1
|
|
ik = 188 w = -3.2105 eV A(k,w) = 0.13994E-02 meV^-1
|
|
ik = 188 w = -2.9474 eV A(k,w) = 0.63973E-03 meV^-1
|
|
ik = 188 w = -2.6842 eV A(k,w) = 0.21453E-02 meV^-1
|
|
ik = 188 w = -2.4211 eV A(k,w) = 0.77114E-03 meV^-1
|
|
ik = 188 w = -2.1579 eV A(k,w) = 0.19091E-03 meV^-1
|
|
ik = 188 w = -1.8947 eV A(k,w) = 0.79409E-04 meV^-1
|
|
ik = 188 w = -1.6316 eV A(k,w) = 0.41823E-04 meV^-1
|
|
ik = 188 w = -1.3684 eV A(k,w) = 0.25101E-04 meV^-1
|
|
ik = 188 w = -1.1053 eV A(k,w) = 0.16375E-04 meV^-1
|
|
ik = 188 w = -0.8421 eV A(k,w) = 0.11228E-04 meV^-1
|
|
ik = 188 w = -0.5789 eV A(k,w) = 0.78533E-05 meV^-1
|
|
ik = 188 w = -0.3158 eV A(k,w) = 0.54980E-05 meV^-1
|
|
ik = 188 w = -0.0526 eV A(k,w) = 0.38572E-05 meV^-1
|
|
ik = 188 w = 0.2105 eV A(k,w) = 0.27439E-05 meV^-1
|
|
ik = 188 w = 0.4737 eV A(k,w) = 0.19871E-05 meV^-1
|
|
ik = 188 w = 0.7368 eV A(k,w) = 0.14584E-05 meV^-1
|
|
ik = 188 w = 1.0000 eV A(k,w) = 0.10834E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
188 -4.0000 0.12428E-03
|
|
188 -3.7368 0.29113E-03
|
|
188 -3.4737 0.13088E-02
|
|
188 -3.2105 0.13994E-02
|
|
188 -2.9474 0.63973E-03
|
|
188 -2.6842 0.21453E-02
|
|
188 -2.4211 0.77114E-03
|
|
188 -2.1579 0.19091E-03
|
|
188 -1.8947 0.79409E-04
|
|
188 -1.6316 0.41823E-04
|
|
188 -1.3684 0.25101E-04
|
|
188 -1.1053 0.16375E-04
|
|
188 -0.8421 0.11228E-04
|
|
188 -0.5789 0.78533E-05
|
|
188 -0.3158 0.54980E-05
|
|
188 -0.0526 0.38572E-05
|
|
188 0.2105 0.27439E-05
|
|
188 0.4737 0.19871E-05
|
|
188 0.7368 0.14584E-05
|
|
188 1.0000 0.10834E-05
|
|
188 1 -18.6527 -4.0000 -29.8203 116.4532
|
|
188 1 -18.6527 -3.7368 -23.7592 113.9644
|
|
188 1 -18.6527 -3.4737 -17.6598 110.8463
|
|
188 1 -18.6527 -3.2105 -11.4086 107.1203
|
|
188 1 -18.6527 -2.9474 -4.8393 102.4200
|
|
188 1 -18.6527 -2.6842 1.6381 95.9538
|
|
188 1 -18.6527 -2.4211 6.6714 87.6366
|
|
188 1 -18.6527 -2.1579 9.4295 78.6611
|
|
188 1 -18.6527 -1.8947 10.2623 70.1544
|
|
188 1 -18.6527 -1.6316 9.8353 62.5390
|
|
188 1 -18.6527 -1.3684 8.6594 55.9124
|
|
188 1 -18.6527 -1.1053 7.2333 50.2103
|
|
188 1 -18.6527 -0.8421 5.9137 45.0517
|
|
188 1 -18.6527 -0.5789 4.6296 39.9556
|
|
188 1 -18.6527 -0.3158 2.9451 34.7638
|
|
188 1 -18.6527 -0.0526 0.5535 29.8253
|
|
188 1 -18.6527 0.2105 -2.3645 25.5395
|
|
188 1 -18.6527 0.4737 -5.4638 21.9559
|
|
188 1 -18.6527 0.7368 -8.5777 18.9399
|
|
188 1 -18.6527 1.0000 -11.6622 16.4108
|
|
|
|
188 2 -6.9063 -4.0000 -51.7925 105.5269
|
|
188 2 -6.9063 -3.7368 -45.7295 105.6344
|
|
188 2 -6.9063 -3.4737 -39.3750 105.2633
|
|
188 2 -6.9063 -3.2105 -32.4069 104.4271
|
|
188 2 -6.9063 -2.9474 -24.4485 102.5183
|
|
188 2 -6.9063 -2.6842 -15.9882 98.3468
|
|
188 2 -6.9063 -2.4211 -8.7466 91.6538
|
|
188 2 -6.9063 -2.1579 -3.8342 83.7667
|
|
188 2 -6.9063 -1.8947 -0.9783 75.9717
|
|
188 2 -6.9063 -1.6316 0.4557 68.7992
|
|
188 2 -6.9063 -1.3684 1.0061 62.4718
|
|
188 2 -6.9063 -1.1053 1.3052 56.9555
|
|
188 2 -6.9063 -0.8421 1.7774 51.7254
|
|
188 2 -6.9063 -0.5789 2.2123 46.1416
|
|
188 2 -6.9063 -0.3158 1.9054 40.0852
|
|
188 2 -6.9063 -0.0526 0.4204 34.1714
|
|
188 2 -6.9063 0.2105 -1.9387 29.0268
|
|
188 2 -6.9063 0.4737 -4.6511 24.7285
|
|
188 2 -6.9063 0.7368 -7.4876 21.0821
|
|
188 2 -6.9063 1.0000 -10.4089 17.9963
|
|
|
|
188 3 -3.2910 -4.0000 -69.9913 127.1495
|
|
188 3 -3.2910 -3.7368 -62.4574 128.0420
|
|
188 3 -3.2910 -3.4737 -54.4106 128.3128
|
|
188 3 -3.2910 -3.2105 -45.4986 127.9247
|
|
188 3 -3.2910 -2.9474 -35.3016 126.1242
|
|
188 3 -3.2910 -2.6842 -24.4488 121.4481
|
|
188 3 -3.2910 -2.4211 -15.0854 113.5890
|
|
188 3 -3.2910 -2.1579 -8.5865 104.2068
|
|
188 3 -3.2910 -1.8947 -4.6011 94.8936
|
|
188 3 -3.2910 -1.6316 -2.3448 86.2867
|
|
188 3 -3.2910 -1.3684 -1.1722 78.6585
|
|
188 3 -3.2910 -1.1053 -0.2996 71.9786
|
|
188 3 -3.2910 -0.8421 0.8118 65.5794
|
|
188 3 -3.2910 -0.5789 1.8794 58.6276
|
|
188 3 -3.2910 -0.3158 1.9614 50.9678
|
|
188 3 -3.2910 -0.0526 0.4656 43.4230
|
|
188 3 -3.2910 0.2105 -2.2137 36.8352
|
|
188 3 -3.2910 0.4737 -5.3913 31.3161
|
|
188 3 -3.2910 0.7368 -8.7695 26.6183
|
|
188 3 -3.2910 1.0000 -12.2984 22.6347
|
|
|
|
188 4 -2.6027 -4.0000 -75.1973 138.4721
|
|
188 4 -2.6027 -3.7368 -67.0895 139.2714
|
|
188 4 -2.6027 -3.4737 -58.4215 139.4864
|
|
188 4 -2.6027 -3.2105 -48.7512 139.0205
|
|
188 4 -2.6027 -2.9474 -37.6440 136.9847
|
|
188 4 -2.6027 -2.6842 -25.8442 131.7787
|
|
188 4 -2.6027 -2.4211 -15.7125 123.1089
|
|
188 4 -2.6027 -2.1579 -8.7281 112.8110
|
|
188 4 -2.6027 -1.8947 -4.4899 102.6235
|
|
188 4 -2.6027 -1.6316 -2.1261 93.2411
|
|
188 4 -2.6027 -1.3684 -0.9124 84.9438
|
|
188 4 -2.6027 -1.1053 0.0006 77.6649
|
|
188 4 -2.6027 -0.8421 1.1630 70.6641
|
|
188 4 -2.6027 -0.5789 2.2385 63.0681
|
|
188 4 -2.6027 -0.3158 2.2275 54.7443
|
|
188 4 -2.6027 -0.0526 0.5199 46.5757
|
|
188 4 -2.6027 0.2105 -2.4577 39.4547
|
|
188 4 -2.6027 0.4737 -5.9727 33.5049
|
|
188 4 -2.6027 0.7368 -9.6937 28.4669
|
|
188 4 -2.6027 1.0000 -13.5526 24.2165
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 189 coord.: 0.8333333 0.1666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.836532 meV Im[Sigma]= 72.505749 meV Z= 1.014393 lam= -0.014189
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.613560 meV Im[Sigma]= 50.530245 meV Z= 0.996385 lam= 0.003628
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.879811 meV Im[Sigma]= 87.563691 meV Z= 1.015486 lam= -0.015250
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.626472 meV Im[Sigma]= 143.147798 meV Z= 1.024969 lam= -0.024361
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 189 coord.: 0.8333333 0.1666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 189 w = -4.0000 eV A(k,w) = 0.26631E-02 meV^-1
|
|
ik = 189 w = -3.7368 eV A(k,w) = 0.41893E-03 meV^-1
|
|
ik = 189 w = -3.4737 eV A(k,w) = 0.12973E-03 meV^-1
|
|
ik = 189 w = -3.2105 eV A(k,w) = 0.62224E-04 meV^-1
|
|
ik = 189 w = -2.9474 eV A(k,w) = 0.36451E-04 meV^-1
|
|
ik = 189 w = -2.6842 eV A(k,w) = 0.23498E-04 meV^-1
|
|
ik = 189 w = -2.4211 eV A(k,w) = 0.15839E-04 meV^-1
|
|
ik = 189 w = -2.1579 eV A(k,w) = 0.11006E-04 meV^-1
|
|
ik = 189 w = -1.8947 eV A(k,w) = 0.78769E-05 meV^-1
|
|
ik = 189 w = -1.6316 eV A(k,w) = 0.57931E-05 meV^-1
|
|
ik = 189 w = -1.3684 eV A(k,w) = 0.43700E-05 meV^-1
|
|
ik = 189 w = -1.1053 eV A(k,w) = 0.33723E-05 meV^-1
|
|
ik = 189 w = -0.8421 eV A(k,w) = 0.26336E-05 meV^-1
|
|
ik = 189 w = -0.5789 eV A(k,w) = 0.20466E-05 meV^-1
|
|
ik = 189 w = -0.3158 eV A(k,w) = 0.15648E-05 meV^-1
|
|
ik = 189 w = -0.0526 eV A(k,w) = 0.11841E-05 meV^-1
|
|
ik = 189 w = 0.2105 eV A(k,w) = 0.89962E-06 meV^-1
|
|
ik = 189 w = 0.4737 eV A(k,w) = 0.69022E-06 meV^-1
|
|
ik = 189 w = 0.7368 eV A(k,w) = 0.53312E-06 meV^-1
|
|
ik = 189 w = 1.0000 eV A(k,w) = 0.41450E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
189 -4.0000 0.26631E-02
|
|
189 -3.7368 0.41893E-03
|
|
189 -3.4737 0.12973E-03
|
|
189 -3.2105 0.62224E-04
|
|
189 -2.9474 0.36451E-04
|
|
189 -2.6842 0.23498E-04
|
|
189 -2.4211 0.15839E-04
|
|
189 -2.1579 0.11006E-04
|
|
189 -1.8947 0.78769E-05
|
|
189 -1.6316 0.57931E-05
|
|
189 -1.3684 0.43700E-05
|
|
189 -1.1053 0.33723E-05
|
|
189 -0.8421 0.26336E-05
|
|
189 -0.5789 0.20466E-05
|
|
189 -0.3158 0.15648E-05
|
|
189 -0.0526 0.11841E-05
|
|
189 0.2105 0.89962E-06
|
|
189 0.4737 0.69022E-06
|
|
189 0.7368 0.53312E-06
|
|
189 1.0000 0.41450E-06
|
|
189 1 -16.2688 -4.0000 -31.9774 105.3332
|
|
189 1 -16.2688 -3.7368 -26.5233 103.5720
|
|
189 1 -16.2688 -3.4737 -20.9896 101.3177
|
|
189 1 -16.2688 -3.2105 -15.1903 98.5961
|
|
189 1 -16.2688 -2.9474 -8.8826 94.9954
|
|
189 1 -16.2688 -2.6842 -2.4486 89.6423
|
|
189 1 -16.2688 -2.4211 2.7463 82.3775
|
|
189 1 -16.2688 -2.1579 5.8314 74.3358
|
|
189 1 -16.2688 -1.8947 7.0974 66.6096
|
|
189 1 -16.2688 -1.6316 7.1436 59.6225
|
|
189 1 -16.2688 -1.3684 6.4400 53.5080
|
|
189 1 -16.2688 -1.1053 5.4835 48.2309
|
|
189 1 -16.2688 -0.8421 4.6327 43.4125
|
|
189 1 -16.2688 -0.5789 3.8001 38.5677
|
|
189 1 -16.2688 -0.3158 2.5234 33.5526
|
|
189 1 -16.2688 -0.0526 0.4875 28.7482
|
|
189 1 -16.2688 0.2105 -2.1129 24.5751
|
|
189 1 -16.2688 0.4737 -4.9191 21.0847
|
|
189 1 -16.2688 0.7368 -7.7640 18.1389
|
|
189 1 -16.2688 1.0000 -10.6081 15.6618
|
|
|
|
189 2 -8.9488 -4.0000 -44.8685 93.7836
|
|
189 2 -8.9488 -3.7368 -39.7905 93.8312
|
|
189 2 -8.9488 -3.4737 -34.3927 93.5557
|
|
189 2 -8.9488 -3.2105 -28.3677 92.9195
|
|
189 2 -8.9488 -2.9474 -21.3745 91.3472
|
|
189 2 -8.9488 -2.6842 -13.8493 87.7324
|
|
189 2 -8.9488 -2.4211 -7.3701 81.8019
|
|
189 2 -8.9488 -2.1579 -2.9833 74.7563
|
|
189 2 -8.9488 -1.8947 -0.4496 67.7809
|
|
189 2 -8.9488 -1.6316 0.8124 61.3516
|
|
189 2 -8.9488 -1.3684 1.2741 55.6588
|
|
189 2 -8.9488 -1.1053 1.4841 50.6842
|
|
189 2 -8.9488 -0.8421 1.8228 45.9819
|
|
189 2 -8.9488 -0.5789 2.1202 40.9941
|
|
189 2 -8.9488 -0.3158 1.7676 35.6106
|
|
189 2 -8.9488 -0.0526 0.3844 30.3661
|
|
189 2 -8.9488 0.2105 -1.7615 25.8072
|
|
189 2 -8.9488 0.4737 -4.2129 21.9992
|
|
189 2 -8.9488 0.7368 -6.7685 18.7697
|
|
189 2 -8.9488 1.0000 -9.3941 16.0375
|
|
|
|
189 3 -6.9060 -4.0000 -44.9084 89.3948
|
|
189 3 -6.9060 -3.7368 -40.0542 89.8068
|
|
189 3 -6.9060 -3.4737 -34.7903 89.8568
|
|
189 3 -6.9060 -3.2105 -28.8800 89.4750
|
|
189 3 -6.9060 -2.9474 -22.0481 88.1315
|
|
189 3 -6.9060 -2.6842 -14.7233 84.8035
|
|
189 3 -6.9060 -2.4211 -8.4038 79.2513
|
|
189 3 -6.9060 -2.1579 -4.0708 72.6263
|
|
189 3 -6.9060 -1.8947 -1.4845 66.0450
|
|
189 3 -6.9060 -1.6316 -0.1028 59.9433
|
|
189 3 -6.9060 -1.3684 0.5013 54.5103
|
|
189 3 -6.9060 -1.1053 0.8542 49.7498
|
|
189 3 -6.9060 -0.8421 1.3396 45.2328
|
|
189 3 -6.9060 -0.5789 1.7933 40.3981
|
|
189 3 -6.9060 -0.3158 1.5969 35.1292
|
|
189 3 -6.9060 -0.0526 0.3575 29.9680
|
|
189 3 -6.9060 0.2105 -1.6588 25.4720
|
|
189 3 -6.9060 0.4737 -3.9918 21.7104
|
|
189 3 -6.9060 0.7368 -6.4417 18.5116
|
|
189 3 -6.9060 1.0000 -8.9771 15.7991
|
|
|
|
189 4 -3.9563 -4.0000 -63.2240 116.4542
|
|
189 4 -3.9563 -3.7368 -56.6467 117.3190
|
|
189 4 -3.9563 -3.4737 -49.5020 117.7475
|
|
189 4 -3.9563 -3.2105 -41.4146 117.6288
|
|
189 4 -3.9563 -2.9474 -31.9958 116.1851
|
|
189 4 -3.9563 -2.6842 -21.8684 111.9941
|
|
189 4 -3.9563 -2.4211 -13.0929 104.7435
|
|
189 4 -3.9563 -2.1579 -7.0047 95.9997
|
|
189 4 -3.9563 -1.8947 -3.2935 87.2794
|
|
189 4 -3.9563 -1.6316 -1.2303 79.1928
|
|
189 4 -3.9563 -1.3684 -0.2227 72.0037
|
|
189 4 -3.9563 -1.1053 0.4450 65.7066
|
|
189 4 -3.9563 -0.8421 1.2794 59.7215
|
|
189 4 -3.9563 -0.5789 2.0569 53.3040
|
|
189 4 -3.9563 -0.3158 1.9538 46.3031
|
|
189 4 -3.9563 -0.0526 0.4484 39.4434
|
|
189 4 -3.9563 0.2105 -2.1024 33.4690
|
|
189 4 -3.9563 0.4737 -5.0838 28.4727
|
|
189 4 -3.9563 0.7368 -8.2287 24.2263
|
|
189 4 -3.9563 1.0000 -11.4937 20.6281
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 190 coord.: 0.8333333 0.1666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.865668 meV Im[Sigma]= 61.529496 meV Z= 1.001109 lam= -0.001108
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.501959 meV Im[Sigma]= 67.453471 meV Z= 1.010418 lam= -0.010311
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -19.378275 meV Im[Sigma]= 76.057717 meV Z= 1.006225 lam= -0.006186
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 2.810721 meV Im[Sigma]= 109.183573 meV Z= 1.020288 lam= -0.019885
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 190 coord.: 0.8333333 0.1666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 190 w = -4.0000 eV A(k,w) = 0.21212E-04 meV^-1
|
|
ik = 190 w = -3.7368 eV A(k,w) = 0.15493E-04 meV^-1
|
|
ik = 190 w = -3.4737 eV A(k,w) = 0.11871E-04 meV^-1
|
|
ik = 190 w = -3.2105 eV A(k,w) = 0.94004E-05 meV^-1
|
|
ik = 190 w = -2.9474 eV A(k,w) = 0.75794E-05 meV^-1
|
|
ik = 190 w = -2.6842 eV A(k,w) = 0.61059E-05 meV^-1
|
|
ik = 190 w = -2.4211 eV A(k,w) = 0.48607E-05 meV^-1
|
|
ik = 190 w = -2.1579 eV A(k,w) = 0.38470E-05 meV^-1
|
|
ik = 190 w = -1.8947 eV A(k,w) = 0.30565E-05 meV^-1
|
|
ik = 190 w = -1.6316 eV A(k,w) = 0.24477E-05 meV^-1
|
|
ik = 190 w = -1.3684 eV A(k,w) = 0.19806E-05 meV^-1
|
|
ik = 190 w = -1.1053 eV A(k,w) = 0.16206E-05 meV^-1
|
|
ik = 190 w = -0.8421 eV A(k,w) = 0.13302E-05 meV^-1
|
|
ik = 190 w = -0.5789 eV A(k,w) = 0.10791E-05 meV^-1
|
|
ik = 190 w = -0.3158 eV A(k,w) = 0.85685E-06 meV^-1
|
|
ik = 190 w = -0.0526 eV A(k,w) = 0.67047E-06 meV^-1
|
|
ik = 190 w = 0.2105 eV A(k,w) = 0.52487E-06 meV^-1
|
|
ik = 190 w = 0.4737 eV A(k,w) = 0.41359E-06 meV^-1
|
|
ik = 190 w = 0.7368 eV A(k,w) = 0.32719E-06 meV^-1
|
|
ik = 190 w = 1.0000 eV A(k,w) = 0.25995E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
190 -4.0000 0.21212E-04
|
|
190 -3.7368 0.15493E-04
|
|
190 -3.4737 0.11871E-04
|
|
190 -3.2105 0.94004E-05
|
|
190 -2.9474 0.75794E-05
|
|
190 -2.6842 0.61059E-05
|
|
190 -2.4211 0.48607E-05
|
|
190 -2.1579 0.38470E-05
|
|
190 -1.8947 0.30565E-05
|
|
190 -1.6316 0.24477E-05
|
|
190 -1.3684 0.19806E-05
|
|
190 -1.1053 0.16206E-05
|
|
190 -0.8421 0.13302E-05
|
|
190 -0.5789 0.10791E-05
|
|
190 -0.3158 0.85685E-06
|
|
190 -0.0526 0.67047E-06
|
|
190 0.2105 0.52487E-06
|
|
190 0.4737 0.41359E-06
|
|
190 0.7368 0.32719E-06
|
|
190 1.0000 0.25995E-06
|
|
190 1 -13.5072 -4.0000 -39.9480 110.5929
|
|
190 1 -13.5072 -3.7368 -33.8352 109.2204
|
|
190 1 -13.5072 -3.4737 -27.6828 107.3053
|
|
190 1 -13.5072 -3.2105 -21.2210 104.9563
|
|
190 1 -13.5072 -2.9474 -14.0702 101.6921
|
|
190 1 -13.5072 -2.6842 -6.6252 96.4405
|
|
190 1 -13.5072 -2.4211 -0.4557 88.9569
|
|
190 1 -13.5072 -2.1579 3.4097 80.4913
|
|
190 1 -13.5072 -1.8947 5.2507 72.2743
|
|
190 1 -13.5072 -1.6316 5.7085 64.8097
|
|
190 1 -13.5072 -1.3684 5.3154 58.2815
|
|
190 1 -13.5072 -1.1053 4.6533 52.6489
|
|
190 1 -13.5072 -0.8421 4.1202 47.4595
|
|
190 1 -13.5072 -0.5789 3.5823 42.1612
|
|
190 1 -13.5072 -0.3158 2.4905 36.6195
|
|
190 1 -13.5072 -0.0526 0.4939 31.2994
|
|
190 1 -13.5072 0.2105 -2.1667 26.6894
|
|
190 1 -13.5072 0.4737 -5.0715 22.8428
|
|
190 1 -13.5072 0.7368 -8.0305 19.5953
|
|
190 1 -13.5072 1.0000 -11.0051 16.8601
|
|
|
|
190 2 -11.9153 -4.0000 -30.5137 71.4990
|
|
190 2 -11.9153 -3.7368 -26.9484 71.4511
|
|
190 2 -11.9153 -3.4737 -23.0668 71.1149
|
|
190 2 -11.9153 -3.2105 -18.7279 70.4150
|
|
190 2 -11.9153 -2.9474 -13.7711 68.9823
|
|
190 2 -11.9153 -2.6842 -8.5129 66.1027
|
|
190 2 -11.9153 -2.4211 -4.0409 61.6150
|
|
190 2 -11.9153 -2.1579 -1.0669 56.3780
|
|
190 2 -11.9153 -1.8947 0.6064 51.2188
|
|
190 2 -11.9153 -1.6316 1.3936 46.4428
|
|
190 2 -11.9153 -1.3684 1.5967 42.1740
|
|
190 2 -11.9153 -1.1053 1.5882 38.4328
|
|
190 2 -11.9153 -0.8421 1.6696 34.9278
|
|
190 2 -11.9153 -0.5789 1.7556 31.2384
|
|
190 2 -11.9153 -0.3158 1.4022 27.2450
|
|
190 2 -11.9153 -0.0526 0.3005 23.3250
|
|
190 2 -11.9153 0.2105 -1.3712 19.8921
|
|
190 2 -11.9153 0.4737 -3.2798 17.0052
|
|
190 2 -11.9153 0.7368 -5.2785 14.5452
|
|
190 2 -11.9153 1.0000 -7.3390 12.4606
|
|
|
|
190 3 -7.7465 -4.0000 -44.2043 90.2459
|
|
190 3 -7.7465 -3.7368 -39.1735 90.5311
|
|
190 3 -7.7465 -3.4737 -33.7691 90.3842
|
|
190 3 -7.7465 -3.2105 -27.7894 89.7552
|
|
190 3 -7.7465 -2.9474 -20.9824 88.1548
|
|
190 3 -7.7465 -2.6842 -13.7692 84.6136
|
|
190 3 -7.7465 -2.4211 -7.6022 78.9253
|
|
190 3 -7.7465 -2.1579 -3.4165 72.2300
|
|
190 3 -7.7465 -1.8947 -0.9561 65.6175
|
|
190 3 -7.7465 -1.6316 0.3219 59.5056
|
|
190 3 -7.7465 -1.3684 0.8390 54.0691
|
|
190 3 -7.7465 -1.1053 1.1075 49.3086
|
|
190 3 -7.7465 -0.8421 1.5054 44.8066
|
|
190 3 -7.7465 -0.5789 1.8797 40.0116
|
|
190 3 -7.7465 -0.3158 1.6277 34.8009
|
|
190 3 -7.7465 -0.0526 0.3604 29.6993
|
|
190 3 -7.7465 0.2105 -1.6651 25.2524
|
|
190 3 -7.7465 0.4737 -3.9997 21.5287
|
|
190 3 -7.7465 0.7368 -6.4486 18.3614
|
|
190 3 -7.7465 1.0000 -8.9798 15.6766
|
|
|
|
190 4 -5.2565 -4.0000 -54.2199 100.2521
|
|
190 4 -5.2565 -3.7368 -48.4287 101.1223
|
|
190 4 -5.2565 -3.4737 -42.1424 101.4579
|
|
190 4 -5.2565 -3.2105 -35.1469 101.2099
|
|
190 4 -5.2565 -2.9474 -27.1469 99.8151
|
|
190 4 -5.2565 -2.6842 -18.6317 96.1436
|
|
190 4 -5.2565 -2.4211 -11.2881 89.9550
|
|
190 4 -5.2565 -2.1579 -6.1951 82.5655
|
|
190 4 -5.2565 -1.8947 -3.0572 75.2201
|
|
190 4 -5.2565 -1.6316 -1.2660 68.3869
|
|
190 4 -5.2565 -1.3684 -0.3576 62.2751
|
|
190 4 -5.2565 -1.1053 0.2563 56.8982
|
|
190 4 -5.2565 -0.8421 1.0131 51.7727
|
|
190 4 -5.2565 -0.5789 1.7236 46.2545
|
|
190 4 -5.2565 -0.3158 1.6671 40.2106
|
|
190 4 -5.2565 -0.0526 0.3851 34.2775
|
|
190 4 -5.2565 0.2105 -1.8095 29.1073
|
|
190 4 -5.2565 0.4737 -4.3796 24.7798
|
|
190 4 -5.2565 0.7368 -7.0954 21.0950
|
|
190 4 -5.2565 1.0000 -9.9228 17.9672
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 191 coord.: 0.8333333 0.1666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.721560 meV Im[Sigma]= 72.550722 meV Z= 1.014355 lam= -0.014152
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.814357 meV Im[Sigma]= 49.833768 meV Z= 0.996141 lam= 0.003874
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.489860 meV Im[Sigma]= 87.638646 meV Z= 1.015650 lam= -0.015409
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.725242 meV Im[Sigma]= 142.114264 meV Z= 1.024786 lam= -0.024187
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 191 coord.: 0.8333333 0.1666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 191 w = -4.0000 eV A(k,w) = 0.26892E-02 meV^-1
|
|
ik = 191 w = -3.7368 eV A(k,w) = 0.41860E-03 meV^-1
|
|
ik = 191 w = -3.4737 eV A(k,w) = 0.12920E-03 meV^-1
|
|
ik = 191 w = -3.2105 eV A(k,w) = 0.61869E-04 meV^-1
|
|
ik = 191 w = -2.9474 eV A(k,w) = 0.36178E-04 meV^-1
|
|
ik = 191 w = -2.6842 eV A(k,w) = 0.23287E-04 meV^-1
|
|
ik = 191 w = -2.4211 eV A(k,w) = 0.15686E-04 meV^-1
|
|
ik = 191 w = -2.1579 eV A(k,w) = 0.10903E-04 meV^-1
|
|
ik = 191 w = -1.8947 eV A(k,w) = 0.78092E-05 meV^-1
|
|
ik = 191 w = -1.6316 eV A(k,w) = 0.57480E-05 meV^-1
|
|
ik = 191 w = -1.3684 eV A(k,w) = 0.43388E-05 meV^-1
|
|
ik = 191 w = -1.1053 eV A(k,w) = 0.33498E-05 meV^-1
|
|
ik = 191 w = -0.8421 eV A(k,w) = 0.26171E-05 meV^-1
|
|
ik = 191 w = -0.5789 eV A(k,w) = 0.20344E-05 meV^-1
|
|
ik = 191 w = -0.3158 eV A(k,w) = 0.15560E-05 meV^-1
|
|
ik = 191 w = -0.0526 eV A(k,w) = 0.11778E-05 meV^-1
|
|
ik = 191 w = 0.2105 eV A(k,w) = 0.89507E-06 meV^-1
|
|
ik = 191 w = 0.4737 eV A(k,w) = 0.68684E-06 meV^-1
|
|
ik = 191 w = 0.7368 eV A(k,w) = 0.53057E-06 meV^-1
|
|
ik = 191 w = 1.0000 eV A(k,w) = 0.41254E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
191 -4.0000 0.26892E-02
|
|
191 -3.7368 0.41860E-03
|
|
191 -3.4737 0.12920E-03
|
|
191 -3.2105 0.61869E-04
|
|
191 -2.9474 0.36178E-04
|
|
191 -2.6842 0.23287E-04
|
|
191 -2.4211 0.15686E-04
|
|
191 -2.1579 0.10903E-04
|
|
191 -1.8947 0.78092E-05
|
|
191 -1.6316 0.57480E-05
|
|
191 -1.3684 0.43388E-05
|
|
191 -1.1053 0.33498E-05
|
|
191 -0.8421 0.26171E-05
|
|
191 -0.5789 0.20344E-05
|
|
191 -0.3158 0.15560E-05
|
|
191 -0.0526 0.11778E-05
|
|
191 0.2105 0.89507E-06
|
|
191 0.4737 0.68684E-06
|
|
191 0.7368 0.53057E-06
|
|
191 1.0000 0.41254E-06
|
|
191 1 -16.2688 -4.0000 -31.8897 105.0141
|
|
191 1 -16.2688 -3.7368 -26.4838 103.2984
|
|
191 1 -16.2688 -3.4737 -20.9652 101.0996
|
|
191 1 -16.2688 -3.2105 -15.1529 98.4167
|
|
191 1 -16.2688 -2.9474 -8.8286 94.8291
|
|
191 1 -16.2688 -2.6842 -2.3893 89.4771
|
|
191 1 -16.2688 -2.4211 2.8032 82.2133
|
|
191 1 -16.2688 -2.1579 5.8823 74.1736
|
|
191 1 -16.2688 -1.8947 7.1399 66.4514
|
|
191 1 -16.2688 -1.6316 7.1772 59.4710
|
|
191 1 -16.2688 -1.3684 6.4660 53.3649
|
|
191 1 -16.2688 -1.1053 5.5028 48.0966
|
|
191 1 -16.2688 -0.8421 4.6453 43.2874
|
|
191 1 -16.2688 -0.5789 3.8063 38.4535
|
|
191 1 -16.2688 -0.3158 2.5251 33.4512
|
|
191 1 -16.2688 -0.0526 0.4875 28.6600
|
|
191 1 -16.2688 0.2105 -2.1122 24.4993
|
|
191 1 -16.2688 0.4737 -4.9165 21.0202
|
|
191 1 -16.2688 0.7368 -7.7581 18.0848
|
|
191 1 -16.2688 1.0000 -10.5977 15.6169
|
|
|
|
191 2 -8.9488 -4.0000 -45.4561 94.4918
|
|
191 2 -8.9488 -3.7368 -40.2615 94.5734
|
|
191 2 -8.9488 -3.4737 -34.7374 94.2940
|
|
191 2 -8.9488 -3.2105 -28.5957 93.6121
|
|
191 2 -8.9488 -2.9474 -21.5190 91.9615
|
|
191 2 -8.9488 -2.6842 -13.9545 88.2628
|
|
191 2 -8.9488 -2.4211 -7.4676 82.2682
|
|
191 2 -8.9488 -2.1579 -3.0816 75.1835
|
|
191 2 -8.9488 -1.8947 -0.5429 68.1845
|
|
191 2 -8.9488 -1.6316 0.7322 61.7358
|
|
191 2 -8.9488 -1.3684 1.2114 56.0216
|
|
191 2 -8.9488 -1.1053 1.4397 51.0228
|
|
191 2 -8.9488 -0.8421 1.7965 46.2930
|
|
191 2 -8.9488 -0.5789 2.1101 41.2729
|
|
191 2 -8.9488 -0.3158 1.7675 35.8521
|
|
191 2 -8.9488 -0.0526 0.3852 30.5702
|
|
191 2 -8.9488 0.2105 -1.7668 25.9780
|
|
191 2 -8.9488 0.4737 -4.2278 22.1419
|
|
191 2 -8.9488 0.7368 -6.7950 18.8883
|
|
191 2 -8.9488 1.0000 -9.4338 16.1359
|
|
|
|
191 3 -6.9060 -4.0000 -45.2222 89.2237
|
|
191 3 -6.9060 -3.7368 -40.3582 89.7470
|
|
191 3 -6.9060 -3.4737 -35.0328 89.8990
|
|
191 3 -6.9060 -3.2105 -29.0229 89.5709
|
|
191 3 -6.9060 -2.9474 -22.0986 88.2229
|
|
191 3 -6.9060 -2.6842 -14.7162 84.8620
|
|
191 3 -6.9060 -2.4211 -8.3669 79.2758
|
|
191 3 -6.9060 -2.1579 -4.0187 72.6216
|
|
191 3 -6.9060 -1.8947 -1.4267 66.0151
|
|
191 3 -6.9060 -1.6316 -0.0463 59.8933
|
|
191 3 -6.9060 -1.3684 0.5523 54.4446
|
|
191 3 -6.9060 -1.1053 0.8957 49.6723
|
|
191 3 -6.9060 -0.8421 1.3677 45.1491
|
|
191 3 -6.9060 -0.5789 1.8076 40.3159
|
|
191 3 -6.9060 -0.3158 1.6014 35.0547
|
|
191 3 -6.9060 -0.0526 0.3578 29.9030
|
|
191 3 -6.9060 0.2105 -1.6591 25.4150
|
|
191 3 -6.9060 0.4737 -3.9917 21.6598
|
|
191 3 -6.9060 0.7368 -6.4410 18.4672
|
|
191 3 -6.9060 1.0000 -8.9750 15.7612
|
|
|
|
191 4 -3.9563 -4.0000 -62.4549 115.5181
|
|
191 4 -3.9563 -3.7368 -55.9058 116.4154
|
|
191 4 -3.9563 -3.4737 -48.7391 116.8414
|
|
191 4 -3.9563 -3.2105 -40.6311 116.6334
|
|
191 4 -3.9563 -2.9474 -31.2876 115.0373
|
|
191 4 -3.9563 -2.6842 -21.3613 110.7414
|
|
191 4 -3.9563 -2.4211 -12.8291 103.5160
|
|
191 4 -3.9563 -2.1579 -6.9259 94.9019
|
|
191 4 -3.9563 -1.8947 -3.3125 86.3429
|
|
191 4 -3.9563 -1.6316 -1.2829 78.4004
|
|
191 4 -3.9563 -1.3684 -0.2774 71.3229
|
|
191 4 -3.9563 -1.1053 0.3951 65.1113
|
|
191 4 -3.9563 -0.8421 1.2321 59.2001
|
|
191 4 -3.9563 -0.5789 2.0140 52.8548
|
|
191 4 -3.9563 -0.3158 1.9239 45.9250
|
|
191 4 -3.9563 -0.0526 0.4425 39.1299
|
|
191 4 -3.9563 0.2105 -2.0768 33.2089
|
|
191 4 -3.9563 0.4737 -5.0249 28.2542
|
|
191 4 -3.9563 0.7368 -8.1379 24.0406
|
|
191 4 -3.9563 1.0000 -11.3732 20.4692
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 192 coord.: 0.8333333 0.1666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.104024 meV Im[Sigma]= 43.283627 meV Z= 1.007631 lam= -0.007574
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -11.692685 meV Im[Sigma]= 102.513129 meV Z= 1.017928 lam= -0.017613
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 46.488452 meV Im[Sigma]= 163.654044 meV Z= 1.034583 lam= -0.033427
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.229646 meV Im[Sigma]= 166.719969 meV Z= 1.042258 lam= -0.040545
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 192 coord.: 0.8333333 0.1666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 192 w = -4.0000 eV A(k,w) = 0.12174E-03 meV^-1
|
|
ik = 192 w = -3.7368 eV A(k,w) = 0.28501E-03 meV^-1
|
|
ik = 192 w = -3.4737 eV A(k,w) = 0.13006E-02 meV^-1
|
|
ik = 192 w = -3.2105 eV A(k,w) = 0.14031E-02 meV^-1
|
|
ik = 192 w = -2.9474 eV A(k,w) = 0.63468E-03 meV^-1
|
|
ik = 192 w = -2.6842 eV A(k,w) = 0.21472E-02 meV^-1
|
|
ik = 192 w = -2.4211 eV A(k,w) = 0.77032E-03 meV^-1
|
|
ik = 192 w = -2.1579 eV A(k,w) = 0.19027E-03 meV^-1
|
|
ik = 192 w = -1.8947 eV A(k,w) = 0.79097E-04 meV^-1
|
|
ik = 192 w = -1.6316 eV A(k,w) = 0.41622E-04 meV^-1
|
|
ik = 192 w = -1.3684 eV A(k,w) = 0.24937E-04 meV^-1
|
|
ik = 192 w = -1.1053 eV A(k,w) = 0.16232E-04 meV^-1
|
|
ik = 192 w = -0.8421 eV A(k,w) = 0.11111E-04 meV^-1
|
|
ik = 192 w = -0.5789 eV A(k,w) = 0.77655E-05 meV^-1
|
|
ik = 192 w = -0.3158 eV A(k,w) = 0.54364E-05 meV^-1
|
|
ik = 192 w = -0.0526 eV A(k,w) = 0.38154E-05 meV^-1
|
|
ik = 192 w = 0.2105 eV A(k,w) = 0.27156E-05 meV^-1
|
|
ik = 192 w = 0.4737 eV A(k,w) = 0.19676E-05 meV^-1
|
|
ik = 192 w = 0.7368 eV A(k,w) = 0.14448E-05 meV^-1
|
|
ik = 192 w = 1.0000 eV A(k,w) = 0.10736E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
192 -4.0000 0.12174E-03
|
|
192 -3.7368 0.28501E-03
|
|
192 -3.4737 0.13006E-02
|
|
192 -3.2105 0.14031E-02
|
|
192 -2.9474 0.63468E-03
|
|
192 -2.6842 0.21472E-02
|
|
192 -2.4211 0.77032E-03
|
|
192 -2.1579 0.19027E-03
|
|
192 -1.8947 0.79097E-04
|
|
192 -1.6316 0.41622E-04
|
|
192 -1.3684 0.24937E-04
|
|
192 -1.1053 0.16232E-04
|
|
192 -0.8421 0.11111E-04
|
|
192 -0.5789 0.77655E-05
|
|
192 -0.3158 0.54364E-05
|
|
192 -0.0526 0.38154E-05
|
|
192 0.2105 0.27156E-05
|
|
192 0.4737 0.19676E-05
|
|
192 0.7368 0.14448E-05
|
|
192 1.0000 0.10736E-05
|
|
192 1 -18.6527 -4.0000 -30.0418 116.3844
|
|
192 1 -18.6527 -3.7368 -23.8953 113.8845
|
|
192 1 -18.6527 -3.4737 -17.7695 110.7153
|
|
192 1 -18.6527 -3.2105 -11.5488 106.9560
|
|
192 1 -18.6527 -2.9474 -5.0288 102.2640
|
|
192 1 -18.6527 -2.6842 1.4086 95.8399
|
|
192 1 -18.6527 -2.4211 6.4239 87.5857
|
|
192 1 -18.6527 -2.1579 9.1930 78.6817
|
|
192 1 -18.6527 -1.8947 10.0695 70.2393
|
|
192 1 -18.6527 -1.6316 9.7130 62.6604
|
|
192 1 -18.6527 -1.3684 8.6106 56.0292
|
|
192 1 -18.6527 -1.1053 7.2336 50.2921
|
|
192 1 -18.6527 -0.8421 5.9322 45.0933
|
|
192 1 -18.6527 -0.5789 4.6465 39.9682
|
|
192 1 -18.6527 -0.3158 2.9538 34.7608
|
|
192 1 -18.6527 -0.0526 0.5547 29.8160
|
|
192 1 -18.6527 0.2105 -2.3681 25.5285
|
|
192 1 -18.6527 0.4737 -5.4698 21.9453
|
|
192 1 -18.6527 0.7368 -8.5844 18.9303
|
|
192 1 -18.6527 1.0000 -11.6685 16.4023
|
|
|
|
192 2 -6.9063 -4.0000 -51.7974 106.6771
|
|
192 2 -6.9063 -3.7368 -45.6532 106.6126
|
|
192 2 -6.9063 -3.4737 -39.2741 106.0957
|
|
192 2 -6.9063 -3.2105 -32.3104 105.1443
|
|
192 2 -6.9063 -2.9474 -24.3736 103.1457
|
|
192 2 -6.9063 -2.6842 -15.9477 98.9124
|
|
192 2 -6.9063 -2.4211 -8.7402 92.1917
|
|
192 2 -6.9063 -2.1579 -3.8402 84.3075
|
|
192 2 -6.9063 -1.8947 -0.9548 76.5246
|
|
192 2 -6.9063 -1.6316 0.5493 69.3332
|
|
192 2 -6.9063 -1.3684 1.1685 62.9280
|
|
192 2 -6.9063 -1.1053 1.4863 57.2989
|
|
192 2 -6.9063 -0.8421 1.9235 51.9709
|
|
192 2 -6.9063 -0.5789 2.3025 46.3283
|
|
192 2 -6.9063 -0.3158 1.9466 40.2429
|
|
192 2 -6.9063 -0.0526 0.4261 34.3131
|
|
192 2 -6.9063 0.2105 -1.9583 29.1555
|
|
192 2 -6.9063 0.4737 -4.6909 24.8436
|
|
192 2 -6.9063 0.7368 -7.5463 21.1832
|
|
192 2 -6.9063 1.0000 -10.4864 18.0849
|
|
|
|
192 3 -3.2910 -4.0000 -68.3634 124.2772
|
|
192 3 -3.2910 -3.7368 -61.2659 125.1313
|
|
192 3 -3.2910 -3.4737 -53.6447 125.5181
|
|
192 3 -3.2910 -3.2105 -45.0747 125.3689
|
|
192 3 -3.2910 -2.9474 -35.0981 123.8673
|
|
192 3 -3.2910 -2.6842 -24.3498 119.4873
|
|
192 3 -3.2910 -2.4211 -15.0037 111.8817
|
|
192 3 -3.2910 -2.1579 -8.4704 102.6879
|
|
192 3 -3.2910 -1.8947 -4.4408 93.4951
|
|
192 3 -3.2910 -1.6316 -2.1626 84.9628
|
|
192 3 -3.2910 -1.3684 -0.9971 77.3926
|
|
192 3 -3.2910 -1.1053 -0.1549 70.7709
|
|
192 3 -3.2910 -0.8421 0.9083 64.4427
|
|
192 3 -3.2910 -0.5789 1.9226 57.5867
|
|
192 3 -3.2910 -0.3158 1.9664 50.0488
|
|
192 3 -3.2910 -0.0526 0.4632 42.6372
|
|
192 3 -3.2910 0.2105 -2.1940 36.1747
|
|
192 3 -3.2910 0.4737 -5.3311 30.7647
|
|
192 3 -3.2910 0.7368 -8.6578 26.1590
|
|
192 3 -3.2910 1.0000 -12.1294 22.2511
|
|
|
|
192 4 -2.6027 -4.0000 -74.6246 137.8069
|
|
192 4 -2.6027 -3.7368 -66.6057 138.6068
|
|
192 4 -2.6027 -3.4737 -58.0151 138.8431
|
|
192 4 -2.6027 -3.2105 -48.4102 138.4060
|
|
192 4 -2.6027 -2.9474 -37.3677 136.4064
|
|
192 4 -2.6027 -2.6842 -25.6310 131.2603
|
|
192 4 -2.6027 -2.4211 -15.5358 122.6818
|
|
192 4 -2.6027 -2.1579 -8.5341 112.4873
|
|
192 4 -2.6027 -1.8947 -4.2145 102.3744
|
|
192 4 -2.6027 -1.6316 -1.7298 92.9858
|
|
192 4 -2.6027 -1.3684 -0.4333 84.5771
|
|
192 4 -2.6027 -1.1053 0.4435 77.1445
|
|
192 4 -2.6027 -0.8421 1.4628 70.0583
|
|
192 4 -2.6027 -0.5789 2.3824 62.4872
|
|
192 4 -2.6027 -0.3158 2.2707 54.2549
|
|
192 4 -2.6027 -0.0526 0.5226 46.1889
|
|
192 4 -2.6027 0.2105 -2.4569 39.1550
|
|
192 4 -2.6027 0.4737 -5.9548 33.2718
|
|
192 4 -2.6027 0.7368 -9.6517 28.2824
|
|
192 4 -2.6027 1.0000 -13.4853 24.0673
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 193 coord.: 0.8333333 0.3333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.636315 meV Im[Sigma]= 68.664284 meV Z= 1.015239 lam= -0.015010
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.174213 meV Im[Sigma]= 57.646638 meV Z= 1.005261 lam= -0.005233
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.807843 meV Im[Sigma]= 119.641044 meV Z= 1.022489 lam= -0.021995
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 70.840744 meV Im[Sigma]= 161.383738 meV Z= 1.042851 lam= -0.041090
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 193 coord.: 0.8333333 0.3333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 193 w = -4.0000 eV A(k,w) = 0.46049E-04 meV^-1
|
|
ik = 193 w = -3.7368 eV A(k,w) = 0.54506E-04 meV^-1
|
|
ik = 193 w = -3.4737 eV A(k,w) = 0.81446E-04 meV^-1
|
|
ik = 193 w = -3.2105 eV A(k,w) = 0.16235E-03 meV^-1
|
|
ik = 193 w = -2.9474 eV A(k,w) = 0.52447E-03 meV^-1
|
|
ik = 193 w = -2.6842 eV A(k,w) = 0.25660E-02 meV^-1
|
|
ik = 193 w = -2.4211 eV A(k,w) = 0.47613E-03 meV^-1
|
|
ik = 193 w = -2.1579 eV A(k,w) = 0.12815E-03 meV^-1
|
|
ik = 193 w = -1.8947 eV A(k,w) = 0.54108E-04 meV^-1
|
|
ik = 193 w = -1.6316 eV A(k,w) = 0.28426E-04 meV^-1
|
|
ik = 193 w = -1.3684 eV A(k,w) = 0.16980E-04 meV^-1
|
|
ik = 193 w = -1.1053 eV A(k,w) = 0.11044E-04 meV^-1
|
|
ik = 193 w = -0.8421 eV A(k,w) = 0.75693E-05 meV^-1
|
|
ik = 193 w = -0.5789 eV A(k,w) = 0.53034E-05 meV^-1
|
|
ik = 193 w = -0.3158 eV A(k,w) = 0.37241E-05 meV^-1
|
|
ik = 193 w = -0.0526 eV A(k,w) = 0.26229E-05 meV^-1
|
|
ik = 193 w = 0.2105 eV A(k,w) = 0.18745E-05 meV^-1
|
|
ik = 193 w = 0.4737 eV A(k,w) = 0.13641E-05 meV^-1
|
|
ik = 193 w = 0.7368 eV A(k,w) = 0.10057E-05 meV^-1
|
|
ik = 193 w = 1.0000 eV A(k,w) = 0.75022E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
193 -4.0000 0.46049E-04
|
|
193 -3.7368 0.54506E-04
|
|
193 -3.4737 0.81446E-04
|
|
193 -3.2105 0.16235E-03
|
|
193 -2.9474 0.52447E-03
|
|
193 -2.6842 0.25660E-02
|
|
193 -2.4211 0.47613E-03
|
|
193 -2.1579 0.12815E-03
|
|
193 -1.8947 0.54108E-04
|
|
193 -1.6316 0.28426E-04
|
|
193 -1.3684 0.16980E-04
|
|
193 -1.1053 0.11044E-04
|
|
193 -0.8421 0.75693E-05
|
|
193 -0.5789 0.53034E-05
|
|
193 -0.3158 0.37241E-05
|
|
193 -0.0526 0.26229E-05
|
|
193 0.2105 0.18745E-05
|
|
193 0.4737 0.13641E-05
|
|
193 0.7368 0.10057E-05
|
|
193 1.0000 0.75022E-06
|
|
193 1 -16.6105 -4.0000 -31.8058 106.2962
|
|
193 1 -16.6105 -3.7368 -26.1861 104.4510
|
|
193 1 -16.6105 -3.4737 -20.5268 102.0832
|
|
193 1 -16.6105 -3.2105 -14.6336 99.2329
|
|
193 1 -16.6105 -2.9474 -8.2661 95.4884
|
|
193 1 -16.6105 -2.6842 -1.8143 89.9923
|
|
193 1 -16.6105 -2.4211 3.3703 82.6039
|
|
193 1 -16.6105 -2.1579 6.4350 74.4526
|
|
193 1 -16.6105 -1.8947 7.6675 66.6209
|
|
193 1 -16.6105 -1.6316 7.6618 59.5388
|
|
193 1 -16.6105 -1.3684 6.8957 53.3449
|
|
193 1 -16.6105 -1.1053 5.8693 47.9985
|
|
193 1 -16.6105 -0.8421 4.9342 43.1204
|
|
193 1 -16.6105 -0.5789 4.0003 38.2391
|
|
193 1 -16.6105 -0.3158 2.6212 33.2230
|
|
193 1 -16.6105 -0.0526 0.5015 28.4443
|
|
193 1 -16.6105 0.2105 -2.1617 24.3074
|
|
193 1 -16.6105 0.4737 -5.0155 20.8580
|
|
193 1 -16.6105 0.7368 -7.8929 17.9566
|
|
193 1 -16.6105 1.0000 -10.7538 15.5220
|
|
|
|
193 2 -10.7517 -4.0000 -34.3327 82.1558
|
|
193 2 -10.7517 -3.7368 -29.8007 81.7203
|
|
193 2 -10.7517 -3.4737 -25.1375 80.8693
|
|
193 2 -10.7517 -3.2105 -20.1479 79.6636
|
|
193 2 -10.7517 -2.9474 -14.5462 77.7227
|
|
193 2 -10.7517 -2.6842 -8.6428 74.2067
|
|
193 2 -10.7517 -2.4211 -3.6624 68.9175
|
|
193 2 -10.7517 -2.1579 -0.4066 62.8220
|
|
193 2 -10.7517 -1.8947 1.3455 56.8609
|
|
193 2 -10.7517 -1.6316 2.0759 51.4003
|
|
193 2 -10.7517 -1.3684 2.1659 46.5816
|
|
193 2 -10.7517 -1.1053 2.0599 42.3902
|
|
193 2 -10.7517 -0.8421 2.0793 38.4655
|
|
193 2 -10.7517 -0.5789 2.1014 34.3400
|
|
193 2 -10.7517 -0.3158 1.6307 29.9014
|
|
193 2 -10.7517 -0.0526 0.3436 25.5726
|
|
193 2 -10.7517 0.2105 -1.5531 21.7987
|
|
193 2 -10.7517 0.4737 -3.6925 18.6351
|
|
193 2 -10.7517 0.7368 -5.9145 15.9445
|
|
193 2 -10.7517 1.0000 -8.1919 13.6646
|
|
|
|
193 3 -5.2472 -4.0000 -57.7975 108.1649
|
|
193 3 -5.2472 -3.7368 -51.6187 108.8847
|
|
193 3 -5.2472 -3.4737 -44.9700 109.1398
|
|
193 3 -5.2472 -3.2105 -37.5251 108.8745
|
|
193 3 -5.2472 -2.9474 -28.9125 107.4162
|
|
193 3 -5.2472 -2.6842 -19.6684 103.4730
|
|
193 3 -5.2472 -2.4211 -11.6641 96.7437
|
|
193 3 -5.2472 -2.1579 -6.1254 88.6551
|
|
193 3 -5.2472 -1.8947 -2.7696 80.5973
|
|
193 3 -5.2472 -1.6316 -0.9274 73.1326
|
|
193 3 -5.2472 -1.3684 -0.0488 66.5050
|
|
193 3 -5.2472 -1.1053 0.5316 60.7025
|
|
193 3 -5.2472 -0.8421 1.2762 55.1792
|
|
193 3 -5.2472 -0.5789 1.9670 49.2484
|
|
193 3 -5.2472 -0.3158 1.8410 42.7788
|
|
193 3 -5.2472 -0.0526 0.4201 36.4420
|
|
193 3 -5.2472 0.2105 -1.9652 30.9238
|
|
193 3 -5.2472 0.4737 -4.7479 26.3105
|
|
193 3 -5.2472 0.7368 -7.6802 22.3929
|
|
193 3 -5.2472 1.0000 -10.7197 19.0765
|
|
|
|
193 4 -2.6593 -4.0000 -73.0564 128.4714
|
|
193 4 -2.6593 -3.7368 -65.6115 129.6301
|
|
193 4 -2.6593 -3.4737 -57.5288 130.2771
|
|
193 4 -2.6593 -3.2105 -48.4082 130.2830
|
|
193 4 -2.6593 -2.9474 -37.8427 128.8008
|
|
193 4 -2.6593 -2.6842 -26.5251 124.2931
|
|
193 4 -2.6593 -2.4211 -16.6972 116.4437
|
|
193 4 -2.6593 -2.1579 -9.7883 106.9596
|
|
193 4 -2.6593 -1.8947 -5.4605 97.4695
|
|
193 4 -2.6593 -1.6316 -2.9423 88.6375
|
|
193 4 -2.6593 -1.3684 -1.5927 80.7749
|
|
193 4 -2.6593 -1.1053 -0.6034 73.8867
|
|
193 4 -2.6593 -0.8421 0.6039 67.3108
|
|
193 4 -2.6593 -0.5789 1.7687 60.1855
|
|
193 4 -2.6593 -0.3158 1.9285 52.3301
|
|
193 4 -2.6593 -0.0526 0.4643 44.5856
|
|
193 4 -2.6593 0.2105 -2.2190 37.8209
|
|
193 4 -2.6593 0.4737 -5.4162 32.1479
|
|
193 4 -2.6593 0.7368 -8.8261 27.3099
|
|
193 4 -2.6593 1.0000 -12.4023 23.2019
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 194 coord.: 0.8333333 0.3333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.721640 meV Im[Sigma]= 72.550842 meV Z= 1.014355 lam= -0.014152
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.814561 meV Im[Sigma]= 49.833795 meV Z= 0.996140 lam= 0.003874
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.489428 meV Im[Sigma]= 87.638588 meV Z= 1.015650 lam= -0.015409
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.725300 meV Im[Sigma]= 142.114560 meV Z= 1.024787 lam= -0.024187
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 194 coord.: 0.8333333 0.3333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 194 w = -4.0000 eV A(k,w) = 0.26892E-02 meV^-1
|
|
ik = 194 w = -3.7368 eV A(k,w) = 0.41860E-03 meV^-1
|
|
ik = 194 w = -3.4737 eV A(k,w) = 0.12920E-03 meV^-1
|
|
ik = 194 w = -3.2105 eV A(k,w) = 0.61869E-04 meV^-1
|
|
ik = 194 w = -2.9474 eV A(k,w) = 0.36178E-04 meV^-1
|
|
ik = 194 w = -2.6842 eV A(k,w) = 0.23287E-04 meV^-1
|
|
ik = 194 w = -2.4211 eV A(k,w) = 0.15686E-04 meV^-1
|
|
ik = 194 w = -2.1579 eV A(k,w) = 0.10903E-04 meV^-1
|
|
ik = 194 w = -1.8947 eV A(k,w) = 0.78092E-05 meV^-1
|
|
ik = 194 w = -1.6316 eV A(k,w) = 0.57480E-05 meV^-1
|
|
ik = 194 w = -1.3684 eV A(k,w) = 0.43388E-05 meV^-1
|
|
ik = 194 w = -1.1053 eV A(k,w) = 0.33498E-05 meV^-1
|
|
ik = 194 w = -0.8421 eV A(k,w) = 0.26171E-05 meV^-1
|
|
ik = 194 w = -0.5789 eV A(k,w) = 0.20344E-05 meV^-1
|
|
ik = 194 w = -0.3158 eV A(k,w) = 0.15560E-05 meV^-1
|
|
ik = 194 w = -0.0526 eV A(k,w) = 0.11778E-05 meV^-1
|
|
ik = 194 w = 0.2105 eV A(k,w) = 0.89507E-06 meV^-1
|
|
ik = 194 w = 0.4737 eV A(k,w) = 0.68684E-06 meV^-1
|
|
ik = 194 w = 0.7368 eV A(k,w) = 0.53056E-06 meV^-1
|
|
ik = 194 w = 1.0000 eV A(k,w) = 0.41254E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
194 -4.0000 0.26892E-02
|
|
194 -3.7368 0.41860E-03
|
|
194 -3.4737 0.12920E-03
|
|
194 -3.2105 0.61869E-04
|
|
194 -2.9474 0.36178E-04
|
|
194 -2.6842 0.23287E-04
|
|
194 -2.4211 0.15686E-04
|
|
194 -2.1579 0.10903E-04
|
|
194 -1.8947 0.78092E-05
|
|
194 -1.6316 0.57480E-05
|
|
194 -1.3684 0.43388E-05
|
|
194 -1.1053 0.33498E-05
|
|
194 -0.8421 0.26171E-05
|
|
194 -0.5789 0.20344E-05
|
|
194 -0.3158 0.15560E-05
|
|
194 -0.0526 0.11778E-05
|
|
194 0.2105 0.89507E-06
|
|
194 0.4737 0.68684E-06
|
|
194 0.7368 0.53056E-06
|
|
194 1.0000 0.41254E-06
|
|
194 1 -16.2688 -4.0000 -31.8898 105.0143
|
|
194 1 -16.2688 -3.7368 -26.4839 103.2986
|
|
194 1 -16.2688 -3.4737 -20.9653 101.0998
|
|
194 1 -16.2688 -3.2105 -15.1530 98.4169
|
|
194 1 -16.2688 -2.9474 -8.8287 94.8293
|
|
194 1 -16.2688 -2.6842 -2.3893 89.4773
|
|
194 1 -16.2688 -2.4211 2.8032 82.2135
|
|
194 1 -16.2688 -2.1579 5.8823 74.1738
|
|
194 1 -16.2688 -1.8947 7.1399 66.4516
|
|
194 1 -16.2688 -1.6316 7.1773 59.4712
|
|
194 1 -16.2688 -1.3684 6.4660 53.3650
|
|
194 1 -16.2688 -1.1053 5.5028 48.0967
|
|
194 1 -16.2688 -0.8421 4.6454 43.2875
|
|
194 1 -16.2688 -0.5789 3.8064 38.4536
|
|
194 1 -16.2688 -0.3158 2.5251 33.4513
|
|
194 1 -16.2688 -0.0526 0.4875 28.6601
|
|
194 1 -16.2688 0.2105 -2.1123 24.4994
|
|
194 1 -16.2688 0.4737 -4.9165 21.0203
|
|
194 1 -16.2688 0.7368 -7.7582 18.0848
|
|
194 1 -16.2688 1.0000 -10.5977 15.6169
|
|
|
|
194 2 -8.9488 -4.0000 -45.4565 94.4921
|
|
194 2 -8.9488 -3.7368 -40.2619 94.5737
|
|
194 2 -8.9488 -3.4737 -34.7377 94.2944
|
|
194 2 -8.9488 -3.2105 -28.5960 93.6125
|
|
194 2 -8.9488 -2.9474 -21.5193 91.9619
|
|
194 2 -8.9488 -2.6842 -13.9548 88.2633
|
|
194 2 -8.9488 -2.4211 -7.4678 82.2686
|
|
194 2 -8.9488 -2.1579 -3.0818 75.1839
|
|
194 2 -8.9488 -1.8947 -0.5431 68.1848
|
|
194 2 -8.9488 -1.6316 0.7321 61.7361
|
|
194 2 -8.9488 -1.3684 1.2113 56.0219
|
|
194 2 -8.9488 -1.1053 1.4397 51.0231
|
|
194 2 -8.9488 -0.8421 1.7964 46.2933
|
|
194 2 -8.9488 -0.5789 2.1101 41.2731
|
|
194 2 -8.9488 -0.3158 1.7675 35.8524
|
|
194 2 -8.9488 -0.0526 0.3852 30.5704
|
|
194 2 -8.9488 0.2105 -1.7668 25.9782
|
|
194 2 -8.9488 0.4737 -4.2278 22.1421
|
|
194 2 -8.9488 0.7368 -6.7950 18.8885
|
|
194 2 -8.9488 1.0000 -9.4338 16.1360
|
|
|
|
194 3 -6.9060 -4.0000 -45.2213 89.2230
|
|
194 3 -6.9060 -3.7368 -40.3574 89.7462
|
|
194 3 -6.9060 -3.4737 -35.0320 89.8982
|
|
194 3 -6.9060 -3.2105 -29.0222 89.5700
|
|
194 3 -6.9060 -2.9474 -22.0979 88.2220
|
|
194 3 -6.9060 -2.6842 -14.7157 84.8611
|
|
194 3 -6.9060 -2.4211 -8.3665 79.2750
|
|
194 3 -6.9060 -2.1579 -4.0183 72.6208
|
|
194 3 -6.9060 -1.8947 -1.4264 66.0143
|
|
194 3 -6.9060 -1.6316 -0.0461 59.8926
|
|
194 3 -6.9060 -1.3684 0.5525 54.4439
|
|
194 3 -6.9060 -1.1053 0.8958 49.6716
|
|
194 3 -6.9060 -0.8421 1.3678 45.1485
|
|
194 3 -6.9060 -0.5789 1.8077 40.3153
|
|
194 3 -6.9060 -0.3158 1.6015 35.0542
|
|
194 3 -6.9060 -0.0526 0.3578 29.9026
|
|
194 3 -6.9060 0.2105 -1.6591 25.4146
|
|
194 3 -6.9060 0.4737 -3.9917 21.6595
|
|
194 3 -6.9060 0.7368 -6.4410 18.4670
|
|
194 3 -6.9060 1.0000 -8.9749 15.7610
|
|
|
|
194 4 -3.9563 -4.0000 -62.4550 115.5183
|
|
194 4 -3.9563 -3.7368 -55.9059 116.4156
|
|
194 4 -3.9563 -3.4737 -48.7391 116.8416
|
|
194 4 -3.9563 -3.2105 -40.6312 116.6336
|
|
194 4 -3.9563 -2.9474 -31.2876 115.0375
|
|
194 4 -3.9563 -2.6842 -21.3613 110.7416
|
|
194 4 -3.9563 -2.4211 -12.8291 103.5162
|
|
194 4 -3.9563 -2.1579 -6.9258 94.9021
|
|
194 4 -3.9563 -1.8947 -3.3125 86.3430
|
|
194 4 -3.9563 -1.6316 -1.2828 78.4005
|
|
194 4 -3.9563 -1.3684 -0.2773 71.3230
|
|
194 4 -3.9563 -1.1053 0.3951 65.1114
|
|
194 4 -3.9563 -0.8421 1.2322 59.2001
|
|
194 4 -3.9563 -0.5789 2.0140 52.8548
|
|
194 4 -3.9563 -0.3158 1.9240 45.9251
|
|
194 4 -3.9563 -0.0526 0.4425 39.1300
|
|
194 4 -3.9563 0.2105 -2.0768 33.2089
|
|
194 4 -3.9563 0.4737 -5.0249 28.2542
|
|
194 4 -3.9563 0.7368 -8.1379 24.0406
|
|
194 4 -3.9563 1.0000 -11.3732 20.4692
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 195 coord.: 0.8333333 0.3333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.305808 meV Im[Sigma]= 56.076450 meV Z= 1.000191 lam= -0.000191
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.714468 meV Im[Sigma]= 56.833201 meV Z= 1.000355 lam= -0.000355
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -10.546332 meV Im[Sigma]= 82.756648 meV Z= 1.018010 lam= -0.017692
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.241375 meV Im[Sigma]= 80.026263 meV Z= 1.002837 lam= -0.002829
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 195 coord.: 0.8333333 0.3333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 195 w = -4.0000 eV A(k,w) = 0.10767E-04 meV^-1
|
|
ik = 195 w = -3.7368 eV A(k,w) = 0.88349E-05 meV^-1
|
|
ik = 195 w = -3.4737 eV A(k,w) = 0.73904E-05 meV^-1
|
|
ik = 195 w = -3.2105 eV A(k,w) = 0.62647E-05 meV^-1
|
|
ik = 195 w = -2.9474 eV A(k,w) = 0.53311E-05 meV^-1
|
|
ik = 195 w = -2.6842 eV A(k,w) = 0.44870E-05 meV^-1
|
|
ik = 195 w = -2.4211 eV A(k,w) = 0.37048E-05 meV^-1
|
|
ik = 195 w = -2.1579 eV A(k,w) = 0.30245E-05 meV^-1
|
|
ik = 195 w = -1.8947 eV A(k,w) = 0.24676E-05 meV^-1
|
|
ik = 195 w = -1.6316 eV A(k,w) = 0.20216E-05 meV^-1
|
|
ik = 195 w = -1.3684 eV A(k,w) = 0.16684E-05 meV^-1
|
|
ik = 195 w = -1.1053 eV A(k,w) = 0.13889E-05 meV^-1
|
|
ik = 195 w = -0.8421 eV A(k,w) = 0.11573E-05 meV^-1
|
|
ik = 195 w = -0.5789 eV A(k,w) = 0.95103E-06 meV^-1
|
|
ik = 195 w = -0.3158 eV A(k,w) = 0.76338E-06 meV^-1
|
|
ik = 195 w = -0.0526 eV A(k,w) = 0.60287E-06 meV^-1
|
|
ik = 195 w = 0.2105 eV A(k,w) = 0.47576E-06 meV^-1
|
|
ik = 195 w = 0.4737 eV A(k,w) = 0.37754E-06 meV^-1
|
|
ik = 195 w = 0.7368 eV A(k,w) = 0.30045E-06 meV^-1
|
|
ik = 195 w = 1.0000 eV A(k,w) = 0.23988E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
195 -4.0000 0.10767E-04
|
|
195 -3.7368 0.88349E-05
|
|
195 -3.4737 0.73904E-05
|
|
195 -3.2105 0.62647E-05
|
|
195 -2.9474 0.53311E-05
|
|
195 -2.6842 0.44870E-05
|
|
195 -2.4211 0.37048E-05
|
|
195 -2.1579 0.30245E-05
|
|
195 -1.8947 0.24676E-05
|
|
195 -1.6316 0.20216E-05
|
|
195 -1.3684 0.16684E-05
|
|
195 -1.1053 0.13889E-05
|
|
195 -0.8421 0.11573E-05
|
|
195 -0.5789 0.95103E-06
|
|
195 -0.3158 0.76338E-06
|
|
195 -0.0526 0.60287E-06
|
|
195 0.2105 0.47576E-06
|
|
195 0.4737 0.37754E-06
|
|
195 0.7368 0.30045E-06
|
|
195 1.0000 0.23988E-06
|
|
195 1 -14.5793 -4.0000 -33.5467 97.8214
|
|
195 1 -14.5793 -3.7368 -28.5410 96.5700
|
|
195 1 -14.5793 -3.4737 -23.4056 94.9067
|
|
195 1 -14.5793 -3.2105 -17.9272 92.8504
|
|
195 1 -14.5793 -2.9474 -11.8333 89.9720
|
|
195 1 -14.5793 -2.6842 -5.4859 85.3669
|
|
195 1 -14.5793 -2.4211 -0.2436 78.8358
|
|
195 1 -14.5793 -2.1579 3.0075 71.4736
|
|
195 1 -14.5793 -1.8947 4.5301 64.3488
|
|
195 1 -14.5793 -1.6316 4.8929 57.8761
|
|
195 1 -14.5793 -1.3684 4.5432 52.1945
|
|
195 1 -14.5793 -1.1053 3.9698 47.2732
|
|
195 1 -14.5793 -0.8421 3.5234 42.7242
|
|
195 1 -14.5793 -0.5789 3.0909 38.0524
|
|
195 1 -14.5793 -0.3158 2.1733 33.1244
|
|
195 1 -14.5793 -0.0526 0.4349 28.3571
|
|
195 1 -14.5793 0.2105 -1.9198 24.2036
|
|
195 1 -14.5793 0.4737 -4.5141 20.7248
|
|
195 1 -14.5793 0.7368 -7.1747 17.7813
|
|
195 1 -14.5793 1.0000 -9.8622 15.3014
|
|
|
|
195 2 -10.2664 -4.0000 -44.2282 92.6925
|
|
195 2 -10.2664 -3.7368 -39.1227 92.8471
|
|
195 2 -10.2664 -3.4737 -33.6610 92.5951
|
|
195 2 -10.2664 -3.2105 -27.6027 91.8886
|
|
195 2 -10.2664 -2.9474 -20.6736 90.2029
|
|
195 2 -10.2664 -2.6842 -13.3075 86.5249
|
|
195 2 -10.2664 -2.4211 -7.0063 80.6259
|
|
195 2 -10.2664 -2.1579 -2.7533 73.6746
|
|
195 2 -10.2664 -1.8947 -0.3004 66.8082
|
|
195 2 -10.2664 -1.6316 0.9165 60.4766
|
|
195 2 -10.2664 -1.3684 1.3480 54.8628
|
|
195 2 -10.2664 -1.1053 1.5260 49.9568
|
|
195 2 -10.2664 -0.8421 1.8299 45.3284
|
|
195 2 -10.2664 -0.5789 2.1020 40.4265
|
|
195 2 -10.2664 -0.3158 1.7458 35.1329
|
|
195 2 -10.2664 -0.0526 0.3796 29.9674
|
|
195 2 -10.2664 0.2105 -1.7406 25.4701
|
|
195 2 -10.2664 0.4737 -4.1668 21.7107
|
|
195 2 -10.2664 0.7368 -6.6994 18.5234
|
|
195 2 -10.2664 1.0000 -9.3013 15.8295
|
|
|
|
195 3 -7.2955 -4.0000 -43.8414 85.0766
|
|
195 3 -7.2955 -3.7368 -39.2161 85.7000
|
|
195 3 -7.2955 -3.4737 -34.1142 85.9387
|
|
195 3 -7.2955 -3.2105 -28.3562 85.6849
|
|
195 3 -7.2955 -2.9474 -21.7427 84.4438
|
|
195 3 -7.2955 -2.6842 -14.7074 81.2937
|
|
195 3 -7.2955 -2.4211 -8.6501 76.0472
|
|
195 3 -7.2955 -2.1579 -4.4665 69.7960
|
|
195 3 -7.2955 -1.8947 -1.9187 63.5743
|
|
195 3 -7.2955 -1.6316 -0.5073 57.7795
|
|
195 3 -7.2955 -1.3684 0.1541 52.5950
|
|
195 3 -7.2955 -1.1053 0.5608 48.0412
|
|
195 3 -7.2955 -0.8421 1.0897 43.7184
|
|
195 3 -7.2955 -0.5789 1.5941 39.0817
|
|
195 3 -7.2955 -0.3158 1.4731 34.0073
|
|
195 3 -7.2955 -0.0526 0.3351 29.0197
|
|
195 3 -7.2955 0.2105 -1.5661 24.6666
|
|
195 3 -7.2955 0.4737 -3.7834 21.0193
|
|
195 3 -7.2955 0.7368 -6.1229 17.9138
|
|
195 3 -7.2955 1.0000 -8.5538 15.2788
|
|
|
|
195 4 -5.9070 -4.0000 -49.9868 88.2792
|
|
195 4 -5.9070 -3.7368 -45.0578 89.3079
|
|
195 4 -5.9070 -3.4737 -39.6011 89.9359
|
|
195 4 -5.9070 -3.2105 -33.4104 90.0591
|
|
195 4 -5.9070 -2.9474 -26.2455 89.1432
|
|
195 4 -5.9070 -2.6842 -18.5529 86.1715
|
|
195 4 -5.9070 -2.4211 -11.8455 80.9082
|
|
195 4 -5.9070 -2.1579 -7.1120 74.5159
|
|
195 4 -5.9070 -1.8947 -4.1075 68.1106
|
|
195 4 -5.9070 -1.6316 -2.3017 62.1149
|
|
195 4 -5.9070 -1.3684 -1.2914 56.7280
|
|
195 4 -5.9070 -1.1053 -0.5433 51.9776
|
|
195 4 -5.9070 -0.8421 0.3521 47.4203
|
|
195 4 -5.9070 -0.5789 1.2143 42.4481
|
|
195 4 -5.9070 -0.3158 1.3525 36.9371
|
|
195 4 -5.9070 -0.0526 0.3273 31.4970
|
|
195 4 -5.9070 0.2105 -1.5653 26.7504
|
|
195 4 -5.9070 0.4737 -3.8168 22.7735
|
|
195 4 -5.9070 0.7368 -6.2141 19.3758
|
|
195 4 -5.9070 1.0000 -8.7329 16.4802
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 196 coord.: 0.8333333 0.3333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.0052 eV Re[Sigma]= -24.871049 meV Im[Sigma]= 79.955673 meV Z= 1.015947 lam= -0.015696
|
|
E( 2 )= -11.7636 eV Re[Sigma]= -23.492437 meV Im[Sigma]= 75.575184 meV Z= 1.006779 lam= -0.006733
|
|
E( 3 )= -8.4117 eV Re[Sigma]= -8.339534 meV Im[Sigma]= 41.486844 meV Z= 0.992729 lam= 0.007325
|
|
E( 4 )= -7.0563 eV Re[Sigma]= -3.462838 meV Im[Sigma]= 78.068628 meV Z= 1.016948 lam= -0.016666
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 196 coord.: 0.8333333 0.3333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 196 w = -4.0000 eV A(k,w) = 0.47902E-05 meV^-1
|
|
ik = 196 w = -3.7368 eV A(k,w) = 0.42406E-05 meV^-1
|
|
ik = 196 w = -3.4737 eV A(k,w) = 0.37738E-05 meV^-1
|
|
ik = 196 w = -3.2105 eV A(k,w) = 0.33671E-05 meV^-1
|
|
ik = 196 w = -2.9474 eV A(k,w) = 0.29914E-05 meV^-1
|
|
ik = 196 w = -2.6842 eV A(k,w) = 0.26124E-05 meV^-1
|
|
ik = 196 w = -2.4211 eV A(k,w) = 0.22278E-05 meV^-1
|
|
ik = 196 w = -2.1579 eV A(k,w) = 0.18718E-05 meV^-1
|
|
ik = 196 w = -1.8947 eV A(k,w) = 0.15669E-05 meV^-1
|
|
ik = 196 w = -1.6316 eV A(k,w) = 0.13136E-05 meV^-1
|
|
ik = 196 w = -1.3684 eV A(k,w) = 0.11065E-05 meV^-1
|
|
ik = 196 w = -1.1053 eV A(k,w) = 0.93800E-06 meV^-1
|
|
ik = 196 w = -0.8421 eV A(k,w) = 0.79460E-06 meV^-1
|
|
ik = 196 w = -0.5789 eV A(k,w) = 0.66326E-06 meV^-1
|
|
ik = 196 w = -0.3158 eV A(k,w) = 0.54049E-06 meV^-1
|
|
ik = 196 w = -0.0526 eV A(k,w) = 0.43305E-06 meV^-1
|
|
ik = 196 w = 0.2105 eV A(k,w) = 0.34638E-06 meV^-1
|
|
ik = 196 w = 0.4737 eV A(k,w) = 0.27835E-06 meV^-1
|
|
ik = 196 w = 0.7368 eV A(k,w) = 0.22421E-06 meV^-1
|
|
ik = 196 w = 1.0000 eV A(k,w) = 0.18112E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
196 -4.0000 0.47902E-05
|
|
196 -3.7368 0.42406E-05
|
|
196 -3.4737 0.37738E-05
|
|
196 -3.2105 0.33671E-05
|
|
196 -2.9474 0.29914E-05
|
|
196 -2.6842 0.26124E-05
|
|
196 -2.4211 0.22278E-05
|
|
196 -2.1579 0.18718E-05
|
|
196 -1.8947 0.15669E-05
|
|
196 -1.6316 0.13136E-05
|
|
196 -1.3684 0.11065E-05
|
|
196 -1.1053 0.93800E-06
|
|
196 -0.8421 0.79460E-06
|
|
196 -0.5789 0.66326E-06
|
|
196 -0.3158 0.54049E-06
|
|
196 -0.0526 0.43305E-06
|
|
196 0.2105 0.34638E-06
|
|
196 0.4737 0.27835E-06
|
|
196 0.7368 0.22421E-06
|
|
196 1.0000 0.18112E-06
|
|
196 1 -12.0052 -4.0000 -41.1013 98.9788
|
|
196 1 -12.0052 -3.7368 -35.7165 98.4175
|
|
196 1 -12.0052 -3.4737 -30.0936 97.3928
|
|
196 1 -12.0052 -3.2105 -24.0195 95.8982
|
|
196 1 -12.0052 -2.9474 -17.2233 93.4644
|
|
196 1 -12.0052 -2.6842 -10.1100 89.1253
|
|
196 1 -12.0052 -2.4211 -4.1365 82.6759
|
|
196 1 -12.0052 -2.1579 -0.2434 75.2814
|
|
196 1 -12.0052 -1.8947 1.8438 68.0629
|
|
196 1 -12.0052 -1.6316 2.7048 61.4522
|
|
196 1 -12.0052 -1.3684 2.7916 55.6131
|
|
196 1 -12.0052 -1.1053 2.6281 50.5332
|
|
196 1 -12.0052 -0.8421 2.6001 45.7930
|
|
196 1 -12.0052 -0.5789 2.5736 40.8414
|
|
196 1 -12.0052 -0.3158 1.9725 35.5380
|
|
196 1 -12.0052 -0.0526 0.4134 30.3724
|
|
196 1 -12.0052 0.2105 -1.8653 25.8681
|
|
196 1 -12.0052 0.4737 -4.4327 22.0939
|
|
196 1 -12.0052 0.7368 -7.0966 18.8911
|
|
196 1 -12.0052 1.0000 -9.8190 16.1847
|
|
|
|
196 2 -11.7636 -4.0000 -41.8874 101.8430
|
|
196 2 -11.7636 -3.7368 -36.5060 101.1982
|
|
196 2 -11.7636 -3.4737 -30.8987 100.1855
|
|
196 2 -11.7636 -3.2105 -24.7592 98.7965
|
|
196 2 -11.7636 -2.9474 -17.7424 96.4705
|
|
196 2 -11.7636 -2.6842 -10.2871 92.1091
|
|
196 2 -11.7636 -2.4211 -3.9815 85.4597
|
|
196 2 -11.7636 -2.1579 0.1359 77.7551
|
|
196 2 -11.7636 -1.8947 2.3281 70.2018
|
|
196 2 -11.7636 -1.6316 3.2039 63.2834
|
|
196 2 -11.7636 -1.3684 3.2572 57.1852
|
|
196 2 -11.7636 -1.1053 3.0470 51.8810
|
|
196 2 -11.7636 -0.8421 2.9602 46.9270
|
|
196 2 -11.7636 -0.5789 2.8467 41.7721
|
|
196 2 -11.7636 -0.3158 2.1299 36.2925
|
|
196 2 -11.7636 -0.0526 0.4402 30.9859
|
|
196 2 -11.7636 0.2105 -1.9724 26.3738
|
|
196 2 -11.7636 0.4737 -4.6695 22.5214
|
|
196 2 -11.7636 0.7368 -7.4517 19.2649
|
|
196 2 -11.7636 1.0000 -10.2771 16.5207
|
|
|
|
196 3 -8.4117 -4.0000 -35.1623 69.9973
|
|
196 3 -8.4117 -3.7368 -31.5451 70.5033
|
|
196 3 -8.4117 -3.4737 -27.4922 70.7205
|
|
196 3 -8.4117 -3.2105 -22.8738 70.5344
|
|
196 3 -8.4117 -2.9474 -17.5387 69.5467
|
|
196 3 -8.4117 -2.6842 -11.8303 66.9984
|
|
196 3 -8.4117 -2.4211 -6.9059 62.7158
|
|
196 3 -8.4117 -2.1579 -3.5208 57.6051
|
|
196 3 -8.4117 -1.8947 -1.4649 52.5308
|
|
196 3 -8.4117 -1.6316 -0.3127 47.7998
|
|
196 3 -8.4117 -1.3684 0.2362 43.5425
|
|
196 3 -8.4117 -1.1053 0.5671 39.7825
|
|
196 3 -8.4117 -0.8421 0.9866 36.2058
|
|
196 3 -8.4117 -0.5789 1.3782 32.3704
|
|
196 3 -8.4117 -0.3158 1.2500 28.1764
|
|
196 3 -8.4117 -0.0526 0.2821 24.0575
|
|
196 3 -8.4117 0.2105 -1.3135 20.4645
|
|
196 3 -8.4117 0.4737 -3.1670 17.4541
|
|
196 3 -8.4117 0.7368 -5.1194 14.8890
|
|
196 3 -8.4117 1.0000 -7.1470 12.7105
|
|
|
|
196 4 -7.0563 -4.0000 -42.9549 79.8757
|
|
196 4 -7.0563 -3.7368 -38.7652 80.7580
|
|
196 4 -7.0563 -3.4737 -34.0175 81.3071
|
|
196 4 -7.0563 -3.2105 -28.5586 81.3710
|
|
196 4 -7.0563 -2.9474 -22.2246 80.4653
|
|
196 4 -7.0563 -2.6842 -15.4402 77.7039
|
|
196 4 -7.0563 -2.4211 -9.5611 72.9009
|
|
196 4 -7.0563 -2.1579 -5.4559 67.1134
|
|
196 4 -7.0563 -1.8947 -2.8832 61.3351
|
|
196 4 -7.0563 -1.6316 -1.3630 55.9219
|
|
196 4 -7.0563 -1.3684 -0.5526 51.0374
|
|
196 4 -7.0563 -1.1053 0.0037 46.7166
|
|
196 4 -7.0563 -0.8421 0.6706 42.5871
|
|
196 4 -7.0563 -0.5789 1.3070 38.1189
|
|
196 4 -7.0563 -0.3158 1.3169 33.1915
|
|
196 4 -7.0563 -0.0526 0.3092 28.3296
|
|
196 4 -7.0563 0.2105 -1.4634 24.0808
|
|
196 4 -7.0563 0.4737 -3.5566 20.5166
|
|
196 4 -7.0563 0.7368 -5.7806 17.4751
|
|
196 4 -7.0563 1.0000 -8.1073 14.8895
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 197 coord.: 0.8333333 0.3333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.541242 meV Im[Sigma]= 61.500552 meV Z= 1.001087 lam= -0.001085
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.455106 meV Im[Sigma]= 66.906118 meV Z= 1.010113 lam= -0.010012
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -18.849569 meV Im[Sigma]= 76.189640 meV Z= 1.006297 lam= -0.006257
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 3.263710 meV Im[Sigma]= 108.409959 meV Z= 1.020209 lam= -0.019809
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 197 coord.: 0.8333333 0.3333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 197 w = -4.0000 eV A(k,w) = 0.20958E-04 meV^-1
|
|
ik = 197 w = -3.7368 eV A(k,w) = 0.15310E-04 meV^-1
|
|
ik = 197 w = -3.4737 eV A(k,w) = 0.11746E-04 meV^-1
|
|
ik = 197 w = -3.2105 eV A(k,w) = 0.93178E-05 meV^-1
|
|
ik = 197 w = -2.9474 eV A(k,w) = 0.75250E-05 meV^-1
|
|
ik = 197 w = -2.6842 eV A(k,w) = 0.60697E-05 meV^-1
|
|
ik = 197 w = -2.4211 eV A(k,w) = 0.48364E-05 meV^-1
|
|
ik = 197 w = -2.1579 eV A(k,w) = 0.38306E-05 meV^-1
|
|
ik = 197 w = -1.8947 eV A(k,w) = 0.30452E-05 meV^-1
|
|
ik = 197 w = -1.6316 eV A(k,w) = 0.24397E-05 meV^-1
|
|
ik = 197 w = -1.3684 eV A(k,w) = 0.19748E-05 meV^-1
|
|
ik = 197 w = -1.1053 eV A(k,w) = 0.16163E-05 meV^-1
|
|
ik = 197 w = -0.8421 eV A(k,w) = 0.13271E-05 meV^-1
|
|
ik = 197 w = -0.5789 eV A(k,w) = 0.10769E-05 meV^-1
|
|
ik = 197 w = -0.3158 eV A(k,w) = 0.85526E-06 meV^-1
|
|
ik = 197 w = -0.0526 eV A(k,w) = 0.66927E-06 meV^-1
|
|
ik = 197 w = 0.2105 eV A(k,w) = 0.52392E-06 meV^-1
|
|
ik = 197 w = 0.4737 eV A(k,w) = 0.41279E-06 meV^-1
|
|
ik = 197 w = 0.7368 eV A(k,w) = 0.32650E-06 meV^-1
|
|
ik = 197 w = 1.0000 eV A(k,w) = 0.25934E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
197 -4.0000 0.20958E-04
|
|
197 -3.7368 0.15310E-04
|
|
197 -3.4737 0.11746E-04
|
|
197 -3.2105 0.93178E-05
|
|
197 -2.9474 0.75250E-05
|
|
197 -2.6842 0.60697E-05
|
|
197 -2.4211 0.48364E-05
|
|
197 -2.1579 0.38306E-05
|
|
197 -1.8947 0.30452E-05
|
|
197 -1.6316 0.24397E-05
|
|
197 -1.3684 0.19748E-05
|
|
197 -1.1053 0.16163E-05
|
|
197 -0.8421 0.13271E-05
|
|
197 -0.5789 0.10769E-05
|
|
197 -0.3158 0.85526E-06
|
|
197 -0.0526 0.66927E-06
|
|
197 0.2105 0.52392E-06
|
|
197 0.4737 0.41279E-06
|
|
197 0.7368 0.32650E-06
|
|
197 1.0000 0.25934E-06
|
|
197 1 -13.5072 -4.0000 -39.3121 110.2541
|
|
197 1 -13.5072 -3.7368 -33.2011 108.8355
|
|
197 1 -13.5072 -3.4737 -27.0667 106.8576
|
|
197 1 -13.5072 -3.2105 -20.6494 104.4411
|
|
197 1 -13.5072 -2.9474 -13.5734 101.1208
|
|
197 1 -13.5072 -2.6842 -6.2235 95.8450
|
|
197 1 -13.5072 -2.4211 -0.1432 88.3738
|
|
197 1 -13.5072 -2.1579 3.6551 79.9388
|
|
197 1 -13.5072 -1.8947 5.4460 71.7543
|
|
197 1 -13.5072 -1.6316 5.8619 64.3211
|
|
197 1 -13.5072 -1.3684 5.4319 57.8240
|
|
197 1 -13.5072 -1.1053 4.7348 52.2231
|
|
197 1 -13.5072 -0.8421 4.1676 47.0704
|
|
197 1 -13.5072 -0.5789 3.6009 41.8172
|
|
197 1 -13.5072 -0.3158 2.4923 36.3268
|
|
197 1 -13.5072 -0.0526 0.4930 31.0565
|
|
197 1 -13.5072 0.2105 -2.1603 26.4887
|
|
197 1 -13.5072 0.4737 -5.0536 22.6764
|
|
197 1 -13.5072 0.7368 -7.9995 19.4573
|
|
197 1 -13.5072 1.0000 -10.9597 16.7459
|
|
|
|
197 2 -11.9153 -4.0000 -30.8924 72.0153
|
|
197 2 -11.9153 -3.7368 -27.2705 72.0060
|
|
197 2 -11.9153 -3.4737 -23.3180 71.6889
|
|
197 2 -11.9153 -3.2105 -18.9022 70.9861
|
|
197 2 -11.9153 -2.9474 -13.8705 69.5267
|
|
197 2 -11.9153 -2.6842 -8.5508 66.5970
|
|
197 2 -11.9153 -2.4211 -4.0429 62.0474
|
|
197 2 -11.9153 -2.1579 -1.0571 56.7538
|
|
197 2 -11.9153 -1.8947 0.6160 51.5521
|
|
197 2 -11.9153 -1.6316 1.4021 46.7457
|
|
197 2 -11.9153 -1.3684 1.6084 42.4523
|
|
197 2 -11.9153 -1.1053 1.6074 38.6855
|
|
197 2 -11.9153 -0.8421 1.6962 35.1494
|
|
197 2 -11.9153 -0.5789 1.7833 31.4244
|
|
197 2 -11.9153 -0.3158 1.4214 27.3959
|
|
197 2 -11.9153 -0.0526 0.3040 23.4474
|
|
197 2 -11.9153 0.2105 -1.3854 19.9937
|
|
197 2 -11.9153 0.4737 -3.3105 17.0919
|
|
197 2 -11.9153 0.7368 -5.3236 14.6202
|
|
197 2 -11.9153 1.0000 -7.3971 12.5258
|
|
|
|
197 3 -7.7465 -4.0000 -43.7296 89.0935
|
|
197 3 -7.7465 -3.7368 -38.8711 89.3903
|
|
197 3 -7.7465 -3.4737 -33.6197 89.3007
|
|
197 3 -7.7465 -3.2105 -27.7629 88.7561
|
|
197 3 -7.7465 -2.9474 -21.0518 87.2536
|
|
197 3 -7.7465 -2.6842 -13.9104 83.8212
|
|
197 3 -7.7465 -2.4211 -7.7862 78.2491
|
|
197 3 -7.7465 -2.1579 -3.6118 71.6650
|
|
197 3 -7.7465 -1.8947 -1.1394 65.1471
|
|
197 3 -7.7465 -1.6316 0.1621 59.1103
|
|
197 3 -7.7465 -1.3684 0.7053 53.7326
|
|
197 3 -7.7465 -1.1053 0.9988 49.0200
|
|
197 3 -7.7465 -0.8421 1.4198 44.5601
|
|
197 3 -7.7465 -0.5789 1.8185 39.8038
|
|
197 3 -7.7465 -0.3158 1.5938 34.6264
|
|
197 3 -7.7465 -0.0526 0.3549 29.5507
|
|
197 3 -7.7465 0.2105 -1.6441 25.1231
|
|
197 3 -7.7465 0.4737 -3.9556 21.4142
|
|
197 3 -7.7465 0.7368 -6.3844 18.2596
|
|
197 3 -7.7465 1.0000 -8.8973 15.5864
|
|
|
|
197 4 -5.2565 -4.0000 -53.9393 98.9464
|
|
197 4 -5.2565 -3.7368 -48.4479 99.8521
|
|
197 4 -5.2565 -3.4737 -42.4000 100.3495
|
|
197 4 -5.2565 -3.2105 -35.5365 100.3126
|
|
197 4 -5.2565 -2.9474 -27.5813 99.1178
|
|
197 4 -5.2565 -2.6842 -19.0578 95.6124
|
|
197 4 -5.2565 -2.4211 -11.6780 89.5540
|
|
197 4 -5.2565 -2.1579 -6.5361 82.2641
|
|
197 4 -5.2565 -1.8947 -3.3449 74.9930
|
|
197 4 -5.2565 -1.6316 -1.5015 68.2132
|
|
197 4 -5.2565 -1.3684 -0.5474 62.1393
|
|
197 4 -5.2565 -1.1053 0.1038 56.7929
|
|
197 4 -5.2565 -0.8421 0.8943 51.6968
|
|
197 4 -5.2565 -0.5789 1.6412 46.2054
|
|
197 4 -5.2565 -0.3158 1.6238 40.1805
|
|
197 4 -5.2565 -0.0526 0.3784 34.2568
|
|
197 4 -5.2565 0.2105 -1.7848 29.0901
|
|
197 4 -5.2565 0.4737 -4.3286 24.7623
|
|
197 4 -5.2565 0.7368 -7.0231 21.0749
|
|
197 4 -5.2565 1.0000 -9.8341 17.9439
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 198 coord.: 0.8333333 0.3333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -39.865800 meV Im[Sigma]= 63.144420 meV Z= 1.004350 lam= -0.004331
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.545290 meV Im[Sigma]= 65.717206 meV Z= 1.008844 lam= -0.008767
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 13.060504 meV Im[Sigma]= 133.533071 meV Z= 1.018110 lam= -0.017788
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.408559 meV Im[Sigma]= 139.504510 meV Z= 1.024600 lam= -0.024010
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 198 coord.: 0.8333333 0.3333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 198 w = -4.0000 eV A(k,w) = 0.25744E-02 meV^-1
|
|
ik = 198 w = -3.7368 eV A(k,w) = 0.66471E-03 meV^-1
|
|
ik = 198 w = -3.4737 eV A(k,w) = 0.18529E-03 meV^-1
|
|
ik = 198 w = -3.2105 eV A(k,w) = 0.87604E-04 meV^-1
|
|
ik = 198 w = -2.9474 eV A(k,w) = 0.51354E-04 meV^-1
|
|
ik = 198 w = -2.6842 eV A(k,w) = 0.33130E-04 meV^-1
|
|
ik = 198 w = -2.4211 eV A(k,w) = 0.22293E-04 meV^-1
|
|
ik = 198 w = -2.1579 eV A(k,w) = 0.15431E-04 meV^-1
|
|
ik = 198 w = -1.8947 eV A(k,w) = 0.10982E-04 meV^-1
|
|
ik = 198 w = -1.6316 eV A(k,w) = 0.80206E-05 meV^-1
|
|
ik = 198 w = -1.3684 eV A(k,w) = 0.60023E-05 meV^-1
|
|
ik = 198 w = -1.1053 eV A(k,w) = 0.45922E-05 meV^-1
|
|
ik = 198 w = -0.8421 eV A(k,w) = 0.35536E-05 meV^-1
|
|
ik = 198 w = -0.5789 eV A(k,w) = 0.27348E-05 meV^-1
|
|
ik = 198 w = -0.3158 eV A(k,w) = 0.20697E-05 meV^-1
|
|
ik = 198 w = -0.0526 eV A(k,w) = 0.15495E-05 meV^-1
|
|
ik = 198 w = 0.2105 eV A(k,w) = 0.11648E-05 meV^-1
|
|
ik = 198 w = 0.4737 eV A(k,w) = 0.88431E-06 meV^-1
|
|
ik = 198 w = 0.7368 eV A(k,w) = 0.67595E-06 meV^-1
|
|
ik = 198 w = 1.0000 eV A(k,w) = 0.52021E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
198 -4.0000 0.25744E-02
|
|
198 -3.7368 0.66471E-03
|
|
198 -3.4737 0.18529E-03
|
|
198 -3.2105 0.87604E-04
|
|
198 -2.9474 0.51354E-04
|
|
198 -2.6842 0.33130E-04
|
|
198 -2.4211 0.22293E-04
|
|
198 -2.1579 0.15431E-04
|
|
198 -1.8947 0.10982E-04
|
|
198 -1.6316 0.80206E-05
|
|
198 -1.3684 0.60023E-05
|
|
198 -1.1053 0.45922E-05
|
|
198 -0.8421 0.35536E-05
|
|
198 -0.5789 0.27348E-05
|
|
198 -0.3158 0.20697E-05
|
|
198 -0.0526 0.15495E-05
|
|
198 0.2105 0.11648E-05
|
|
198 0.4737 0.88431E-06
|
|
198 0.7368 0.67595E-06
|
|
198 1.0000 0.52021E-06
|
|
198 1 -15.5565 -4.0000 -32.6702 102.6112
|
|
198 1 -15.5565 -3.7368 -27.2398 101.0069
|
|
198 1 -15.5565 -3.4737 -21.7474 98.9310
|
|
198 1 -15.5565 -3.2105 -15.9781 96.4255
|
|
198 1 -15.5565 -2.9474 -9.6543 93.0640
|
|
198 1 -15.5565 -2.6842 -3.1462 87.9368
|
|
198 1 -15.5565 -2.4211 2.1620 80.8504
|
|
198 1 -15.5565 -2.1579 5.3613 72.9319
|
|
198 1 -15.5565 -1.8947 6.7165 65.2960
|
|
198 1 -15.5565 -1.6316 6.8278 58.3937
|
|
198 1 -15.5565 -1.3684 6.1830 52.3686
|
|
198 1 -15.5565 -1.1053 5.2888 47.1763
|
|
198 1 -15.5565 -0.8421 4.4966 42.4304
|
|
198 1 -15.5565 -0.5789 3.7089 37.6539
|
|
198 1 -15.5565 -0.3158 2.4693 32.7167
|
|
198 1 -15.5565 -0.0526 0.4773 27.9996
|
|
198 1 -15.5565 0.2105 -2.0682 23.9132
|
|
198 1 -15.5565 0.4737 -4.8117 20.5042
|
|
198 1 -15.5565 0.7368 -7.5872 17.6331
|
|
198 1 -15.5565 1.0000 -10.3565 15.2213
|
|
|
|
198 2 -12.4383 -4.0000 -30.1630 73.6052
|
|
198 2 -12.4383 -3.7368 -26.5007 73.3398
|
|
198 2 -12.4383 -3.4737 -22.5717 72.8084
|
|
198 2 -12.4383 -3.2105 -18.1979 71.9550
|
|
198 2 -12.4383 -2.9474 -13.1833 70.3824
|
|
198 2 -12.4383 -2.6842 -7.8563 67.3327
|
|
198 2 -12.4383 -2.4211 -3.3477 62.6379
|
|
198 2 -12.4383 -2.1579 -0.3942 57.1870
|
|
198 2 -12.4383 -1.8947 1.2067 51.8405
|
|
198 2 -12.4383 -1.6316 1.8932 46.9247
|
|
198 2 -12.4383 -1.3684 1.9992 42.5619
|
|
198 2 -12.4383 -1.1053 1.9138 38.7486
|
|
198 2 -12.4383 -0.8421 1.9287 35.1711
|
|
198 2 -12.4383 -0.5789 1.9396 31.4106
|
|
198 2 -12.4383 -0.3158 1.5014 27.3623
|
|
198 2 -12.4383 -0.0526 0.3164 23.4074
|
|
198 2 -12.4383 0.2105 -1.4318 19.9543
|
|
198 2 -12.4383 0.4737 -3.4088 17.0594
|
|
198 2 -12.4383 0.7368 -5.4649 14.6012
|
|
198 2 -12.4383 1.0000 -7.5702 12.5225
|
|
|
|
198 3 -4.5379 -4.0000 -62.6569 114.2574
|
|
198 3 -4.5379 -3.7368 -56.1160 115.1927
|
|
198 3 -4.5379 -3.4737 -48.9922 115.6531
|
|
198 3 -4.5379 -3.2105 -40.9506 115.5132
|
|
198 3 -4.5379 -2.9474 -31.6553 114.0283
|
|
198 3 -4.5379 -2.6842 -21.7316 109.8545
|
|
198 3 -4.5379 -2.4211 -13.1712 102.7271
|
|
198 3 -4.5379 -2.1579 -7.2391 94.1851
|
|
198 3 -4.5379 -1.8947 -3.6081 85.6915
|
|
198 3 -4.5379 -1.6316 -1.5620 77.8229
|
|
198 3 -4.5379 -1.3684 -0.5259 70.8247
|
|
198 3 -4.5379 -1.1053 0.1949 64.6831
|
|
198 3 -4.5379 -0.8421 1.0868 58.8229
|
|
198 3 -4.5379 -0.5789 1.9187 52.5146
|
|
198 3 -4.5379 -0.3158 1.8738 45.6155
|
|
198 3 -4.5379 -0.0526 0.4347 38.8448
|
|
198 3 -4.5379 0.2105 -2.0482 32.9422
|
|
198 3 -4.5379 0.4737 -4.9675 28.0047
|
|
198 3 -4.5379 0.7368 -8.0559 23.8120
|
|
198 3 -4.5379 1.0000 -11.2652 20.2648
|
|
|
|
198 4 -3.8929 -4.0000 -64.5344 112.3718
|
|
198 4 -3.8929 -3.7368 -58.1702 113.5873
|
|
198 4 -3.8929 -3.4737 -51.1850 114.3899
|
|
198 4 -3.8929 -3.2105 -43.2114 114.6457
|
|
198 4 -3.8929 -2.9474 -33.8768 113.5826
|
|
198 4 -3.8929 -2.6842 -23.7933 109.7941
|
|
198 4 -3.8929 -2.4211 -14.9978 102.9611
|
|
198 4 -3.8929 -2.1579 -8.8123 94.6272
|
|
198 4 -3.8929 -1.8947 -4.9260 86.2784
|
|
198 4 -3.8929 -1.6316 -2.6324 78.4958
|
|
198 4 -3.8929 -1.3684 -1.3725 71.5389
|
|
198 4 -3.8929 -1.1053 -0.4483 65.4140
|
|
198 4 -3.8929 -0.8421 0.6403 59.5461
|
|
198 4 -3.8929 -0.5789 1.6576 53.1905
|
|
198 4 -3.8929 -0.3158 1.7610 46.2055
|
|
198 4 -3.8929 -0.0526 0.4200 39.3388
|
|
198 4 -3.8929 0.2105 -1.9991 33.3538
|
|
198 4 -3.8929 0.4737 -4.8689 28.3468
|
|
198 4 -3.8929 0.7368 -7.9180 24.0878
|
|
198 4 -3.8929 1.0000 -11.1031 20.4769
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 199 coord.: 0.8333333 0.5000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -39.865657 meV Im[Sigma]= 63.144268 meV Z= 1.004350 lam= -0.004331
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.545262 meV Im[Sigma]= 65.717295 meV Z= 1.008844 lam= -0.008767
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 13.059983 meV Im[Sigma]= 133.533260 meV Z= 1.018110 lam= -0.017788
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.409107 meV Im[Sigma]= 139.504724 meV Z= 1.024600 lam= -0.024010
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 199 coord.: 0.8333333 0.5000000 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 199 w = -4.0000 eV A(k,w) = 0.25744E-02 meV^-1
|
|
ik = 199 w = -3.7368 eV A(k,w) = 0.66471E-03 meV^-1
|
|
ik = 199 w = -3.4737 eV A(k,w) = 0.18529E-03 meV^-1
|
|
ik = 199 w = -3.2105 eV A(k,w) = 0.87605E-04 meV^-1
|
|
ik = 199 w = -2.9474 eV A(k,w) = 0.51354E-04 meV^-1
|
|
ik = 199 w = -2.6842 eV A(k,w) = 0.33130E-04 meV^-1
|
|
ik = 199 w = -2.4211 eV A(k,w) = 0.22293E-04 meV^-1
|
|
ik = 199 w = -2.1579 eV A(k,w) = 0.15431E-04 meV^-1
|
|
ik = 199 w = -1.8947 eV A(k,w) = 0.10982E-04 meV^-1
|
|
ik = 199 w = -1.6316 eV A(k,w) = 0.80206E-05 meV^-1
|
|
ik = 199 w = -1.3684 eV A(k,w) = 0.60023E-05 meV^-1
|
|
ik = 199 w = -1.1053 eV A(k,w) = 0.45922E-05 meV^-1
|
|
ik = 199 w = -0.8421 eV A(k,w) = 0.35536E-05 meV^-1
|
|
ik = 199 w = -0.5789 eV A(k,w) = 0.27348E-05 meV^-1
|
|
ik = 199 w = -0.3158 eV A(k,w) = 0.20697E-05 meV^-1
|
|
ik = 199 w = -0.0526 eV A(k,w) = 0.15495E-05 meV^-1
|
|
ik = 199 w = 0.2105 eV A(k,w) = 0.11648E-05 meV^-1
|
|
ik = 199 w = 0.4737 eV A(k,w) = 0.88431E-06 meV^-1
|
|
ik = 199 w = 0.7368 eV A(k,w) = 0.67595E-06 meV^-1
|
|
ik = 199 w = 1.0000 eV A(k,w) = 0.52021E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
199 -4.0000 0.25744E-02
|
|
199 -3.7368 0.66471E-03
|
|
199 -3.4737 0.18529E-03
|
|
199 -3.2105 0.87605E-04
|
|
199 -2.9474 0.51354E-04
|
|
199 -2.6842 0.33130E-04
|
|
199 -2.4211 0.22293E-04
|
|
199 -2.1579 0.15431E-04
|
|
199 -1.8947 0.10982E-04
|
|
199 -1.6316 0.80206E-05
|
|
199 -1.3684 0.60023E-05
|
|
199 -1.1053 0.45922E-05
|
|
199 -0.8421 0.35536E-05
|
|
199 -0.5789 0.27348E-05
|
|
199 -0.3158 0.20697E-05
|
|
199 -0.0526 0.15495E-05
|
|
199 0.2105 0.11648E-05
|
|
199 0.4737 0.88431E-06
|
|
199 0.7368 0.67595E-06
|
|
199 1.0000 0.52021E-06
|
|
199 1 -15.5565 -4.0000 -32.6699 102.6112
|
|
199 1 -15.5565 -3.7368 -27.2394 101.0068
|
|
199 1 -15.5565 -3.4737 -21.7470 98.9309
|
|
199 1 -15.5565 -3.2105 -15.9777 96.4253
|
|
199 1 -15.5565 -2.9474 -9.6540 93.0638
|
|
199 1 -15.5565 -2.6842 -3.1459 87.9366
|
|
199 1 -15.5565 -2.4211 2.1623 80.8501
|
|
199 1 -15.5565 -2.1579 5.3614 72.9316
|
|
199 1 -15.5565 -1.8947 6.7166 65.2958
|
|
199 1 -15.5565 -1.6316 6.8279 58.3934
|
|
199 1 -15.5565 -1.3684 6.1831 52.3684
|
|
199 1 -15.5565 -1.1053 5.2889 47.1761
|
|
199 1 -15.5565 -0.8421 4.4966 42.4302
|
|
199 1 -15.5565 -0.5789 3.7089 37.6537
|
|
199 1 -15.5565 -0.3158 2.4693 32.7166
|
|
199 1 -15.5565 -0.0526 0.4773 27.9994
|
|
199 1 -15.5565 0.2105 -2.0682 23.9131
|
|
199 1 -15.5565 0.4737 -4.8117 20.5041
|
|
199 1 -15.5565 0.7368 -7.5872 17.6330
|
|
199 1 -15.5565 1.0000 -10.3565 15.2212
|
|
|
|
199 2 -12.4383 -4.0000 -30.1636 73.6056
|
|
199 2 -12.4383 -3.7368 -26.5013 73.3402
|
|
199 2 -12.4383 -3.4737 -22.5723 72.8089
|
|
199 2 -12.4383 -3.2105 -18.1984 71.9555
|
|
199 2 -12.4383 -2.9474 -13.1838 70.3830
|
|
199 2 -12.4383 -2.6842 -7.8566 67.3333
|
|
199 2 -12.4383 -2.4211 -3.3480 62.6385
|
|
199 2 -12.4383 -2.1579 -0.3944 57.1875
|
|
199 2 -12.4383 -1.8947 1.2065 51.8410
|
|
199 2 -12.4383 -1.6316 1.8931 46.9251
|
|
199 2 -12.4383 -1.3684 1.9991 42.5624
|
|
199 2 -12.4383 -1.1053 1.9137 38.7490
|
|
199 2 -12.4383 -0.8421 1.9286 35.1714
|
|
199 2 -12.4383 -0.5789 1.9396 31.4110
|
|
199 2 -12.4383 -0.3158 1.5014 27.3626
|
|
199 2 -12.4383 -0.0526 0.3164 23.4076
|
|
199 2 -12.4383 0.2105 -1.4318 19.9545
|
|
199 2 -12.4383 0.4737 -3.4089 17.0596
|
|
199 2 -12.4383 0.7368 -5.4649 14.6013
|
|
199 2 -12.4383 1.0000 -7.5702 12.5226
|
|
|
|
199 3 -4.5379 -4.0000 -62.6575 114.2577
|
|
199 3 -4.5379 -3.7368 -56.1165 115.1930
|
|
199 3 -4.5379 -3.4737 -48.9927 115.6535
|
|
199 3 -4.5379 -3.2105 -40.9510 115.5136
|
|
199 3 -4.5379 -2.9474 -31.6556 114.0287
|
|
199 3 -4.5379 -2.6842 -21.7318 109.8548
|
|
199 3 -4.5379 -2.4211 -13.1714 102.7275
|
|
199 3 -4.5379 -2.1579 -7.2393 94.1854
|
|
199 3 -4.5379 -1.8947 -3.6082 85.6918
|
|
199 3 -4.5379 -1.6316 -1.5622 77.8232
|
|
199 3 -4.5379 -1.3684 -0.5260 70.8250
|
|
199 3 -4.5379 -1.1053 0.1948 64.6834
|
|
199 3 -4.5379 -0.8421 1.0867 58.8232
|
|
199 3 -4.5379 -0.5789 1.9187 52.5149
|
|
199 3 -4.5379 -0.3158 1.8738 45.6157
|
|
199 3 -4.5379 -0.0526 0.4347 38.8450
|
|
199 3 -4.5379 0.2105 -2.0482 32.9423
|
|
199 3 -4.5379 0.4737 -4.9675 28.0048
|
|
199 3 -4.5379 0.7368 -8.0559 23.8121
|
|
199 3 -4.5379 1.0000 -11.2652 20.2649
|
|
|
|
199 4 -3.8929 -4.0000 -64.5339 112.3720
|
|
199 4 -3.8929 -3.7368 -58.1696 113.5874
|
|
199 4 -3.8929 -3.4737 -51.1845 114.3900
|
|
199 4 -3.8929 -3.2105 -43.2109 114.6457
|
|
199 4 -3.8929 -2.9474 -33.8763 113.5825
|
|
199 4 -3.8929 -2.6842 -23.7929 109.7939
|
|
199 4 -3.8929 -2.4211 -14.9975 102.9609
|
|
199 4 -3.8929 -2.1579 -8.8121 94.6270
|
|
199 4 -3.8929 -1.8947 -4.9259 86.2782
|
|
199 4 -3.8929 -1.6316 -2.6323 78.4956
|
|
199 4 -3.8929 -1.3684 -1.3724 71.5387
|
|
199 4 -3.8929 -1.1053 -0.4482 65.4139
|
|
199 4 -3.8929 -0.8421 0.6404 59.5459
|
|
199 4 -3.8929 -0.5789 1.6576 53.1904
|
|
199 4 -3.8929 -0.3158 1.7610 46.2054
|
|
199 4 -3.8929 -0.0526 0.4200 39.3387
|
|
199 4 -3.8929 0.2105 -1.9991 33.3537
|
|
199 4 -3.8929 0.4737 -4.8689 28.3468
|
|
199 4 -3.8929 0.7368 -7.9180 24.0878
|
|
199 4 -3.8929 1.0000 -11.1031 20.4769
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 200 coord.: 0.8333333 0.5000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.541239 meV Im[Sigma]= 61.500589 meV Z= 1.001087 lam= -0.001085
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.455145 meV Im[Sigma]= 66.906140 meV Z= 1.010113 lam= -0.010012
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -18.849436 meV Im[Sigma]= 76.189537 meV Z= 1.006297 lam= -0.006257
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 3.263773 meV Im[Sigma]= 108.410261 meV Z= 1.020209 lam= -0.019809
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 200 coord.: 0.8333333 0.5000000 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 200 w = -4.0000 eV A(k,w) = 0.20958E-04 meV^-1
|
|
ik = 200 w = -3.7368 eV A(k,w) = 0.15310E-04 meV^-1
|
|
ik = 200 w = -3.4737 eV A(k,w) = 0.11746E-04 meV^-1
|
|
ik = 200 w = -3.2105 eV A(k,w) = 0.93178E-05 meV^-1
|
|
ik = 200 w = -2.9474 eV A(k,w) = 0.75250E-05 meV^-1
|
|
ik = 200 w = -2.6842 eV A(k,w) = 0.60697E-05 meV^-1
|
|
ik = 200 w = -2.4211 eV A(k,w) = 0.48364E-05 meV^-1
|
|
ik = 200 w = -2.1579 eV A(k,w) = 0.38306E-05 meV^-1
|
|
ik = 200 w = -1.8947 eV A(k,w) = 0.30452E-05 meV^-1
|
|
ik = 200 w = -1.6316 eV A(k,w) = 0.24397E-05 meV^-1
|
|
ik = 200 w = -1.3684 eV A(k,w) = 0.19748E-05 meV^-1
|
|
ik = 200 w = -1.1053 eV A(k,w) = 0.16163E-05 meV^-1
|
|
ik = 200 w = -0.8421 eV A(k,w) = 0.13271E-05 meV^-1
|
|
ik = 200 w = -0.5789 eV A(k,w) = 0.10769E-05 meV^-1
|
|
ik = 200 w = -0.3158 eV A(k,w) = 0.85526E-06 meV^-1
|
|
ik = 200 w = -0.0526 eV A(k,w) = 0.66927E-06 meV^-1
|
|
ik = 200 w = 0.2105 eV A(k,w) = 0.52392E-06 meV^-1
|
|
ik = 200 w = 0.4737 eV A(k,w) = 0.41279E-06 meV^-1
|
|
ik = 200 w = 0.7368 eV A(k,w) = 0.32650E-06 meV^-1
|
|
ik = 200 w = 1.0000 eV A(k,w) = 0.25934E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
200 -4.0000 0.20958E-04
|
|
200 -3.7368 0.15310E-04
|
|
200 -3.4737 0.11746E-04
|
|
200 -3.2105 0.93178E-05
|
|
200 -2.9474 0.75250E-05
|
|
200 -2.6842 0.60697E-05
|
|
200 -2.4211 0.48364E-05
|
|
200 -2.1579 0.38306E-05
|
|
200 -1.8947 0.30452E-05
|
|
200 -1.6316 0.24397E-05
|
|
200 -1.3684 0.19748E-05
|
|
200 -1.1053 0.16163E-05
|
|
200 -0.8421 0.13271E-05
|
|
200 -0.5789 0.10769E-05
|
|
200 -0.3158 0.85526E-06
|
|
200 -0.0526 0.66927E-06
|
|
200 0.2105 0.52392E-06
|
|
200 0.4737 0.41279E-06
|
|
200 0.7368 0.32650E-06
|
|
200 1.0000 0.25934E-06
|
|
200 1 -13.5072 -4.0000 -39.3121 110.2542
|
|
200 1 -13.5072 -3.7368 -33.2010 108.8356
|
|
200 1 -13.5072 -3.4737 -27.0666 106.8577
|
|
200 1 -13.5072 -3.2105 -20.6493 104.4411
|
|
200 1 -13.5072 -2.9474 -13.5732 101.1209
|
|
200 1 -13.5072 -2.6842 -6.2234 95.8450
|
|
200 1 -13.5072 -2.4211 -0.1431 88.3738
|
|
200 1 -13.5072 -2.1579 3.6552 79.9388
|
|
200 1 -13.5072 -1.8947 5.4461 71.7542
|
|
200 1 -13.5072 -1.6316 5.8620 64.3211
|
|
200 1 -13.5072 -1.3684 5.4320 57.8239
|
|
200 1 -13.5072 -1.1053 4.7349 52.2230
|
|
200 1 -13.5072 -0.8421 4.1677 47.0703
|
|
200 1 -13.5072 -0.5789 3.6009 41.8171
|
|
200 1 -13.5072 -0.3158 2.4923 36.3267
|
|
200 1 -13.5072 -0.0526 0.4930 31.0564
|
|
200 1 -13.5072 0.2105 -2.1603 26.4887
|
|
200 1 -13.5072 0.4737 -5.0537 22.6764
|
|
200 1 -13.5072 0.7368 -7.9995 19.4573
|
|
200 1 -13.5072 1.0000 -10.9597 16.7459
|
|
|
|
200 2 -11.9153 -4.0000 -30.8928 72.0156
|
|
200 2 -11.9153 -3.7368 -27.2709 72.0062
|
|
200 2 -11.9153 -3.4737 -23.3183 71.6892
|
|
200 2 -11.9153 -3.2105 -18.9025 70.9864
|
|
200 2 -11.9153 -2.9474 -13.8707 69.5270
|
|
200 2 -11.9153 -2.6842 -8.5510 66.5973
|
|
200 2 -11.9153 -2.4211 -4.0431 62.0477
|
|
200 2 -11.9153 -2.1579 -1.0572 56.7541
|
|
200 2 -11.9153 -1.8947 0.6159 51.5524
|
|
200 2 -11.9153 -1.6316 1.4020 46.7459
|
|
200 2 -11.9153 -1.3684 1.6083 42.4526
|
|
200 2 -11.9153 -1.1053 1.6073 38.6857
|
|
200 2 -11.9153 -0.8421 1.6961 35.1497
|
|
200 2 -11.9153 -0.5789 1.7833 31.4246
|
|
200 2 -11.9153 -0.3158 1.4214 27.3961
|
|
200 2 -11.9153 -0.0526 0.3040 23.4475
|
|
200 2 -11.9153 0.2105 -1.3854 19.9939
|
|
200 2 -11.9153 0.4737 -3.3105 17.0920
|
|
200 2 -11.9153 0.7368 -5.3236 14.6203
|
|
200 2 -11.9153 1.0000 -7.3971 12.5259
|
|
|
|
200 3 -7.7465 -4.0000 -43.7294 89.0932
|
|
200 3 -7.7465 -3.7368 -38.8710 89.3900
|
|
200 3 -7.7465 -3.4737 -33.6196 89.3004
|
|
200 3 -7.7465 -3.2105 -27.7628 88.7557
|
|
200 3 -7.7465 -2.9474 -21.0517 87.2532
|
|
200 3 -7.7465 -2.6842 -13.9103 83.8209
|
|
200 3 -7.7465 -2.4211 -7.7862 78.2488
|
|
200 3 -7.7465 -2.1579 -3.6118 71.6648
|
|
200 3 -7.7465 -1.8947 -1.1395 65.1469
|
|
200 3 -7.7465 -1.6316 0.1620 59.1101
|
|
200 3 -7.7465 -1.3684 0.7053 53.7325
|
|
200 3 -7.7465 -1.1053 0.9987 49.0199
|
|
200 3 -7.7465 -0.8421 1.4198 44.5600
|
|
200 3 -7.7465 -0.5789 1.8184 39.8038
|
|
200 3 -7.7465 -0.3158 1.5938 34.6264
|
|
200 3 -7.7465 -0.0526 0.3549 29.5507
|
|
200 3 -7.7465 0.2105 -1.6441 25.1231
|
|
200 3 -7.7465 0.4737 -3.9556 21.4142
|
|
200 3 -7.7465 0.7368 -6.3844 18.2596
|
|
200 3 -7.7465 1.0000 -8.8972 15.5864
|
|
|
|
200 4 -5.2565 -4.0000 -53.9392 98.9466
|
|
200 4 -5.2565 -3.7368 -48.4478 99.8523
|
|
200 4 -5.2565 -3.4737 -42.3999 100.3496
|
|
200 4 -5.2565 -3.2105 -35.5364 100.3127
|
|
200 4 -5.2565 -2.9474 -27.5812 99.1179
|
|
200 4 -5.2565 -2.6842 -19.0577 95.6124
|
|
200 4 -5.2565 -2.4211 -11.6779 89.5541
|
|
200 4 -5.2565 -2.1579 -6.5360 82.2641
|
|
200 4 -5.2565 -1.8947 -3.3448 74.9930
|
|
200 4 -5.2565 -1.6316 -1.5014 68.2132
|
|
200 4 -5.2565 -1.3684 -0.5474 62.1393
|
|
200 4 -5.2565 -1.1053 0.1039 56.7929
|
|
200 4 -5.2565 -0.8421 0.8944 51.6967
|
|
200 4 -5.2565 -0.5789 1.6413 46.2054
|
|
200 4 -5.2565 -0.3158 1.6238 40.1804
|
|
200 4 -5.2565 -0.0526 0.3784 34.2568
|
|
200 4 -5.2565 0.2105 -1.7848 29.0901
|
|
200 4 -5.2565 0.4737 -4.3286 24.7623
|
|
200 4 -5.2565 0.7368 -7.0231 21.0749
|
|
200 4 -5.2565 1.0000 -9.8341 17.9439
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 201 coord.: 0.8333333 0.5000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -12.0052 eV Re[Sigma]= -24.871233 meV Im[Sigma]= 79.955714 meV Z= 1.015947 lam= -0.015696
|
|
E( 2 )= -11.7636 eV Re[Sigma]= -23.492547 meV Im[Sigma]= 75.575059 meV Z= 1.006779 lam= -0.006733
|
|
E( 3 )= -8.4117 eV Re[Sigma]= -8.339600 meV Im[Sigma]= 41.487088 meV Z= 0.992729 lam= 0.007325
|
|
E( 4 )= -7.0563 eV Re[Sigma]= -3.462706 meV Im[Sigma]= 78.068265 meV Z= 1.016948 lam= -0.016666
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 201 coord.: 0.8333333 0.5000000 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 201 w = -4.0000 eV A(k,w) = 0.47902E-05 meV^-1
|
|
ik = 201 w = -3.7368 eV A(k,w) = 0.42406E-05 meV^-1
|
|
ik = 201 w = -3.4737 eV A(k,w) = 0.37738E-05 meV^-1
|
|
ik = 201 w = -3.2105 eV A(k,w) = 0.33671E-05 meV^-1
|
|
ik = 201 w = -2.9474 eV A(k,w) = 0.29914E-05 meV^-1
|
|
ik = 201 w = -2.6842 eV A(k,w) = 0.26124E-05 meV^-1
|
|
ik = 201 w = -2.4211 eV A(k,w) = 0.22278E-05 meV^-1
|
|
ik = 201 w = -2.1579 eV A(k,w) = 0.18718E-05 meV^-1
|
|
ik = 201 w = -1.8947 eV A(k,w) = 0.15669E-05 meV^-1
|
|
ik = 201 w = -1.6316 eV A(k,w) = 0.13136E-05 meV^-1
|
|
ik = 201 w = -1.3684 eV A(k,w) = 0.11065E-05 meV^-1
|
|
ik = 201 w = -1.1053 eV A(k,w) = 0.93800E-06 meV^-1
|
|
ik = 201 w = -0.8421 eV A(k,w) = 0.79460E-06 meV^-1
|
|
ik = 201 w = -0.5789 eV A(k,w) = 0.66326E-06 meV^-1
|
|
ik = 201 w = -0.3158 eV A(k,w) = 0.54049E-06 meV^-1
|
|
ik = 201 w = -0.0526 eV A(k,w) = 0.43305E-06 meV^-1
|
|
ik = 201 w = 0.2105 eV A(k,w) = 0.34638E-06 meV^-1
|
|
ik = 201 w = 0.4737 eV A(k,w) = 0.27835E-06 meV^-1
|
|
ik = 201 w = 0.7368 eV A(k,w) = 0.22421E-06 meV^-1
|
|
ik = 201 w = 1.0000 eV A(k,w) = 0.18112E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
201 -4.0000 0.47902E-05
|
|
201 -3.7368 0.42406E-05
|
|
201 -3.4737 0.37738E-05
|
|
201 -3.2105 0.33671E-05
|
|
201 -2.9474 0.29914E-05
|
|
201 -2.6842 0.26124E-05
|
|
201 -2.4211 0.22278E-05
|
|
201 -2.1579 0.18718E-05
|
|
201 -1.8947 0.15669E-05
|
|
201 -1.6316 0.13136E-05
|
|
201 -1.3684 0.11065E-05
|
|
201 -1.1053 0.93800E-06
|
|
201 -0.8421 0.79460E-06
|
|
201 -0.5789 0.66326E-06
|
|
201 -0.3158 0.54049E-06
|
|
201 -0.0526 0.43305E-06
|
|
201 0.2105 0.34638E-06
|
|
201 0.4737 0.27835E-06
|
|
201 0.7368 0.22421E-06
|
|
201 1.0000 0.18112E-06
|
|
201 1 -12.0052 -4.0000 -41.1013 98.9789
|
|
201 1 -12.0052 -3.7368 -35.7165 98.4176
|
|
201 1 -12.0052 -3.4737 -30.0935 97.3929
|
|
201 1 -12.0052 -3.2105 -24.0195 95.8984
|
|
201 1 -12.0052 -2.9474 -17.2232 93.4645
|
|
201 1 -12.0052 -2.6842 -10.1099 89.1253
|
|
201 1 -12.0052 -2.4211 -4.1365 82.6760
|
|
201 1 -12.0052 -2.1579 -0.2434 75.2814
|
|
201 1 -12.0052 -1.8947 1.8438 68.0630
|
|
201 1 -12.0052 -1.6316 2.7049 61.4522
|
|
201 1 -12.0052 -1.3684 2.7916 55.6131
|
|
201 1 -12.0052 -1.1053 2.6282 50.5332
|
|
201 1 -12.0052 -0.8421 2.6001 45.7930
|
|
201 1 -12.0052 -0.5789 2.5736 40.8414
|
|
201 1 -12.0052 -0.3158 1.9725 35.5380
|
|
201 1 -12.0052 -0.0526 0.4134 30.3724
|
|
201 1 -12.0052 0.2105 -1.8653 25.8681
|
|
201 1 -12.0052 0.4737 -4.4327 22.0939
|
|
201 1 -12.0052 0.7368 -7.0966 18.8911
|
|
201 1 -12.0052 1.0000 -9.8190 16.1847
|
|
|
|
201 2 -11.7636 -4.0000 -41.8873 101.8430
|
|
201 2 -11.7636 -3.7368 -36.5059 101.1982
|
|
201 2 -11.7636 -3.4737 -30.8986 100.1855
|
|
201 2 -11.7636 -3.2105 -24.7592 98.7965
|
|
201 2 -11.7636 -2.9474 -17.7423 96.4705
|
|
201 2 -11.7636 -2.6842 -10.2870 92.1091
|
|
201 2 -11.7636 -2.4211 -3.9815 85.4597
|
|
201 2 -11.7636 -2.1579 0.1359 77.7551
|
|
201 2 -11.7636 -1.8947 2.3282 70.2018
|
|
201 2 -11.7636 -1.6316 3.2039 63.2834
|
|
201 2 -11.7636 -1.3684 3.2572 57.1851
|
|
201 2 -11.7636 -1.1053 3.0470 51.8810
|
|
201 2 -11.7636 -0.8421 2.9602 46.9270
|
|
201 2 -11.7636 -0.5789 2.8467 41.7721
|
|
201 2 -11.7636 -0.3158 2.1299 36.2924
|
|
201 2 -11.7636 -0.0526 0.4402 30.9858
|
|
201 2 -11.7636 0.2105 -1.9724 26.3737
|
|
201 2 -11.7636 0.4737 -4.6695 22.5214
|
|
201 2 -11.7636 0.7368 -7.4517 19.2648
|
|
201 2 -11.7636 1.0000 -10.2772 16.5207
|
|
|
|
201 3 -8.4117 -4.0000 -35.1627 69.9976
|
|
201 3 -8.4117 -3.7368 -31.5456 70.5036
|
|
201 3 -8.4117 -3.4737 -27.4926 70.7209
|
|
201 3 -8.4117 -3.2105 -22.8742 70.5348
|
|
201 3 -8.4117 -2.9474 -17.5391 69.5471
|
|
201 3 -8.4117 -2.6842 -11.8307 66.9989
|
|
201 3 -8.4117 -2.4211 -6.9063 62.7163
|
|
201 3 -8.4117 -2.1579 -3.5210 57.6056
|
|
201 3 -8.4117 -1.8947 -1.4652 52.5313
|
|
201 3 -8.4117 -1.6316 -0.3129 47.8003
|
|
201 3 -8.4117 -1.3684 0.2360 43.5430
|
|
201 3 -8.4117 -1.1053 0.5670 39.7829
|
|
201 3 -8.4117 -0.8421 0.9865 36.2062
|
|
201 3 -8.4117 -0.5789 1.3781 32.3708
|
|
201 3 -8.4117 -0.3158 1.2500 28.1768
|
|
201 3 -8.4117 -0.0526 0.2821 24.0578
|
|
201 3 -8.4117 0.2105 -1.3135 20.4648
|
|
201 3 -8.4117 0.4737 -3.1670 17.4543
|
|
201 3 -8.4117 0.7368 -5.1194 14.8892
|
|
201 3 -8.4117 1.0000 -7.1470 12.7106
|
|
|
|
201 4 -7.0563 -4.0000 -42.9544 79.8752
|
|
201 4 -7.0563 -3.7368 -38.7648 80.7575
|
|
201 4 -7.0563 -3.4737 -34.0171 81.3066
|
|
201 4 -7.0563 -3.2105 -28.5583 81.3705
|
|
201 4 -7.0563 -2.9474 -22.2243 80.4649
|
|
201 4 -7.0563 -2.6842 -15.4400 77.7035
|
|
201 4 -7.0563 -2.4211 -9.5608 72.9005
|
|
201 4 -7.0563 -2.1579 -5.4557 67.1130
|
|
201 4 -7.0563 -1.8947 -2.8830 61.3347
|
|
201 4 -7.0563 -1.6316 -1.3628 55.9215
|
|
201 4 -7.0563 -1.3684 -0.5525 51.0370
|
|
201 4 -7.0563 -1.1053 0.0038 46.7162
|
|
201 4 -7.0563 -0.8421 0.6707 42.5867
|
|
201 4 -7.0563 -0.5789 1.3071 38.1186
|
|
201 4 -7.0563 -0.3158 1.3169 33.1912
|
|
201 4 -7.0563 -0.0526 0.3092 28.3293
|
|
201 4 -7.0563 0.2105 -1.4634 24.0805
|
|
201 4 -7.0563 0.4737 -3.5566 20.5164
|
|
201 4 -7.0563 0.7368 -5.7806 17.4749
|
|
201 4 -7.0563 1.0000 -8.1073 14.8894
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 202 coord.: 0.8333333 0.5000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -14.5793 eV Re[Sigma]= -37.305648 meV Im[Sigma]= 56.076649 meV Z= 1.000191 lam= -0.000191
|
|
E( 2 )= -10.2664 eV Re[Sigma]= -12.714344 meV Im[Sigma]= 56.833080 meV Z= 1.000355 lam= -0.000355
|
|
E( 3 )= -7.2955 eV Re[Sigma]= -10.546422 meV Im[Sigma]= 82.756655 meV Z= 1.018010 lam= -0.017692
|
|
E( 4 )= -5.9070 eV Re[Sigma]= -5.241659 meV Im[Sigma]= 80.026713 meV Z= 1.002837 lam= -0.002829
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 202 coord.: 0.8333333 0.5000000 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 202 w = -4.0000 eV A(k,w) = 0.10767E-04 meV^-1
|
|
ik = 202 w = -3.7368 eV A(k,w) = 0.88349E-05 meV^-1
|
|
ik = 202 w = -3.4737 eV A(k,w) = 0.73905E-05 meV^-1
|
|
ik = 202 w = -3.2105 eV A(k,w) = 0.62647E-05 meV^-1
|
|
ik = 202 w = -2.9474 eV A(k,w) = 0.53312E-05 meV^-1
|
|
ik = 202 w = -2.6842 eV A(k,w) = 0.44870E-05 meV^-1
|
|
ik = 202 w = -2.4211 eV A(k,w) = 0.37048E-05 meV^-1
|
|
ik = 202 w = -2.1579 eV A(k,w) = 0.30245E-05 meV^-1
|
|
ik = 202 w = -1.8947 eV A(k,w) = 0.24676E-05 meV^-1
|
|
ik = 202 w = -1.6316 eV A(k,w) = 0.20216E-05 meV^-1
|
|
ik = 202 w = -1.3684 eV A(k,w) = 0.16684E-05 meV^-1
|
|
ik = 202 w = -1.1053 eV A(k,w) = 0.13889E-05 meV^-1
|
|
ik = 202 w = -0.8421 eV A(k,w) = 0.11573E-05 meV^-1
|
|
ik = 202 w = -0.5789 eV A(k,w) = 0.95104E-06 meV^-1
|
|
ik = 202 w = -0.3158 eV A(k,w) = 0.76339E-06 meV^-1
|
|
ik = 202 w = -0.0526 eV A(k,w) = 0.60287E-06 meV^-1
|
|
ik = 202 w = 0.2105 eV A(k,w) = 0.47576E-06 meV^-1
|
|
ik = 202 w = 0.4737 eV A(k,w) = 0.37754E-06 meV^-1
|
|
ik = 202 w = 0.7368 eV A(k,w) = 0.30046E-06 meV^-1
|
|
ik = 202 w = 1.0000 eV A(k,w) = 0.23988E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
202 -4.0000 0.10767E-04
|
|
202 -3.7368 0.88349E-05
|
|
202 -3.4737 0.73905E-05
|
|
202 -3.2105 0.62647E-05
|
|
202 -2.9474 0.53312E-05
|
|
202 -2.6842 0.44870E-05
|
|
202 -2.4211 0.37048E-05
|
|
202 -2.1579 0.30245E-05
|
|
202 -1.8947 0.24676E-05
|
|
202 -1.6316 0.20216E-05
|
|
202 -1.3684 0.16684E-05
|
|
202 -1.1053 0.13889E-05
|
|
202 -0.8421 0.11573E-05
|
|
202 -0.5789 0.95104E-06
|
|
202 -0.3158 0.76339E-06
|
|
202 -0.0526 0.60287E-06
|
|
202 0.2105 0.47576E-06
|
|
202 0.4737 0.37754E-06
|
|
202 0.7368 0.30046E-06
|
|
202 1.0000 0.23988E-06
|
|
202 1 -14.5793 -4.0000 -33.5463 97.8211
|
|
202 1 -14.5793 -3.7368 -28.5406 96.5697
|
|
202 1 -14.5793 -3.4737 -23.4053 94.9063
|
|
202 1 -14.5793 -3.2105 -17.9269 92.8499
|
|
202 1 -14.5793 -2.9474 -11.8331 89.9716
|
|
202 1 -14.5793 -2.6842 -5.4857 85.3665
|
|
202 1 -14.5793 -2.4211 -0.2435 78.8354
|
|
202 1 -14.5793 -2.1579 3.0077 71.4732
|
|
202 1 -14.5793 -1.8947 4.5302 64.3484
|
|
202 1 -14.5793 -1.6316 4.8930 57.8758
|
|
202 1 -14.5793 -1.3684 4.5432 52.1942
|
|
202 1 -14.5793 -1.1053 3.9699 47.2729
|
|
202 1 -14.5793 -0.8421 3.5235 42.7240
|
|
202 1 -14.5793 -0.5789 3.0910 38.0522
|
|
202 1 -14.5793 -0.3158 2.1733 33.1242
|
|
202 1 -14.5793 -0.0526 0.4349 28.3569
|
|
202 1 -14.5793 0.2105 -1.9198 24.2035
|
|
202 1 -14.5793 0.4737 -4.5141 20.7247
|
|
202 1 -14.5793 0.7368 -7.1747 17.7812
|
|
202 1 -14.5793 1.0000 -9.8621 15.3014
|
|
|
|
202 2 -10.2664 -4.0000 -44.2277 92.6922
|
|
202 2 -10.2664 -3.7368 -39.1222 92.8468
|
|
202 2 -10.2664 -3.4737 -33.6605 92.5947
|
|
202 2 -10.2664 -3.2105 -27.6022 91.8882
|
|
202 2 -10.2664 -2.9474 -20.6732 90.2025
|
|
202 2 -10.2664 -2.6842 -13.3071 86.5244
|
|
202 2 -10.2664 -2.4211 -7.0060 80.6255
|
|
202 2 -10.2664 -2.1579 -2.7531 73.6742
|
|
202 2 -10.2664 -1.8947 -0.3002 66.8078
|
|
202 2 -10.2664 -1.6316 0.9167 60.4762
|
|
202 2 -10.2664 -1.3684 1.3482 54.8623
|
|
202 2 -10.2664 -1.1053 1.5261 49.9564
|
|
202 2 -10.2664 -0.8421 1.8300 45.3280
|
|
202 2 -10.2664 -0.5789 2.1021 40.4261
|
|
202 2 -10.2664 -0.3158 1.7459 35.1326
|
|
202 2 -10.2664 -0.0526 0.3796 29.9671
|
|
202 2 -10.2664 0.2105 -1.7406 25.4699
|
|
202 2 -10.2664 0.4737 -4.1668 21.7105
|
|
202 2 -10.2664 0.7368 -6.6993 18.5233
|
|
202 2 -10.2664 1.0000 -9.3012 15.8294
|
|
|
|
202 3 -7.2955 -4.0000 -43.8418 85.0768
|
|
202 3 -7.2955 -3.7368 -39.2165 85.7002
|
|
202 3 -7.2955 -3.4737 -34.1146 85.9389
|
|
202 3 -7.2955 -3.2105 -28.3566 85.6852
|
|
202 3 -7.2955 -2.9474 -21.7431 84.4442
|
|
202 3 -7.2955 -2.6842 -14.7078 81.2941
|
|
202 3 -7.2955 -2.4211 -8.6504 76.0476
|
|
202 3 -7.2955 -2.1579 -4.4667 69.7964
|
|
202 3 -7.2955 -1.8947 -1.9189 63.5747
|
|
202 3 -7.2955 -1.6316 -0.5075 57.7799
|
|
202 3 -7.2955 -1.3684 0.1540 52.5954
|
|
202 3 -7.2955 -1.1053 0.5607 48.0415
|
|
202 3 -7.2955 -0.8421 1.0896 43.7188
|
|
202 3 -7.2955 -0.5789 1.5941 39.0820
|
|
202 3 -7.2955 -0.3158 1.4731 34.0076
|
|
202 3 -7.2955 -0.0526 0.3351 29.0200
|
|
202 3 -7.2955 0.2105 -1.5661 24.6668
|
|
202 3 -7.2955 0.4737 -3.7834 21.0195
|
|
202 3 -7.2955 0.7368 -6.1229 17.9139
|
|
202 3 -7.2955 1.0000 -8.5538 15.2789
|
|
|
|
202 4 -5.9070 -4.0000 -49.9874 88.2797
|
|
202 4 -5.9070 -3.7368 -45.0583 89.3084
|
|
202 4 -5.9070 -3.4737 -39.6016 89.9364
|
|
202 4 -5.9070 -3.2105 -33.4109 90.0597
|
|
202 4 -5.9070 -2.9474 -26.2459 89.1439
|
|
202 4 -5.9070 -2.6842 -18.5532 86.1722
|
|
202 4 -5.9070 -2.4211 -11.8457 80.9089
|
|
202 4 -5.9070 -2.1579 -7.1122 74.5165
|
|
202 4 -5.9070 -1.8947 -4.1077 68.1112
|
|
202 4 -5.9070 -1.6316 -2.3018 62.1154
|
|
202 4 -5.9070 -1.3684 -1.2915 56.7285
|
|
202 4 -5.9070 -1.1053 -0.5433 51.9780
|
|
202 4 -5.9070 -0.8421 0.3520 47.4207
|
|
202 4 -5.9070 -0.5789 1.2143 42.4485
|
|
202 4 -5.9070 -0.3158 1.3525 36.9374
|
|
202 4 -5.9070 -0.0526 0.3273 31.4972
|
|
202 4 -5.9070 0.2105 -1.5653 26.7506
|
|
202 4 -5.9070 0.4737 -3.8168 22.7737
|
|
202 4 -5.9070 0.7368 -6.2142 19.3760
|
|
202 4 -5.9070 1.0000 -8.7329 16.4803
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 203 coord.: 0.8333333 0.5000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.721559 meV Im[Sigma]= 72.551095 meV Z= 1.014355 lam= -0.014152
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.814508 meV Im[Sigma]= 49.833863 meV Z= 0.996140 lam= 0.003874
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.489608 meV Im[Sigma]= 87.638592 meV Z= 1.015650 lam= -0.015409
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.725481 meV Im[Sigma]= 142.115746 meV Z= 1.024787 lam= -0.024187
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 203 coord.: 0.8333333 0.5000000 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 203 w = -4.0000 eV A(k,w) = 0.26892E-02 meV^-1
|
|
ik = 203 w = -3.7368 eV A(k,w) = 0.41860E-03 meV^-1
|
|
ik = 203 w = -3.4737 eV A(k,w) = 0.12920E-03 meV^-1
|
|
ik = 203 w = -3.2105 eV A(k,w) = 0.61869E-04 meV^-1
|
|
ik = 203 w = -2.9474 eV A(k,w) = 0.36178E-04 meV^-1
|
|
ik = 203 w = -2.6842 eV A(k,w) = 0.23287E-04 meV^-1
|
|
ik = 203 w = -2.4211 eV A(k,w) = 0.15686E-04 meV^-1
|
|
ik = 203 w = -2.1579 eV A(k,w) = 0.10903E-04 meV^-1
|
|
ik = 203 w = -1.8947 eV A(k,w) = 0.78093E-05 meV^-1
|
|
ik = 203 w = -1.6316 eV A(k,w) = 0.57480E-05 meV^-1
|
|
ik = 203 w = -1.3684 eV A(k,w) = 0.43388E-05 meV^-1
|
|
ik = 203 w = -1.1053 eV A(k,w) = 0.33498E-05 meV^-1
|
|
ik = 203 w = -0.8421 eV A(k,w) = 0.26171E-05 meV^-1
|
|
ik = 203 w = -0.5789 eV A(k,w) = 0.20345E-05 meV^-1
|
|
ik = 203 w = -0.3158 eV A(k,w) = 0.15560E-05 meV^-1
|
|
ik = 203 w = -0.0526 eV A(k,w) = 0.11778E-05 meV^-1
|
|
ik = 203 w = 0.2105 eV A(k,w) = 0.89507E-06 meV^-1
|
|
ik = 203 w = 0.4737 eV A(k,w) = 0.68685E-06 meV^-1
|
|
ik = 203 w = 0.7368 eV A(k,w) = 0.53057E-06 meV^-1
|
|
ik = 203 w = 1.0000 eV A(k,w) = 0.41254E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
203 -4.0000 0.26892E-02
|
|
203 -3.7368 0.41860E-03
|
|
203 -3.4737 0.12920E-03
|
|
203 -3.2105 0.61869E-04
|
|
203 -2.9474 0.36178E-04
|
|
203 -2.6842 0.23287E-04
|
|
203 -2.4211 0.15686E-04
|
|
203 -2.1579 0.10903E-04
|
|
203 -1.8947 0.78093E-05
|
|
203 -1.6316 0.57480E-05
|
|
203 -1.3684 0.43388E-05
|
|
203 -1.1053 0.33498E-05
|
|
203 -0.8421 0.26171E-05
|
|
203 -0.5789 0.20345E-05
|
|
203 -0.3158 0.15560E-05
|
|
203 -0.0526 0.11778E-05
|
|
203 0.2105 0.89507E-06
|
|
203 0.4737 0.68685E-06
|
|
203 0.7368 0.53057E-06
|
|
203 1.0000 0.41254E-06
|
|
203 1 -16.2688 -4.0000 -31.8897 105.0141
|
|
203 1 -16.2688 -3.7368 -26.4839 103.2984
|
|
203 1 -16.2688 -3.4737 -20.9653 101.0996
|
|
203 1 -16.2688 -3.2105 -15.1530 98.4167
|
|
203 1 -16.2688 -2.9474 -8.8287 94.8291
|
|
203 1 -16.2688 -2.6842 -2.3894 89.4771
|
|
203 1 -16.2688 -2.4211 2.8031 82.2134
|
|
203 1 -16.2688 -2.1579 5.8822 74.1736
|
|
203 1 -16.2688 -1.8947 7.1398 66.4515
|
|
203 1 -16.2688 -1.6316 7.1772 59.4711
|
|
203 1 -16.2688 -1.3684 6.4660 53.3650
|
|
203 1 -16.2688 -1.1053 5.5027 48.0967
|
|
203 1 -16.2688 -0.8421 4.6453 43.2875
|
|
203 1 -16.2688 -0.5789 3.8063 38.4536
|
|
203 1 -16.2688 -0.3158 2.5251 33.4512
|
|
203 1 -16.2688 -0.0526 0.4875 28.6601
|
|
203 1 -16.2688 0.2105 -2.1122 24.4993
|
|
203 1 -16.2688 0.4737 -4.9165 21.0203
|
|
203 1 -16.2688 0.7368 -7.7581 18.0848
|
|
203 1 -16.2688 1.0000 -10.5977 15.6169
|
|
|
|
203 2 -8.9488 -4.0000 -45.4565 94.4922
|
|
203 2 -8.9488 -3.7368 -40.2619 94.5738
|
|
203 2 -8.9488 -3.4737 -34.7377 94.2945
|
|
203 2 -8.9488 -3.2105 -28.5959 93.6126
|
|
203 2 -8.9488 -2.9474 -21.5192 91.9620
|
|
203 2 -8.9488 -2.6842 -13.9547 88.2633
|
|
203 2 -8.9488 -2.4211 -7.4678 82.2686
|
|
203 2 -8.9488 -2.1579 -3.0817 75.1839
|
|
203 2 -8.9488 -1.8947 -0.5430 68.1849
|
|
203 2 -8.9488 -1.6316 0.7322 61.7361
|
|
203 2 -8.9488 -1.3684 1.2113 56.0219
|
|
203 2 -8.9488 -1.1053 1.4397 51.0231
|
|
203 2 -8.9488 -0.8421 1.7965 46.2933
|
|
203 2 -8.9488 -0.5789 2.1101 41.2731
|
|
203 2 -8.9488 -0.3158 1.7675 35.8523
|
|
203 2 -8.9488 -0.0526 0.3852 30.5703
|
|
203 2 -8.9488 0.2105 -1.7668 25.9782
|
|
203 2 -8.9488 0.4737 -4.2278 22.1420
|
|
203 2 -8.9488 0.7368 -6.7951 18.8884
|
|
203 2 -8.9488 1.0000 -9.4338 16.1359
|
|
|
|
203 3 -6.9060 -4.0000 -45.2216 89.2232
|
|
203 3 -6.9060 -3.7368 -40.3577 89.7464
|
|
203 3 -6.9060 -3.4737 -35.0323 89.8984
|
|
203 3 -6.9060 -3.2105 -29.0226 89.5702
|
|
203 3 -6.9060 -2.9474 -22.0983 88.2222
|
|
203 3 -6.9060 -2.6842 -14.7160 84.8614
|
|
203 3 -6.9060 -2.4211 -8.3667 79.2753
|
|
203 3 -6.9060 -2.1579 -4.0185 72.6211
|
|
203 3 -6.9060 -1.8947 -1.4266 66.0146
|
|
203 3 -6.9060 -1.6316 -0.0462 59.8929
|
|
203 3 -6.9060 -1.3684 0.5524 54.4442
|
|
203 3 -6.9060 -1.1053 0.8957 49.6719
|
|
203 3 -6.9060 -0.8421 1.3677 45.1487
|
|
203 3 -6.9060 -0.5789 1.8077 40.3156
|
|
203 3 -6.9060 -0.3158 1.6014 35.0545
|
|
203 3 -6.9060 -0.0526 0.3578 29.9028
|
|
203 3 -6.9060 0.2105 -1.6591 25.4148
|
|
203 3 -6.9060 0.4737 -3.9917 21.6596
|
|
203 3 -6.9060 0.7368 -6.4410 18.4671
|
|
203 3 -6.9060 1.0000 -8.9749 15.7611
|
|
|
|
203 4 -3.9563 -4.0000 -62.4553 115.5192
|
|
203 4 -3.9563 -3.7368 -55.9061 116.4165
|
|
203 4 -3.9563 -3.4737 -48.7392 116.8424
|
|
203 4 -3.9563 -3.2105 -40.6312 116.6344
|
|
203 4 -3.9563 -2.9474 -31.2876 115.0382
|
|
203 4 -3.9563 -2.6842 -21.3612 110.7422
|
|
203 4 -3.9563 -2.4211 -12.8291 103.5168
|
|
203 4 -3.9563 -2.1579 -6.9258 94.9026
|
|
203 4 -3.9563 -1.8947 -3.3124 86.3434
|
|
203 4 -3.9563 -1.6316 -1.2828 78.4009
|
|
203 4 -3.9563 -1.3684 -0.2773 71.3234
|
|
203 4 -3.9563 -1.1053 0.3952 65.1117
|
|
203 4 -3.9563 -0.8421 1.2322 59.2004
|
|
203 4 -3.9563 -0.5789 2.0140 52.8551
|
|
203 4 -3.9563 -0.3158 1.9240 45.9253
|
|
203 4 -3.9563 -0.0526 0.4426 39.1302
|
|
203 4 -3.9563 0.2105 -2.0768 33.2091
|
|
203 4 -3.9563 0.4737 -5.0249 28.2544
|
|
203 4 -3.9563 0.7368 -8.1380 24.0407
|
|
203 4 -3.9563 1.0000 -11.3733 20.4693
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 204 coord.: 0.8333333 0.5000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.636198 meV Im[Sigma]= 68.664136 meV Z= 1.015239 lam= -0.015010
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.174369 meV Im[Sigma]= 57.646581 meV Z= 1.005261 lam= -0.005233
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.807719 meV Im[Sigma]= 119.641535 meV Z= 1.022489 lam= -0.021995
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 70.840783 meV Im[Sigma]= 161.384277 meV Z= 1.042851 lam= -0.041091
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 204 coord.: 0.8333333 0.5000000 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 204 w = -4.0000 eV A(k,w) = 0.46049E-04 meV^-1
|
|
ik = 204 w = -3.7368 eV A(k,w) = 0.54506E-04 meV^-1
|
|
ik = 204 w = -3.4737 eV A(k,w) = 0.81446E-04 meV^-1
|
|
ik = 204 w = -3.2105 eV A(k,w) = 0.16236E-03 meV^-1
|
|
ik = 204 w = -2.9474 eV A(k,w) = 0.52447E-03 meV^-1
|
|
ik = 204 w = -2.6842 eV A(k,w) = 0.25660E-02 meV^-1
|
|
ik = 204 w = -2.4211 eV A(k,w) = 0.47613E-03 meV^-1
|
|
ik = 204 w = -2.1579 eV A(k,w) = 0.12815E-03 meV^-1
|
|
ik = 204 w = -1.8947 eV A(k,w) = 0.54108E-04 meV^-1
|
|
ik = 204 w = -1.6316 eV A(k,w) = 0.28426E-04 meV^-1
|
|
ik = 204 w = -1.3684 eV A(k,w) = 0.16980E-04 meV^-1
|
|
ik = 204 w = -1.1053 eV A(k,w) = 0.11044E-04 meV^-1
|
|
ik = 204 w = -0.8421 eV A(k,w) = 0.75693E-05 meV^-1
|
|
ik = 204 w = -0.5789 eV A(k,w) = 0.53034E-05 meV^-1
|
|
ik = 204 w = -0.3158 eV A(k,w) = 0.37241E-05 meV^-1
|
|
ik = 204 w = -0.0526 eV A(k,w) = 0.26229E-05 meV^-1
|
|
ik = 204 w = 0.2105 eV A(k,w) = 0.18745E-05 meV^-1
|
|
ik = 204 w = 0.4737 eV A(k,w) = 0.13641E-05 meV^-1
|
|
ik = 204 w = 0.7368 eV A(k,w) = 0.10057E-05 meV^-1
|
|
ik = 204 w = 1.0000 eV A(k,w) = 0.75022E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
204 -4.0000 0.46049E-04
|
|
204 -3.7368 0.54506E-04
|
|
204 -3.4737 0.81446E-04
|
|
204 -3.2105 0.16236E-03
|
|
204 -2.9474 0.52447E-03
|
|
204 -2.6842 0.25660E-02
|
|
204 -2.4211 0.47613E-03
|
|
204 -2.1579 0.12815E-03
|
|
204 -1.8947 0.54108E-04
|
|
204 -1.6316 0.28426E-04
|
|
204 -1.3684 0.16980E-04
|
|
204 -1.1053 0.11044E-04
|
|
204 -0.8421 0.75693E-05
|
|
204 -0.5789 0.53034E-05
|
|
204 -0.3158 0.37241E-05
|
|
204 -0.0526 0.26229E-05
|
|
204 0.2105 0.18745E-05
|
|
204 0.4737 0.13641E-05
|
|
204 0.7368 0.10057E-05
|
|
204 1.0000 0.75022E-06
|
|
204 1 -16.6105 -4.0000 -31.8058 106.2962
|
|
204 1 -16.6105 -3.7368 -26.1861 104.4510
|
|
204 1 -16.6105 -3.4737 -20.5268 102.0831
|
|
204 1 -16.6105 -3.2105 -14.6336 99.2328
|
|
204 1 -16.6105 -2.9474 -8.2661 95.4883
|
|
204 1 -16.6105 -2.6842 -1.8144 89.9922
|
|
204 1 -16.6105 -2.4211 3.3703 82.6039
|
|
204 1 -16.6105 -2.1579 6.4349 74.4526
|
|
204 1 -16.6105 -1.8947 7.6674 66.6209
|
|
204 1 -16.6105 -1.6316 7.6617 59.5388
|
|
204 1 -16.6105 -1.3684 6.8956 53.3450
|
|
204 1 -16.6105 -1.1053 5.8692 47.9985
|
|
204 1 -16.6105 -0.8421 4.9342 43.1204
|
|
204 1 -16.6105 -0.5789 4.0003 38.2391
|
|
204 1 -16.6105 -0.3158 2.6212 33.2230
|
|
204 1 -16.6105 -0.0526 0.5015 28.4443
|
|
204 1 -16.6105 0.2105 -2.1617 24.3074
|
|
204 1 -16.6105 0.4737 -5.0155 20.8580
|
|
204 1 -16.6105 0.7368 -7.8929 17.9566
|
|
204 1 -16.6105 1.0000 -10.7538 15.5220
|
|
|
|
204 2 -10.7517 -4.0000 -34.3333 82.1562
|
|
204 2 -10.7517 -3.7368 -29.8012 81.7208
|
|
204 2 -10.7517 -3.4737 -25.1380 80.8698
|
|
204 2 -10.7517 -3.2105 -20.1483 79.6642
|
|
204 2 -10.7517 -2.9474 -14.5466 77.7233
|
|
204 2 -10.7517 -2.6842 -8.6431 74.2074
|
|
204 2 -10.7517 -2.4211 -3.6626 68.9181
|
|
204 2 -10.7517 -2.1579 -0.4067 62.8225
|
|
204 2 -10.7517 -1.8947 1.3454 56.8614
|
|
204 2 -10.7517 -1.6316 2.0758 51.4008
|
|
204 2 -10.7517 -1.3684 2.1659 46.5820
|
|
204 2 -10.7517 -1.1053 2.0599 42.3905
|
|
204 2 -10.7517 -0.8421 2.0793 38.4658
|
|
204 2 -10.7517 -0.5789 2.1014 34.3403
|
|
204 2 -10.7517 -0.3158 1.6307 29.9016
|
|
204 2 -10.7517 -0.0526 0.3436 25.5728
|
|
204 2 -10.7517 0.2105 -1.5531 21.7988
|
|
204 2 -10.7517 0.4737 -3.6925 18.6353
|
|
204 2 -10.7517 0.7368 -5.9146 15.9446
|
|
204 2 -10.7517 1.0000 -8.1919 13.6647
|
|
|
|
204 3 -5.2472 -4.0000 -57.7978 108.1654
|
|
204 3 -5.2472 -3.7368 -51.6189 108.8852
|
|
204 3 -5.2472 -3.4737 -44.9702 109.1404
|
|
204 3 -5.2472 -3.2105 -37.5252 108.8750
|
|
204 3 -5.2472 -2.9474 -28.9125 107.4166
|
|
204 3 -5.2472 -2.6842 -19.6685 103.4734
|
|
204 3 -5.2472 -2.4211 -11.6642 96.7441
|
|
204 3 -5.2472 -2.1579 -6.1254 88.6554
|
|
204 3 -5.2472 -1.8947 -2.7696 80.5976
|
|
204 3 -5.2472 -1.6316 -0.9275 73.1328
|
|
204 3 -5.2472 -1.3684 -0.0488 66.5052
|
|
204 3 -5.2472 -1.1053 0.5316 60.7027
|
|
204 3 -5.2472 -0.8421 1.2762 55.1794
|
|
204 3 -5.2472 -0.5789 1.9670 49.2486
|
|
204 3 -5.2472 -0.3158 1.8410 42.7790
|
|
204 3 -5.2472 -0.0526 0.4201 36.4422
|
|
204 3 -5.2472 0.2105 -1.9652 30.9240
|
|
204 3 -5.2472 0.4737 -4.7479 26.3106
|
|
204 3 -5.2472 0.7368 -7.6802 22.3930
|
|
204 3 -5.2472 1.0000 -10.7198 19.0765
|
|
|
|
204 4 -2.6593 -4.0000 -73.0568 128.4718
|
|
204 4 -2.6593 -3.7368 -65.6118 129.6305
|
|
204 4 -2.6593 -3.4737 -57.5291 130.2775
|
|
204 4 -2.6593 -3.2105 -48.4085 130.2834
|
|
204 4 -2.6593 -2.9474 -37.8429 128.8012
|
|
204 4 -2.6593 -2.6842 -26.5253 124.2935
|
|
204 4 -2.6593 -2.4211 -16.6973 116.4440
|
|
204 4 -2.6593 -2.1579 -9.7884 106.9599
|
|
204 4 -2.6593 -1.8947 -5.4606 97.4698
|
|
204 4 -2.6593 -1.6316 -2.9424 88.6377
|
|
204 4 -2.6593 -1.3684 -1.5927 80.7751
|
|
204 4 -2.6593 -1.1053 -0.6034 73.8869
|
|
204 4 -2.6593 -0.8421 0.6039 67.3110
|
|
204 4 -2.6593 -0.5789 1.7687 60.1857
|
|
204 4 -2.6593 -0.3158 1.9285 52.3303
|
|
204 4 -2.6593 -0.0526 0.4643 44.5858
|
|
204 4 -2.6593 0.2105 -2.2190 37.8210
|
|
204 4 -2.6593 0.4737 -5.4162 32.1480
|
|
204 4 -2.6593 0.7368 -8.8262 27.3100
|
|
204 4 -2.6593 1.0000 -12.4024 23.2020
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 205 coord.: 0.8333333 0.6666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.104095 meV Im[Sigma]= 43.283786 meV Z= 1.007631 lam= -0.007574
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -11.692729 meV Im[Sigma]= 102.513269 meV Z= 1.017928 lam= -0.017613
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 46.488413 meV Im[Sigma]= 163.655121 meV Z= 1.034584 lam= -0.033428
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.229658 meV Im[Sigma]= 166.720622 meV Z= 1.042259 lam= -0.040545
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 205 coord.: 0.8333333 0.6666667 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 205 w = -4.0000 eV A(k,w) = 0.12174E-03 meV^-1
|
|
ik = 205 w = -3.7368 eV A(k,w) = 0.28502E-03 meV^-1
|
|
ik = 205 w = -3.4737 eV A(k,w) = 0.13006E-02 meV^-1
|
|
ik = 205 w = -3.2105 eV A(k,w) = 0.14031E-02 meV^-1
|
|
ik = 205 w = -2.9474 eV A(k,w) = 0.63469E-03 meV^-1
|
|
ik = 205 w = -2.6842 eV A(k,w) = 0.21472E-02 meV^-1
|
|
ik = 205 w = -2.4211 eV A(k,w) = 0.77032E-03 meV^-1
|
|
ik = 205 w = -2.1579 eV A(k,w) = 0.19027E-03 meV^-1
|
|
ik = 205 w = -1.8947 eV A(k,w) = 0.79097E-04 meV^-1
|
|
ik = 205 w = -1.6316 eV A(k,w) = 0.41622E-04 meV^-1
|
|
ik = 205 w = -1.3684 eV A(k,w) = 0.24937E-04 meV^-1
|
|
ik = 205 w = -1.1053 eV A(k,w) = 0.16232E-04 meV^-1
|
|
ik = 205 w = -0.8421 eV A(k,w) = 0.11111E-04 meV^-1
|
|
ik = 205 w = -0.5789 eV A(k,w) = 0.77655E-05 meV^-1
|
|
ik = 205 w = -0.3158 eV A(k,w) = 0.54364E-05 meV^-1
|
|
ik = 205 w = -0.0526 eV A(k,w) = 0.38154E-05 meV^-1
|
|
ik = 205 w = 0.2105 eV A(k,w) = 0.27156E-05 meV^-1
|
|
ik = 205 w = 0.4737 eV A(k,w) = 0.19676E-05 meV^-1
|
|
ik = 205 w = 0.7368 eV A(k,w) = 0.14448E-05 meV^-1
|
|
ik = 205 w = 1.0000 eV A(k,w) = 0.10737E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
205 -4.0000 0.12174E-03
|
|
205 -3.7368 0.28502E-03
|
|
205 -3.4737 0.13006E-02
|
|
205 -3.2105 0.14031E-02
|
|
205 -2.9474 0.63469E-03
|
|
205 -2.6842 0.21472E-02
|
|
205 -2.4211 0.77032E-03
|
|
205 -2.1579 0.19027E-03
|
|
205 -1.8947 0.79097E-04
|
|
205 -1.6316 0.41622E-04
|
|
205 -1.3684 0.24937E-04
|
|
205 -1.1053 0.16232E-04
|
|
205 -0.8421 0.11111E-04
|
|
205 -0.5789 0.77655E-05
|
|
205 -0.3158 0.54364E-05
|
|
205 -0.0526 0.38154E-05
|
|
205 0.2105 0.27156E-05
|
|
205 0.4737 0.19676E-05
|
|
205 0.7368 0.14448E-05
|
|
205 1.0000 0.10737E-05
|
|
205 1 -18.6527 -4.0000 -30.0420 116.3842
|
|
205 1 -18.6527 -3.7368 -23.8955 113.8843
|
|
205 1 -18.6527 -3.4737 -17.7697 110.7152
|
|
205 1 -18.6527 -3.2105 -11.5491 106.9559
|
|
205 1 -18.6527 -2.9474 -5.0291 102.2640
|
|
205 1 -18.6527 -2.6842 1.4083 95.8400
|
|
205 1 -18.6527 -2.4211 6.4237 87.5858
|
|
205 1 -18.6527 -2.1579 9.1928 78.6817
|
|
205 1 -18.6527 -1.8947 10.0694 70.2394
|
|
205 1 -18.6527 -1.6316 9.7129 62.6605
|
|
205 1 -18.6527 -1.3684 8.6105 56.0293
|
|
205 1 -18.6527 -1.1053 7.2335 50.2922
|
|
205 1 -18.6527 -0.8421 5.9322 45.0934
|
|
205 1 -18.6527 -0.5789 4.6465 39.9683
|
|
205 1 -18.6527 -0.3158 2.9538 34.7609
|
|
205 1 -18.6527 -0.0526 0.5547 29.8161
|
|
205 1 -18.6527 0.2105 -2.3681 25.5286
|
|
205 1 -18.6527 0.4737 -5.4698 21.9454
|
|
205 1 -18.6527 0.7368 -8.5844 18.9304
|
|
205 1 -18.6527 1.0000 -11.6685 16.4023
|
|
|
|
205 2 -6.9063 -4.0000 -51.7974 106.6772
|
|
205 2 -6.9063 -3.7368 -45.6532 106.6127
|
|
205 2 -6.9063 -3.4737 -39.2741 106.0958
|
|
205 2 -6.9063 -3.2105 -32.3105 105.1444
|
|
205 2 -6.9063 -2.9474 -24.3736 103.1459
|
|
205 2 -6.9063 -2.6842 -15.9477 98.9126
|
|
205 2 -6.9063 -2.4211 -8.7402 92.1918
|
|
205 2 -6.9063 -2.1579 -3.8401 84.3076
|
|
205 2 -6.9063 -1.8947 -0.9548 76.5247
|
|
205 2 -6.9063 -1.6316 0.5493 69.3332
|
|
205 2 -6.9063 -1.3684 1.1685 62.9281
|
|
205 2 -6.9063 -1.1053 1.4863 57.2989
|
|
205 2 -6.9063 -0.8421 1.9235 51.9709
|
|
205 2 -6.9063 -0.5789 2.3026 46.3283
|
|
205 2 -6.9063 -0.3158 1.9466 40.2429
|
|
205 2 -6.9063 -0.0526 0.4261 34.3131
|
|
205 2 -6.9063 0.2105 -1.9583 29.1555
|
|
205 2 -6.9063 0.4737 -4.6909 24.8436
|
|
205 2 -6.9063 0.7368 -7.5463 21.1832
|
|
205 2 -6.9063 1.0000 -10.4864 18.0849
|
|
|
|
205 3 -3.2910 -4.0000 -68.3641 124.2777
|
|
205 3 -3.2910 -3.7368 -61.2665 125.1319
|
|
205 3 -3.2910 -3.4737 -53.6452 125.5188
|
|
205 3 -3.2910 -3.2105 -45.0751 125.3696
|
|
205 3 -3.2910 -2.9474 -35.0984 123.8681
|
|
205 3 -3.2910 -2.6842 -24.3500 119.4880
|
|
205 3 -3.2910 -2.4211 -15.0038 111.8824
|
|
205 3 -3.2910 -2.1579 -8.4705 102.6885
|
|
205 3 -3.2910 -1.8947 -4.4408 93.4956
|
|
205 3 -3.2910 -1.6316 -2.1626 84.9633
|
|
205 3 -3.2910 -1.3684 -0.9971 77.3930
|
|
205 3 -3.2910 -1.1053 -0.1549 70.7712
|
|
205 3 -3.2910 -0.8421 0.9083 64.4430
|
|
205 3 -3.2910 -0.5789 1.9226 57.5870
|
|
205 3 -3.2910 -0.3158 1.9665 50.0490
|
|
205 3 -3.2910 -0.0526 0.4632 42.6374
|
|
205 3 -3.2910 0.2105 -2.1941 36.1749
|
|
205 3 -3.2910 0.4737 -5.3311 30.7648
|
|
205 3 -3.2910 0.7368 -8.6578 26.1591
|
|
205 3 -3.2910 1.0000 -12.1295 22.2512
|
|
|
|
205 4 -2.6027 -4.0000 -74.6251 137.8072
|
|
205 4 -2.6027 -3.7368 -66.6062 138.6072
|
|
205 4 -2.6027 -3.4737 -58.0155 138.8435
|
|
205 4 -2.6027 -3.2105 -48.4106 138.4065
|
|
205 4 -2.6027 -2.9474 -37.3681 136.4069
|
|
205 4 -2.6027 -2.6842 -25.6313 131.2607
|
|
205 4 -2.6027 -2.4211 -15.5361 122.6822
|
|
205 4 -2.6027 -2.1579 -8.5343 112.4877
|
|
205 4 -2.6027 -1.8947 -4.2147 102.3748
|
|
205 4 -2.6027 -1.6316 -1.7300 92.9862
|
|
205 4 -2.6027 -1.3684 -0.4334 84.5775
|
|
205 4 -2.6027 -1.1053 0.4434 77.1449
|
|
205 4 -2.6027 -0.8421 1.4628 70.0586
|
|
205 4 -2.6027 -0.5789 2.3824 62.4875
|
|
205 4 -2.6027 -0.3158 2.2707 54.2552
|
|
205 4 -2.6027 -0.0526 0.5226 46.1891
|
|
205 4 -2.6027 0.2105 -2.4569 39.1552
|
|
205 4 -2.6027 0.4737 -5.9548 33.2720
|
|
205 4 -2.6027 0.7368 -9.6517 28.2825
|
|
205 4 -2.6027 1.0000 -13.4853 24.0674
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 206 coord.: 0.8333333 0.6666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.721534 meV Im[Sigma]= 72.551000 meV Z= 1.014355 lam= -0.014152
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.814208 meV Im[Sigma]= 49.833774 meV Z= 0.996140 lam= 0.003874
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.489638 meV Im[Sigma]= 87.638406 meV Z= 1.015650 lam= -0.015409
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.725445 meV Im[Sigma]= 142.115645 meV Z= 1.024787 lam= -0.024187
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 206 coord.: 0.8333333 0.6666667 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 206 w = -4.0000 eV A(k,w) = 0.26892E-02 meV^-1
|
|
ik = 206 w = -3.7368 eV A(k,w) = 0.41860E-03 meV^-1
|
|
ik = 206 w = -3.4737 eV A(k,w) = 0.12920E-03 meV^-1
|
|
ik = 206 w = -3.2105 eV A(k,w) = 0.61869E-04 meV^-1
|
|
ik = 206 w = -2.9474 eV A(k,w) = 0.36178E-04 meV^-1
|
|
ik = 206 w = -2.6842 eV A(k,w) = 0.23287E-04 meV^-1
|
|
ik = 206 w = -2.4211 eV A(k,w) = 0.15686E-04 meV^-1
|
|
ik = 206 w = -2.1579 eV A(k,w) = 0.10903E-04 meV^-1
|
|
ik = 206 w = -1.8947 eV A(k,w) = 0.78092E-05 meV^-1
|
|
ik = 206 w = -1.6316 eV A(k,w) = 0.57480E-05 meV^-1
|
|
ik = 206 w = -1.3684 eV A(k,w) = 0.43388E-05 meV^-1
|
|
ik = 206 w = -1.1053 eV A(k,w) = 0.33498E-05 meV^-1
|
|
ik = 206 w = -0.8421 eV A(k,w) = 0.26171E-05 meV^-1
|
|
ik = 206 w = -0.5789 eV A(k,w) = 0.20345E-05 meV^-1
|
|
ik = 206 w = -0.3158 eV A(k,w) = 0.15560E-05 meV^-1
|
|
ik = 206 w = -0.0526 eV A(k,w) = 0.11778E-05 meV^-1
|
|
ik = 206 w = 0.2105 eV A(k,w) = 0.89507E-06 meV^-1
|
|
ik = 206 w = 0.4737 eV A(k,w) = 0.68685E-06 meV^-1
|
|
ik = 206 w = 0.7368 eV A(k,w) = 0.53057E-06 meV^-1
|
|
ik = 206 w = 1.0000 eV A(k,w) = 0.41254E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
206 -4.0000 0.26892E-02
|
|
206 -3.7368 0.41860E-03
|
|
206 -3.4737 0.12920E-03
|
|
206 -3.2105 0.61869E-04
|
|
206 -2.9474 0.36178E-04
|
|
206 -2.6842 0.23287E-04
|
|
206 -2.4211 0.15686E-04
|
|
206 -2.1579 0.10903E-04
|
|
206 -1.8947 0.78092E-05
|
|
206 -1.6316 0.57480E-05
|
|
206 -1.3684 0.43388E-05
|
|
206 -1.1053 0.33498E-05
|
|
206 -0.8421 0.26171E-05
|
|
206 -0.5789 0.20345E-05
|
|
206 -0.3158 0.15560E-05
|
|
206 -0.0526 0.11778E-05
|
|
206 0.2105 0.89507E-06
|
|
206 0.4737 0.68685E-06
|
|
206 0.7368 0.53057E-06
|
|
206 1.0000 0.41254E-06
|
|
206 1 -16.2688 -4.0000 -31.8897 105.0141
|
|
206 1 -16.2688 -3.7368 -26.4839 103.2984
|
|
206 1 -16.2688 -3.4737 -20.9653 101.0996
|
|
206 1 -16.2688 -3.2105 -15.1530 98.4167
|
|
206 1 -16.2688 -2.9474 -8.8287 94.8291
|
|
206 1 -16.2688 -2.6842 -2.3893 89.4771
|
|
206 1 -16.2688 -2.4211 2.8032 82.2134
|
|
206 1 -16.2688 -2.1579 5.8823 74.1736
|
|
206 1 -16.2688 -1.8947 7.1399 66.4515
|
|
206 1 -16.2688 -1.6316 7.1772 59.4711
|
|
206 1 -16.2688 -1.3684 6.4660 53.3649
|
|
206 1 -16.2688 -1.1053 5.5028 48.0966
|
|
206 1 -16.2688 -0.8421 4.6453 43.2875
|
|
206 1 -16.2688 -0.5789 3.8063 38.4535
|
|
206 1 -16.2688 -0.3158 2.5251 33.4512
|
|
206 1 -16.2688 -0.0526 0.4875 28.6600
|
|
206 1 -16.2688 0.2105 -2.1122 24.4993
|
|
206 1 -16.2688 0.4737 -4.9165 21.0202
|
|
206 1 -16.2688 0.7368 -7.7581 18.0848
|
|
206 1 -16.2688 1.0000 -10.5977 15.6169
|
|
|
|
206 2 -8.9488 -4.0000 -45.4560 94.4916
|
|
206 2 -8.9488 -3.7368 -40.2615 94.5732
|
|
206 2 -8.9488 -3.4737 -34.7374 94.2939
|
|
206 2 -8.9488 -3.2105 -28.5956 93.6119
|
|
206 2 -8.9488 -2.9474 -21.5190 91.9613
|
|
206 2 -8.9488 -2.6842 -13.9545 88.2627
|
|
206 2 -8.9488 -2.4211 -7.4676 82.2680
|
|
206 2 -8.9488 -2.1579 -3.0816 75.1834
|
|
206 2 -8.9488 -1.8947 -0.5429 68.1844
|
|
206 2 -8.9488 -1.6316 0.7322 61.7357
|
|
206 2 -8.9488 -1.3684 1.2114 56.0215
|
|
206 2 -8.9488 -1.1053 1.4397 51.0227
|
|
206 2 -8.9488 -0.8421 1.7965 46.2929
|
|
206 2 -8.9488 -0.5789 2.1101 41.2728
|
|
206 2 -8.9488 -0.3158 1.7675 35.8521
|
|
206 2 -8.9488 -0.0526 0.3852 30.5701
|
|
206 2 -8.9488 0.2105 -1.7668 25.9780
|
|
206 2 -8.9488 0.4737 -4.2278 22.1419
|
|
206 2 -8.9488 0.7368 -6.7950 18.8883
|
|
206 2 -8.9488 1.0000 -9.4338 16.1358
|
|
|
|
206 3 -6.9060 -4.0000 -45.2218 89.2232
|
|
206 3 -6.9060 -3.7368 -40.3579 89.7465
|
|
206 3 -6.9060 -3.4737 -35.0325 89.8984
|
|
206 3 -6.9060 -3.2105 -29.0227 89.5703
|
|
206 3 -6.9060 -2.9474 -22.0984 88.2224
|
|
206 3 -6.9060 -2.6842 -14.7161 84.8615
|
|
206 3 -6.9060 -2.4211 -8.3668 79.2754
|
|
206 3 -6.9060 -2.1579 -4.0186 72.6212
|
|
206 3 -6.9060 -1.8947 -1.4266 66.0147
|
|
206 3 -6.9060 -1.6316 -0.0463 59.8930
|
|
206 3 -6.9060 -1.3684 0.5523 54.4443
|
|
206 3 -6.9060 -1.1053 0.8957 49.6720
|
|
206 3 -6.9060 -0.8421 1.3677 45.1488
|
|
206 3 -6.9060 -0.5789 1.8076 40.3157
|
|
206 3 -6.9060 -0.3158 1.6014 35.0545
|
|
206 3 -6.9060 -0.0526 0.3578 29.9028
|
|
206 3 -6.9060 0.2105 -1.6591 25.4148
|
|
206 3 -6.9060 0.4737 -3.9917 21.6597
|
|
206 3 -6.9060 0.7368 -6.4410 18.4671
|
|
206 3 -6.9060 1.0000 -8.9749 15.7611
|
|
|
|
206 4 -3.9563 -4.0000 -62.4552 115.5191
|
|
206 4 -3.9563 -3.7368 -55.9060 116.4163
|
|
206 4 -3.9563 -3.4737 -48.7391 116.8422
|
|
206 4 -3.9563 -3.2105 -40.6311 116.6342
|
|
206 4 -3.9563 -2.9474 -31.2875 115.0380
|
|
206 4 -3.9563 -2.6842 -21.3612 110.7420
|
|
206 4 -3.9563 -2.4211 -12.8291 103.5166
|
|
206 4 -3.9563 -2.1579 -6.9258 94.9024
|
|
206 4 -3.9563 -1.8947 -3.3124 86.3433
|
|
206 4 -3.9563 -1.6316 -1.2828 78.4008
|
|
206 4 -3.9563 -1.3684 -0.2773 71.3233
|
|
206 4 -3.9563 -1.1053 0.3951 65.1116
|
|
206 4 -3.9563 -0.8421 1.2321 59.2004
|
|
206 4 -3.9563 -0.5789 2.0140 52.8550
|
|
206 4 -3.9563 -0.3158 1.9240 45.9253
|
|
206 4 -3.9563 -0.0526 0.4425 39.1302
|
|
206 4 -3.9563 0.2105 -2.0768 33.2091
|
|
206 4 -3.9563 0.4737 -5.0249 28.2544
|
|
206 4 -3.9563 0.7368 -8.1379 24.0407
|
|
206 4 -3.9563 1.0000 -11.3733 20.4693
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 207 coord.: 0.8333333 0.6666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -13.5072 eV Re[Sigma]= -42.865656 meV Im[Sigma]= 61.529573 meV Z= 1.001109 lam= -0.001108
|
|
E( 2 )= -11.9153 eV Re[Sigma]= -4.501827 meV Im[Sigma]= 67.453297 meV Z= 1.010418 lam= -0.010311
|
|
E( 3 )= -7.7465 eV Re[Sigma]= -19.378530 meV Im[Sigma]= 76.057680 meV Z= 1.006225 lam= -0.006186
|
|
E( 4 )= -5.2565 eV Re[Sigma]= 2.810767 meV Im[Sigma]= 109.183667 meV Z= 1.020288 lam= -0.019885
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 207 coord.: 0.8333333 0.6666667 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 207 w = -4.0000 eV A(k,w) = 0.21212E-04 meV^-1
|
|
ik = 207 w = -3.7368 eV A(k,w) = 0.15493E-04 meV^-1
|
|
ik = 207 w = -3.4737 eV A(k,w) = 0.11871E-04 meV^-1
|
|
ik = 207 w = -3.2105 eV A(k,w) = 0.94004E-05 meV^-1
|
|
ik = 207 w = -2.9474 eV A(k,w) = 0.75795E-05 meV^-1
|
|
ik = 207 w = -2.6842 eV A(k,w) = 0.61059E-05 meV^-1
|
|
ik = 207 w = -2.4211 eV A(k,w) = 0.48607E-05 meV^-1
|
|
ik = 207 w = -2.1579 eV A(k,w) = 0.38470E-05 meV^-1
|
|
ik = 207 w = -1.8947 eV A(k,w) = 0.30565E-05 meV^-1
|
|
ik = 207 w = -1.6316 eV A(k,w) = 0.24477E-05 meV^-1
|
|
ik = 207 w = -1.3684 eV A(k,w) = 0.19806E-05 meV^-1
|
|
ik = 207 w = -1.1053 eV A(k,w) = 0.16206E-05 meV^-1
|
|
ik = 207 w = -0.8421 eV A(k,w) = 0.13302E-05 meV^-1
|
|
ik = 207 w = -0.5789 eV A(k,w) = 0.10791E-05 meV^-1
|
|
ik = 207 w = -0.3158 eV A(k,w) = 0.85685E-06 meV^-1
|
|
ik = 207 w = -0.0526 eV A(k,w) = 0.67047E-06 meV^-1
|
|
ik = 207 w = 0.2105 eV A(k,w) = 0.52487E-06 meV^-1
|
|
ik = 207 w = 0.4737 eV A(k,w) = 0.41359E-06 meV^-1
|
|
ik = 207 w = 0.7368 eV A(k,w) = 0.32719E-06 meV^-1
|
|
ik = 207 w = 1.0000 eV A(k,w) = 0.25995E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
207 -4.0000 0.21212E-04
|
|
207 -3.7368 0.15493E-04
|
|
207 -3.4737 0.11871E-04
|
|
207 -3.2105 0.94004E-05
|
|
207 -2.9474 0.75795E-05
|
|
207 -2.6842 0.61059E-05
|
|
207 -2.4211 0.48607E-05
|
|
207 -2.1579 0.38470E-05
|
|
207 -1.8947 0.30565E-05
|
|
207 -1.6316 0.24477E-05
|
|
207 -1.3684 0.19806E-05
|
|
207 -1.1053 0.16206E-05
|
|
207 -0.8421 0.13302E-05
|
|
207 -0.5789 0.10791E-05
|
|
207 -0.3158 0.85685E-06
|
|
207 -0.0526 0.67047E-06
|
|
207 0.2105 0.52487E-06
|
|
207 0.4737 0.41359E-06
|
|
207 0.7368 0.32719E-06
|
|
207 1.0000 0.25995E-06
|
|
207 1 -13.5072 -4.0000 -39.9481 110.5930
|
|
207 1 -13.5072 -3.7368 -33.8352 109.2205
|
|
207 1 -13.5072 -3.4737 -27.6828 107.3054
|
|
207 1 -13.5072 -3.2105 -21.2210 104.9564
|
|
207 1 -13.5072 -2.9474 -14.0702 101.6922
|
|
207 1 -13.5072 -2.6842 -6.6253 96.4406
|
|
207 1 -13.5072 -2.4211 -0.4557 88.9569
|
|
207 1 -13.5072 -2.1579 3.4097 80.4913
|
|
207 1 -13.5072 -1.8947 5.2507 72.2743
|
|
207 1 -13.5072 -1.6316 5.7085 64.8098
|
|
207 1 -13.5072 -1.3684 5.3155 58.2815
|
|
207 1 -13.5072 -1.1053 4.6533 52.6489
|
|
207 1 -13.5072 -0.8421 4.1202 47.4595
|
|
207 1 -13.5072 -0.5789 3.5823 42.1612
|
|
207 1 -13.5072 -0.3158 2.4905 36.6195
|
|
207 1 -13.5072 -0.0526 0.4939 31.2995
|
|
207 1 -13.5072 0.2105 -2.1667 26.6894
|
|
207 1 -13.5072 0.4737 -5.0716 22.8428
|
|
207 1 -13.5072 0.7368 -8.0306 19.5953
|
|
207 1 -13.5072 1.0000 -11.0051 16.8602
|
|
|
|
207 2 -11.9153 -4.0000 -30.5133 71.4987
|
|
207 2 -11.9153 -3.7368 -26.9480 71.4507
|
|
207 2 -11.9153 -3.4737 -23.0664 71.1145
|
|
207 2 -11.9153 -3.2105 -18.7276 70.4145
|
|
207 2 -11.9153 -2.9474 -13.7709 68.9818
|
|
207 2 -11.9153 -2.6842 -8.5127 66.1022
|
|
207 2 -11.9153 -2.4211 -4.0407 61.6146
|
|
207 2 -11.9153 -2.1579 -1.0668 56.3776
|
|
207 2 -11.9153 -1.8947 0.6064 51.2185
|
|
207 2 -11.9153 -1.6316 1.3937 46.4425
|
|
207 2 -11.9153 -1.3684 1.5967 42.1737
|
|
207 2 -11.9153 -1.1053 1.5882 38.4326
|
|
207 2 -11.9153 -0.8421 1.6696 34.9275
|
|
207 2 -11.9153 -0.5789 1.7556 31.2382
|
|
207 2 -11.9153 -0.3158 1.4022 27.2449
|
|
207 2 -11.9153 -0.0526 0.3005 23.3249
|
|
207 2 -11.9153 0.2105 -1.3712 19.8920
|
|
207 2 -11.9153 0.4737 -3.2798 17.0051
|
|
207 2 -11.9153 0.7368 -5.2784 14.5451
|
|
207 2 -11.9153 1.0000 -7.3390 12.4606
|
|
|
|
207 3 -7.7465 -4.0000 -44.2045 90.2461
|
|
207 3 -7.7465 -3.7368 -39.1737 90.5314
|
|
207 3 -7.7465 -3.4737 -33.7694 90.3844
|
|
207 3 -7.7465 -3.2105 -27.7896 89.7555
|
|
207 3 -7.7465 -2.9474 -20.9827 88.1550
|
|
207 3 -7.7465 -2.6842 -13.7694 84.6139
|
|
207 3 -7.7465 -2.4211 -7.6024 78.9256
|
|
207 3 -7.7465 -2.1579 -3.4167 72.2303
|
|
207 3 -7.7465 -1.8947 -0.9563 65.6178
|
|
207 3 -7.7465 -1.6316 0.3218 59.5059
|
|
207 3 -7.7465 -1.3684 0.8389 54.0694
|
|
207 3 -7.7465 -1.1053 1.1075 49.3088
|
|
207 3 -7.7465 -0.8421 1.5053 44.8068
|
|
207 3 -7.7465 -0.5789 1.8797 40.0119
|
|
207 3 -7.7465 -0.3158 1.6277 34.8011
|
|
207 3 -7.7465 -0.0526 0.3604 29.6995
|
|
207 3 -7.7465 0.2105 -1.6650 25.2526
|
|
207 3 -7.7465 0.4737 -3.9997 21.5288
|
|
207 3 -7.7465 0.7368 -6.4486 18.3615
|
|
207 3 -7.7465 1.0000 -8.9798 15.6767
|
|
|
|
207 4 -5.2565 -4.0000 -54.2198 100.2521
|
|
207 4 -5.2565 -3.7368 -48.4286 101.1223
|
|
207 4 -5.2565 -3.4737 -42.1423 101.4580
|
|
207 4 -5.2565 -3.2105 -35.1469 101.2099
|
|
207 4 -5.2565 -2.9474 -27.1468 99.8151
|
|
207 4 -5.2565 -2.6842 -18.6316 96.1436
|
|
207 4 -5.2565 -2.4211 -11.2880 89.9550
|
|
207 4 -5.2565 -2.1579 -6.1951 82.5655
|
|
207 4 -5.2565 -1.8947 -3.0571 75.2201
|
|
207 4 -5.2565 -1.6316 -1.2660 68.3869
|
|
207 4 -5.2565 -1.3684 -0.3575 62.2751
|
|
207 4 -5.2565 -1.1053 0.2564 56.8982
|
|
207 4 -5.2565 -0.8421 1.0131 51.7727
|
|
207 4 -5.2565 -0.5789 1.7237 46.2544
|
|
207 4 -5.2565 -0.3158 1.6671 40.2106
|
|
207 4 -5.2565 -0.0526 0.3851 34.2775
|
|
207 4 -5.2565 0.2105 -1.8095 29.1073
|
|
207 4 -5.2565 0.4737 -4.3796 24.7798
|
|
207 4 -5.2565 0.7368 -7.0954 21.0950
|
|
207 4 -5.2565 1.0000 -9.9228 17.9672
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 208 coord.: 0.8333333 0.6666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.2688 eV Re[Sigma]= -48.836415 meV Im[Sigma]= 72.506035 meV Z= 1.014393 lam= -0.014189
|
|
E( 2 )= -8.9488 eV Re[Sigma]= -18.613538 meV Im[Sigma]= 50.530228 meV Z= 0.996385 lam= 0.003628
|
|
E( 3 )= -6.9060 eV Re[Sigma]= -4.880015 meV Im[Sigma]= 87.563858 meV Z= 1.015486 lam= -0.015250
|
|
E( 4 )= -3.9563 eV Re[Sigma]= 26.626231 meV Im[Sigma]= 143.148090 meV Z= 1.024969 lam= -0.024361
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 208 coord.: 0.8333333 0.6666667 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 208 w = -4.0000 eV A(k,w) = 0.26631E-02 meV^-1
|
|
ik = 208 w = -3.7368 eV A(k,w) = 0.41893E-03 meV^-1
|
|
ik = 208 w = -3.4737 eV A(k,w) = 0.12973E-03 meV^-1
|
|
ik = 208 w = -3.2105 eV A(k,w) = 0.62225E-04 meV^-1
|
|
ik = 208 w = -2.9474 eV A(k,w) = 0.36451E-04 meV^-1
|
|
ik = 208 w = -2.6842 eV A(k,w) = 0.23498E-04 meV^-1
|
|
ik = 208 w = -2.4211 eV A(k,w) = 0.15839E-04 meV^-1
|
|
ik = 208 w = -2.1579 eV A(k,w) = 0.11006E-04 meV^-1
|
|
ik = 208 w = -1.8947 eV A(k,w) = 0.78769E-05 meV^-1
|
|
ik = 208 w = -1.6316 eV A(k,w) = 0.57932E-05 meV^-1
|
|
ik = 208 w = -1.3684 eV A(k,w) = 0.43701E-05 meV^-1
|
|
ik = 208 w = -1.1053 eV A(k,w) = 0.33723E-05 meV^-1
|
|
ik = 208 w = -0.8421 eV A(k,w) = 0.26336E-05 meV^-1
|
|
ik = 208 w = -0.5789 eV A(k,w) = 0.20466E-05 meV^-1
|
|
ik = 208 w = -0.3158 eV A(k,w) = 0.15648E-05 meV^-1
|
|
ik = 208 w = -0.0526 eV A(k,w) = 0.11841E-05 meV^-1
|
|
ik = 208 w = 0.2105 eV A(k,w) = 0.89962E-06 meV^-1
|
|
ik = 208 w = 0.4737 eV A(k,w) = 0.69022E-06 meV^-1
|
|
ik = 208 w = 0.7368 eV A(k,w) = 0.53313E-06 meV^-1
|
|
ik = 208 w = 1.0000 eV A(k,w) = 0.41450E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
208 -4.0000 0.26631E-02
|
|
208 -3.7368 0.41893E-03
|
|
208 -3.4737 0.12973E-03
|
|
208 -3.2105 0.62225E-04
|
|
208 -2.9474 0.36451E-04
|
|
208 -2.6842 0.23498E-04
|
|
208 -2.4211 0.15839E-04
|
|
208 -2.1579 0.11006E-04
|
|
208 -1.8947 0.78769E-05
|
|
208 -1.6316 0.57932E-05
|
|
208 -1.3684 0.43701E-05
|
|
208 -1.1053 0.33723E-05
|
|
208 -0.8421 0.26336E-05
|
|
208 -0.5789 0.20466E-05
|
|
208 -0.3158 0.15648E-05
|
|
208 -0.0526 0.11841E-05
|
|
208 0.2105 0.89962E-06
|
|
208 0.4737 0.69022E-06
|
|
208 0.7368 0.53313E-06
|
|
208 1.0000 0.41450E-06
|
|
208 1 -16.2688 -4.0000 -31.9769 105.3331
|
|
208 1 -16.2688 -3.7368 -26.5229 103.5718
|
|
208 1 -16.2688 -3.4737 -20.9892 101.3174
|
|
208 1 -16.2688 -3.2105 -15.1900 98.5958
|
|
208 1 -16.2688 -2.9474 -8.8824 94.9951
|
|
208 1 -16.2688 -2.6842 -2.4484 89.6420
|
|
208 1 -16.2688 -2.4211 2.7465 82.3772
|
|
208 1 -16.2688 -2.1579 5.8315 74.3355
|
|
208 1 -16.2688 -1.8947 7.0975 66.6094
|
|
208 1 -16.2688 -1.6316 7.1437 59.6222
|
|
208 1 -16.2688 -1.3684 6.4401 53.5077
|
|
208 1 -16.2688 -1.1053 5.4835 48.2307
|
|
208 1 -16.2688 -0.8421 4.6327 43.4123
|
|
208 1 -16.2688 -0.5789 3.8001 38.5675
|
|
208 1 -16.2688 -0.3158 2.5234 33.5525
|
|
208 1 -16.2688 -0.0526 0.4875 28.7481
|
|
208 1 -16.2688 0.2105 -2.1129 24.5750
|
|
208 1 -16.2688 0.4737 -4.9191 21.0847
|
|
208 1 -16.2688 0.7368 -7.7640 18.1388
|
|
208 1 -16.2688 1.0000 -10.6081 15.6617
|
|
|
|
208 2 -8.9488 -4.0000 -44.8681 93.7835
|
|
208 2 -8.9488 -3.7368 -39.7901 93.8311
|
|
208 2 -8.9488 -3.4737 -34.3924 93.5555
|
|
208 2 -8.9488 -3.2105 -28.3674 92.9193
|
|
208 2 -8.9488 -2.9474 -21.3742 91.3469
|
|
208 2 -8.9488 -2.6842 -13.8490 87.7322
|
|
208 2 -8.9488 -2.4211 -7.3698 81.8017
|
|
208 2 -8.9488 -2.1579 -2.9831 74.7560
|
|
208 2 -8.9488 -1.8947 -0.4494 67.7806
|
|
208 2 -8.9488 -1.6316 0.8126 61.3513
|
|
208 2 -8.9488 -1.3684 1.2743 55.6584
|
|
208 2 -8.9488 -1.1053 1.4843 50.6839
|
|
208 2 -8.9488 -0.8421 1.8229 45.9816
|
|
208 2 -8.9488 -0.5789 2.1202 40.9939
|
|
208 2 -8.9488 -0.3158 1.7676 35.6104
|
|
208 2 -8.9488 -0.0526 0.3844 30.3659
|
|
208 2 -8.9488 0.2105 -1.7615 25.8070
|
|
208 2 -8.9488 0.4737 -4.2129 21.9990
|
|
208 2 -8.9488 0.7368 -6.7685 18.7696
|
|
208 2 -8.9488 1.0000 -9.3941 16.0374
|
|
|
|
208 3 -6.9060 -4.0000 -44.9092 89.3952
|
|
208 3 -6.9060 -3.7368 -40.0550 89.8072
|
|
208 3 -6.9060 -3.4737 -34.7911 89.8573
|
|
208 3 -6.9060 -3.2105 -28.8808 89.4756
|
|
208 3 -6.9060 -2.9474 -22.0489 88.1322
|
|
208 3 -6.9060 -2.6842 -14.7240 84.8042
|
|
208 3 -6.9060 -2.4211 -8.4044 79.2520
|
|
208 3 -6.9060 -2.1579 -4.0714 72.6271
|
|
208 3 -6.9060 -1.8947 -1.4850 66.0457
|
|
208 3 -6.9060 -1.6316 -0.1032 59.9441
|
|
208 3 -6.9060 -1.3684 0.5010 54.5111
|
|
208 3 -6.9060 -1.1053 0.8540 49.7506
|
|
208 3 -6.9060 -0.8421 1.3394 45.2335
|
|
208 3 -6.9060 -0.5789 1.7932 40.3987
|
|
208 3 -6.9060 -0.3158 1.5969 35.1298
|
|
208 3 -6.9060 -0.0526 0.3575 29.9685
|
|
208 3 -6.9060 0.2105 -1.6588 25.4724
|
|
208 3 -6.9060 0.4737 -3.9918 21.7107
|
|
208 3 -6.9060 0.7368 -6.4417 18.5119
|
|
208 3 -6.9060 1.0000 -8.9771 15.7994
|
|
|
|
208 4 -3.9563 -4.0000 -63.2244 116.4544
|
|
208 4 -3.9563 -3.7368 -56.6470 117.3192
|
|
208 4 -3.9563 -3.4737 -49.5023 117.7477
|
|
208 4 -3.9563 -3.2105 -41.4148 117.6291
|
|
208 4 -3.9563 -2.9474 -31.9960 116.1854
|
|
208 4 -3.9563 -2.6842 -21.8685 111.9944
|
|
208 4 -3.9563 -2.4211 -13.0930 104.7438
|
|
208 4 -3.9563 -2.1579 -7.0048 96.0000
|
|
208 4 -3.9563 -1.8947 -3.2935 87.2796
|
|
208 4 -3.9563 -1.6316 -1.2303 79.1930
|
|
208 4 -3.9563 -1.3684 -0.2227 72.0038
|
|
208 4 -3.9563 -1.1053 0.4451 65.7067
|
|
208 4 -3.9563 -0.8421 1.2794 59.7216
|
|
208 4 -3.9563 -0.5789 2.0569 53.3041
|
|
208 4 -3.9563 -0.3158 1.9539 46.3031
|
|
208 4 -3.9563 -0.0526 0.4484 39.4434
|
|
208 4 -3.9563 0.2105 -2.1024 33.4690
|
|
208 4 -3.9563 0.4737 -5.0839 28.4726
|
|
208 4 -3.9563 0.7368 -8.2288 24.2262
|
|
208 4 -3.9563 1.0000 -11.4938 20.6281
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 209 coord.: 0.8333333 0.6666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.014589 meV Im[Sigma]= 43.224182 meV Z= 1.007620 lam= -0.007563
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.958741 meV Im[Sigma]= 102.189000 meV Z= 1.018021 lam= -0.017702
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 47.272301 meV Im[Sigma]= 167.533476 meV Z= 1.035892 lam= -0.034648
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.474070 meV Im[Sigma]= 167.236893 meV Z= 1.042447 lam= -0.040718
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 209 coord.: 0.8333333 0.6666667 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 209 w = -4.0000 eV A(k,w) = 0.12429E-03 meV^-1
|
|
ik = 209 w = -3.7368 eV A(k,w) = 0.29113E-03 meV^-1
|
|
ik = 209 w = -3.4737 eV A(k,w) = 0.13088E-02 meV^-1
|
|
ik = 209 w = -3.2105 eV A(k,w) = 0.13994E-02 meV^-1
|
|
ik = 209 w = -2.9474 eV A(k,w) = 0.63973E-03 meV^-1
|
|
ik = 209 w = -2.6842 eV A(k,w) = 0.21453E-02 meV^-1
|
|
ik = 209 w = -2.4211 eV A(k,w) = 0.77115E-03 meV^-1
|
|
ik = 209 w = -2.1579 eV A(k,w) = 0.19091E-03 meV^-1
|
|
ik = 209 w = -1.8947 eV A(k,w) = 0.79409E-04 meV^-1
|
|
ik = 209 w = -1.6316 eV A(k,w) = 0.41824E-04 meV^-1
|
|
ik = 209 w = -1.3684 eV A(k,w) = 0.25101E-04 meV^-1
|
|
ik = 209 w = -1.1053 eV A(k,w) = 0.16376E-04 meV^-1
|
|
ik = 209 w = -0.8421 eV A(k,w) = 0.11228E-04 meV^-1
|
|
ik = 209 w = -0.5789 eV A(k,w) = 0.78533E-05 meV^-1
|
|
ik = 209 w = -0.3158 eV A(k,w) = 0.54980E-05 meV^-1
|
|
ik = 209 w = -0.0526 eV A(k,w) = 0.38572E-05 meV^-1
|
|
ik = 209 w = 0.2105 eV A(k,w) = 0.27439E-05 meV^-1
|
|
ik = 209 w = 0.4737 eV A(k,w) = 0.19871E-05 meV^-1
|
|
ik = 209 w = 0.7368 eV A(k,w) = 0.14584E-05 meV^-1
|
|
ik = 209 w = 1.0000 eV A(k,w) = 0.10834E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
209 -4.0000 0.12429E-03
|
|
209 -3.7368 0.29113E-03
|
|
209 -3.4737 0.13088E-02
|
|
209 -3.2105 0.13994E-02
|
|
209 -2.9474 0.63973E-03
|
|
209 -2.6842 0.21453E-02
|
|
209 -2.4211 0.77115E-03
|
|
209 -2.1579 0.19091E-03
|
|
209 -1.8947 0.79409E-04
|
|
209 -1.6316 0.41824E-04
|
|
209 -1.3684 0.25101E-04
|
|
209 -1.1053 0.16376E-04
|
|
209 -0.8421 0.11228E-04
|
|
209 -0.5789 0.78533E-05
|
|
209 -0.3158 0.54980E-05
|
|
209 -0.0526 0.38572E-05
|
|
209 0.2105 0.27439E-05
|
|
209 0.4737 0.19871E-05
|
|
209 0.7368 0.14584E-05
|
|
209 1.0000 0.10834E-05
|
|
209 1 -18.6527 -4.0000 -29.8202 116.4527
|
|
209 1 -18.6527 -3.7368 -23.7591 113.9639
|
|
209 1 -18.6527 -3.4737 -17.6597 110.8459
|
|
209 1 -18.6527 -3.2105 -11.4086 107.1199
|
|
209 1 -18.6527 -2.9474 -4.8393 102.4196
|
|
209 1 -18.6527 -2.6842 1.6381 95.9535
|
|
209 1 -18.6527 -2.4211 6.6714 87.6362
|
|
209 1 -18.6527 -2.1579 9.4294 78.6608
|
|
209 1 -18.6527 -1.8947 10.2622 70.1542
|
|
209 1 -18.6527 -1.6316 9.8353 62.5388
|
|
209 1 -18.6527 -1.3684 8.6594 55.9123
|
|
209 1 -18.6527 -1.1053 7.2332 50.2102
|
|
209 1 -18.6527 -0.8421 5.9137 45.0516
|
|
209 1 -18.6527 -0.5789 4.6296 39.9555
|
|
209 1 -18.6527 -0.3158 2.9451 34.7637
|
|
209 1 -18.6527 -0.0526 0.5535 29.8252
|
|
209 1 -18.6527 0.2105 -2.3645 25.5394
|
|
209 1 -18.6527 0.4737 -5.4637 21.9558
|
|
209 1 -18.6527 0.7368 -8.5777 18.9398
|
|
209 1 -18.6527 1.0000 -11.6622 16.4108
|
|
|
|
209 2 -6.9063 -4.0000 -51.7928 105.5272
|
|
209 2 -6.9063 -3.7368 -45.7298 105.6347
|
|
209 2 -6.9063 -3.4737 -39.3753 105.2637
|
|
209 2 -6.9063 -3.2105 -32.4072 104.4274
|
|
209 2 -6.9063 -2.9474 -24.4486 102.5187
|
|
209 2 -6.9063 -2.6842 -15.9883 98.3472
|
|
209 2 -6.9063 -2.4211 -8.7466 91.6542
|
|
209 2 -6.9063 -2.1579 -3.8342 83.7670
|
|
209 2 -6.9063 -1.8947 -0.9783 75.9719
|
|
209 2 -6.9063 -1.6316 0.4557 68.7994
|
|
209 2 -6.9063 -1.3684 1.0061 62.4720
|
|
209 2 -6.9063 -1.1053 1.3053 56.9557
|
|
209 2 -6.9063 -0.8421 1.7774 51.7255
|
|
209 2 -6.9063 -0.5789 2.2123 46.1417
|
|
209 2 -6.9063 -0.3158 1.9054 40.0852
|
|
209 2 -6.9063 -0.0526 0.4204 34.1715
|
|
209 2 -6.9063 0.2105 -1.9387 29.0268
|
|
209 2 -6.9063 0.4737 -4.6511 24.7285
|
|
209 2 -6.9063 0.7368 -7.4876 21.0821
|
|
209 2 -6.9063 1.0000 -10.4089 17.9963
|
|
|
|
209 3 -3.2910 -4.0000 -69.9920 127.1500
|
|
209 3 -3.2910 -3.7368 -62.4580 128.0426
|
|
209 3 -3.2910 -3.4737 -54.4112 128.3133
|
|
209 3 -3.2910 -3.2105 -45.4991 127.9253
|
|
209 3 -3.2910 -2.9474 -35.3021 126.1249
|
|
209 3 -3.2910 -2.6842 -24.4491 121.4488
|
|
209 3 -3.2910 -2.4211 -15.0856 113.5897
|
|
209 3 -3.2910 -2.1579 -8.5866 104.2074
|
|
209 3 -3.2910 -1.8947 -4.6011 94.8942
|
|
209 3 -3.2910 -1.6316 -2.3448 86.2871
|
|
209 3 -3.2910 -1.3684 -1.1723 78.6589
|
|
209 3 -3.2910 -1.1053 -0.2996 71.9789
|
|
209 3 -3.2910 -0.8421 0.8118 65.5797
|
|
209 3 -3.2910 -0.5789 1.8794 58.6279
|
|
209 3 -3.2910 -0.3158 1.9615 50.9681
|
|
209 3 -3.2910 -0.0526 0.4656 43.4232
|
|
209 3 -3.2910 0.2105 -2.2137 36.8354
|
|
209 3 -3.2910 0.4737 -5.3914 31.3163
|
|
209 3 -3.2910 0.7368 -8.7695 26.6184
|
|
209 3 -3.2910 1.0000 -12.2985 22.6348
|
|
|
|
209 4 -2.6027 -4.0000 -75.1978 138.4728
|
|
209 4 -2.6027 -3.7368 -67.0900 139.2721
|
|
209 4 -2.6027 -3.4737 -58.4219 139.4871
|
|
209 4 -2.6027 -3.2105 -48.7516 139.0212
|
|
209 4 -2.6027 -2.9474 -37.6443 136.9855
|
|
209 4 -2.6027 -2.6842 -25.8443 131.7796
|
|
209 4 -2.6027 -2.4211 -15.7124 123.1096
|
|
209 4 -2.6027 -2.1579 -8.7279 112.8117
|
|
209 4 -2.6027 -1.8947 -4.4897 102.6240
|
|
209 4 -2.6027 -1.6316 -2.1259 93.2415
|
|
209 4 -2.6027 -1.3684 -0.9122 84.9441
|
|
209 4 -2.6027 -1.1053 0.0008 77.6651
|
|
209 4 -2.6027 -0.8421 1.1631 70.6643
|
|
209 4 -2.6027 -0.5789 2.2387 63.0681
|
|
209 4 -2.6027 -0.3158 2.2275 54.7443
|
|
209 4 -2.6027 -0.0526 0.5199 46.5757
|
|
209 4 -2.6027 0.2105 -2.4577 39.4547
|
|
209 4 -2.6027 0.4737 -5.9727 33.5049
|
|
209 4 -2.6027 0.7368 -9.6939 28.4669
|
|
209 4 -2.6027 1.0000 -13.5527 24.2165
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 210 coord.: 0.8333333 0.6666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -19.4313 eV Re[Sigma]= -66.084707 meV Im[Sigma]= 34.877168 meV Z= 1.000936 lam= -0.000935
|
|
E( 2 )= -5.3692 eV Re[Sigma]= -2.541648 meV Im[Sigma]= 135.933989 meV Z= 1.027848 lam= -0.027094
|
|
E( 3 )= -3.4193 eV Re[Sigma]= 47.611915 meV Im[Sigma]= 170.384634 meV Z= 1.033358 lam= -0.032281
|
|
E( 4 )= -0.9512 eV Re[Sigma]= 114.503465 meV Im[Sigma]= 85.834943 meV Z= 1.005285 lam= -0.005257
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 210 coord.: 0.8333333 0.6666667 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 210 w = -4.0000 eV A(k,w) = 0.17494E-03 meV^-1
|
|
ik = 210 w = -3.7368 eV A(k,w) = 0.52801E-03 meV^-1
|
|
ik = 210 w = -3.4737 eV A(k,w) = 0.24261E-02 meV^-1
|
|
ik = 210 w = -3.2105 eV A(k,w) = 0.53148E-03 meV^-1
|
|
ik = 210 w = -2.9474 eV A(k,w) = 0.17039E-03 meV^-1
|
|
ik = 210 w = -2.6842 eV A(k,w) = 0.88616E-04 meV^-1
|
|
ik = 210 w = -2.4211 eV A(k,w) = 0.60635E-04 meV^-1
|
|
ik = 210 w = -2.1579 eV A(k,w) = 0.52171E-04 meV^-1
|
|
ik = 210 w = -1.8947 eV A(k,w) = 0.57019E-04 meV^-1
|
|
ik = 210 w = -1.6316 eV A(k,w) = 0.82170E-04 meV^-1
|
|
ik = 210 w = -1.3684 eV A(k,w) = 0.17596E-03 meV^-1
|
|
ik = 210 w = -1.1053 eV A(k,w) = 0.90235E-03 meV^-1
|
|
ik = 210 w = -0.8421 eV A(k,w) = 0.14067E-02 meV^-1
|
|
ik = 210 w = -0.5789 eV A(k,w) = 0.16406E-03 meV^-1
|
|
ik = 210 w = -0.3158 eV A(k,w) = 0.51591E-04 meV^-1
|
|
ik = 210 w = -0.0526 eV A(k,w) = 0.22722E-04 meV^-1
|
|
ik = 210 w = 0.2105 eV A(k,w) = 0.11880E-04 meV^-1
|
|
ik = 210 w = 0.4737 eV A(k,w) = 0.69136E-05 meV^-1
|
|
ik = 210 w = 0.7368 eV A(k,w) = 0.43117E-05 meV^-1
|
|
ik = 210 w = 1.0000 eV A(k,w) = 0.28258E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
210 -4.0000 0.17494E-03
|
|
210 -3.7368 0.52801E-03
|
|
210 -3.4737 0.24261E-02
|
|
210 -3.2105 0.53148E-03
|
|
210 -2.9474 0.17039E-03
|
|
210 -2.6842 0.88616E-04
|
|
210 -2.4211 0.60635E-04
|
|
210 -2.1579 0.52171E-04
|
|
210 -1.8947 0.57019E-04
|
|
210 -1.6316 0.82170E-04
|
|
210 -1.3684 0.17596E-03
|
|
210 -1.1053 0.90235E-03
|
|
210 -0.8421 0.14067E-02
|
|
210 -0.5789 0.16406E-03
|
|
210 -0.3158 0.51591E-04
|
|
210 -0.0526 0.22722E-04
|
|
210 0.2105 0.11880E-04
|
|
210 0.4737 0.69136E-05
|
|
210 0.7368 0.43117E-05
|
|
210 1.0000 0.28258E-05
|
|
210 1 -19.4313 -4.0000 -31.4234 122.4659
|
|
210 1 -19.4313 -3.7368 -25.1046 119.8407
|
|
210 1 -19.4313 -3.4737 -18.7304 116.5888
|
|
210 1 -19.4313 -3.2105 -12.1654 112.7100
|
|
210 1 -19.4313 -2.9474 -5.2452 107.7994
|
|
210 1 -19.4313 -2.6842 1.5876 101.0270
|
|
210 1 -19.4313 -2.4211 6.9158 92.3052
|
|
210 1 -19.4313 -2.1579 9.8675 82.8778
|
|
210 1 -19.4313 -1.8947 10.8022 73.9206
|
|
210 1 -19.4313 -1.6316 10.4081 65.8727
|
|
210 1 -19.4313 -1.3684 9.2021 58.8369
|
|
210 1 -19.4313 -1.1053 7.6878 52.7699
|
|
210 1 -19.4313 -0.8421 6.2528 47.3089
|
|
210 1 -19.4313 -0.5789 4.8634 41.9560
|
|
210 1 -19.4313 -0.3158 3.0853 36.5138
|
|
210 1 -19.4313 -0.0526 0.5805 31.3201
|
|
210 1 -19.4313 0.2105 -2.4864 26.7969
|
|
210 1 -19.4313 0.4737 -5.7593 23.0142
|
|
210 1 -19.4313 0.7368 -9.0530 19.8411
|
|
210 1 -19.4313 1.0000 -12.3105 17.1903
|
|
|
|
210 2 -5.3692 -4.0000 -61.8673 122.0327
|
|
210 2 -5.3692 -3.7368 -54.8578 122.3030
|
|
210 2 -5.3692 -3.4737 -47.4794 122.1309
|
|
210 2 -5.3692 -3.2105 -39.2659 121.5020
|
|
210 2 -5.3692 -2.9474 -29.7189 119.6118
|
|
210 2 -5.3692 -2.6842 -19.4367 114.9402
|
|
210 2 -5.3692 -2.4211 -10.5591 107.1100
|
|
210 2 -5.3692 -2.1579 -4.5224 97.7281
|
|
210 2 -5.3692 -1.8947 -1.0421 88.4193
|
|
210 2 -5.3692 -1.6316 0.6738 79.8774
|
|
210 2 -5.3692 -1.3684 1.3034 72.3728
|
|
210 2 -5.3692 -1.1053 1.6041 65.8630
|
|
210 2 -5.3692 -0.8421 2.0882 59.7462
|
|
210 2 -5.3692 -0.5789 2.5451 53.2765
|
|
210 2 -5.3692 -0.3158 2.1804 46.2859
|
|
210 2 -5.3692 -0.0526 0.4809 39.4577
|
|
210 2 -5.3692 0.2105 -2.2194 33.5076
|
|
210 2 -5.3692 0.4737 -5.3302 28.5286
|
|
210 2 -5.3692 0.7368 -8.5896 24.3029
|
|
210 2 -5.3692 1.0000 -11.9498 20.7294
|
|
|
|
210 3 -3.4193 -4.0000 -69.1988 131.7494
|
|
210 3 -3.4193 -3.7368 -61.6924 132.2286
|
|
210 3 -3.4193 -3.4737 -53.7495 132.2175
|
|
210 3 -3.4193 -3.2105 -44.8931 131.6926
|
|
210 3 -3.4193 -2.9474 -34.6036 129.8000
|
|
210 3 -3.4193 -2.6842 -23.5359 124.9204
|
|
210 3 -3.4193 -2.4211 -13.9874 116.6851
|
|
210 3 -3.4193 -2.1579 -7.4521 106.8435
|
|
210 3 -3.4193 -1.8947 -3.5753 97.1065
|
|
210 3 -3.4193 -1.6316 -1.5065 88.1676
|
|
210 3 -3.4193 -1.3684 -0.5402 80.2987
|
|
210 3 -3.4193 -1.1053 0.1408 73.4475
|
|
210 3 -3.4193 -0.8421 1.0921 66.9251
|
|
210 3 -3.4193 -0.5789 2.0458 59.8736
|
|
210 3 -3.4193 -0.3158 2.0557 52.0956
|
|
210 3 -3.4193 -0.0526 0.4850 44.3913
|
|
210 3 -3.4193 0.2105 -2.3111 37.6290
|
|
210 3 -3.4193 0.4737 -5.6473 31.9607
|
|
210 3 -3.4193 0.7368 -9.1991 27.1595
|
|
210 3 -3.4193 1.0000 -12.8899 23.1126
|
|
|
|
210 4 -0.9512 -4.0000 -86.6640 155.5948
|
|
210 4 -0.9512 -3.7368 -77.5309 156.6532
|
|
210 4 -0.9512 -3.4737 -67.7448 157.0984
|
|
210 4 -0.9512 -3.2105 -56.7697 156.8040
|
|
210 4 -0.9512 -2.9474 -44.0960 154.7289
|
|
210 4 -0.9512 -2.6842 -30.5757 149.0160
|
|
210 4 -0.9512 -2.4211 -18.9254 139.3062
|
|
210 4 -0.9512 -2.1579 -10.8659 127.6941
|
|
210 4 -0.9512 -1.8947 -5.9562 116.1813
|
|
210 4 -0.9512 -1.6316 -3.2078 105.5717
|
|
210 4 -0.9512 -1.3684 -1.8103 96.2041
|
|
210 4 -0.9512 -1.1053 -0.7907 88.0521
|
|
210 4 -0.9512 -0.8421 0.5469 80.3139
|
|
210 4 -0.9512 -0.5789 1.9182 71.9415
|
|
210 4 -0.9512 -0.3158 2.1832 62.6540
|
|
210 4 -0.9512 -0.0526 0.5380 53.4012
|
|
210 4 -0.9512 0.2105 -2.6111 45.2467
|
|
210 4 -0.9512 0.4737 -6.4421 38.3875
|
|
210 4 -0.9512 0.7368 -10.5670 32.5616
|
|
210 4 -0.9512 1.0000 -14.8906 27.6465
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 211 coord.: 0.8333333 0.8333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -20.5714 eV Re[Sigma]= -65.354388 meV Im[Sigma]= 17.272230 meV Z= 0.996894 lam= 0.003115
|
|
E( 2 )= -1.7294 eV Re[Sigma]= 116.918943 meV Im[Sigma]= 132.881641 meV Z= 1.010075 lam= -0.009975
|
|
E( 3 )= -1.5590 eV Re[Sigma]= 114.246796 meV Im[Sigma]= 113.310557 meV Z= 1.005604 lam= -0.005573
|
|
E( 4 )= -1.5590 eV Re[Sigma]= 114.246796 meV Im[Sigma]= 113.310557 meV Z= 1.005604 lam= -0.005573
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 211 coord.: 0.8333333 0.8333333 0.0000000
|
|
-------------------------------------------------------------------
|
|
ik = 211 w = -4.0000 eV A(k,w) = 0.29216E-04 meV^-1
|
|
ik = 211 w = -3.7368 eV A(k,w) = 0.37099E-04 meV^-1
|
|
ik = 211 w = -3.4737 eV A(k,w) = 0.48392E-04 meV^-1
|
|
ik = 211 w = -3.2105 eV A(k,w) = 0.65347E-04 meV^-1
|
|
ik = 211 w = -2.9474 eV A(k,w) = 0.91922E-04 meV^-1
|
|
ik = 211 w = -2.6842 eV A(k,w) = 0.13622E-03 meV^-1
|
|
ik = 211 w = -2.4211 eV A(k,w) = 0.22239E-03 meV^-1
|
|
ik = 211 w = -2.1579 eV A(k,w) = 0.45128E-03 meV^-1
|
|
ik = 211 w = -1.8947 eV A(k,w) = 0.15791E-02 meV^-1
|
|
ik = 211 w = -1.6316 eV A(k,w) = 0.57304E-02 meV^-1
|
|
ik = 211 w = -1.3684 eV A(k,w) = 0.15629E-02 meV^-1
|
|
ik = 211 w = -1.1053 eV A(k,w) = 0.33736E-03 meV^-1
|
|
ik = 211 w = -0.8421 eV A(k,w) = 0.13302E-03 meV^-1
|
|
ik = 211 w = -0.5789 eV A(k,w) = 0.66165E-04 meV^-1
|
|
ik = 211 w = -0.3158 eV A(k,w) = 0.36563E-04 meV^-1
|
|
ik = 211 w = -0.0526 eV A(k,w) = 0.21477E-04 meV^-1
|
|
ik = 211 w = 0.2105 eV A(k,w) = 0.13279E-04 meV^-1
|
|
ik = 211 w = 0.4737 eV A(k,w) = 0.85779E-05 meV^-1
|
|
ik = 211 w = 0.7368 eV A(k,w) = 0.57242E-05 meV^-1
|
|
ik = 211 w = 1.0000 eV A(k,w) = 0.39238E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
211 -4.0000 0.29216E-04
|
|
211 -3.7368 0.37099E-04
|
|
211 -3.4737 0.48392E-04
|
|
211 -3.2105 0.65347E-04
|
|
211 -2.9474 0.91922E-04
|
|
211 -2.6842 0.13622E-03
|
|
211 -2.4211 0.22239E-03
|
|
211 -2.1579 0.45128E-03
|
|
211 -1.8947 0.15791E-02
|
|
211 -1.6316 0.57304E-02
|
|
211 -1.3684 0.15629E-02
|
|
211 -1.1053 0.33736E-03
|
|
211 -0.8421 0.13302E-03
|
|
211 -0.5789 0.66165E-04
|
|
211 -0.3158 0.36563E-04
|
|
211 -0.0526 0.21477E-04
|
|
211 0.2105 0.13279E-04
|
|
211 0.4737 0.85779E-05
|
|
211 0.7368 0.57242E-05
|
|
211 1.0000 0.39238E-05
|
|
211 1 -20.5714 -4.0000 -33.2023 131.8751
|
|
211 1 -20.5714 -3.7368 -26.2162 129.3377
|
|
211 1 -20.5714 -3.4737 -18.9196 126.0261
|
|
211 1 -20.5714 -3.2105 -11.2948 121.7377
|
|
211 1 -20.5714 -2.9474 -3.4323 116.0309
|
|
211 1 -20.5714 -2.6842 4.0583 108.2173
|
|
211 1 -20.5714 -2.4211 9.7176 98.3652
|
|
211 1 -20.5714 -2.1579 12.6948 87.8545
|
|
211 1 -20.5714 -1.8947 13.4307 77.9628
|
|
211 1 -20.5714 -1.6316 12.7228 69.1591
|
|
211 1 -20.5714 -1.3684 11.1635 61.5122
|
|
211 1 -20.5714 -1.1053 9.2779 54.9379
|
|
211 1 -20.5714 -0.8421 7.4518 49.0581
|
|
211 1 -20.5714 -0.5789 5.6574 43.3820
|
|
211 1 -20.5714 -0.3158 3.4883 37.7184
|
|
211 1 -20.5714 -0.0526 0.6414 32.3850
|
|
211 1 -20.5714 0.2105 -2.7067 27.7647
|
|
211 1 -20.5714 0.4737 -6.2143 23.8981
|
|
211 1 -20.5714 0.7368 -9.7158 20.6463
|
|
211 1 -20.5714 1.0000 -13.1633 17.9244
|
|
|
|
211 2 -1.7294 -4.0000 -93.6546 166.9008
|
|
211 2 -1.7294 -3.7368 -83.7448 168.0423
|
|
211 2 -1.7294 -3.4737 -73.1328 168.5076
|
|
211 2 -1.7294 -3.2105 -61.2477 168.1428
|
|
211 2 -1.7294 -2.9474 -47.5769 165.8269
|
|
211 2 -1.7294 -2.6842 -33.0563 159.5986
|
|
211 2 -1.7294 -2.4211 -20.5954 149.1003
|
|
211 2 -1.7294 -2.1579 -12.0352 136.6028
|
|
211 2 -1.7294 -1.8947 -6.8778 124.2903
|
|
211 2 -1.7294 -1.6316 -3.9944 113.0324
|
|
211 2 -1.7294 -1.3684 -2.4689 103.1290
|
|
211 2 -1.7294 -1.1053 -1.2856 94.4898
|
|
211 2 -1.7294 -0.8421 0.2579 86.2474
|
|
211 2 -1.7294 -0.5789 1.8415 77.2907
|
|
211 2 -1.7294 -0.3158 2.2386 67.3154
|
|
211 2 -1.7294 -0.0526 0.5641 57.3366
|
|
211 2 -1.7294 0.2105 -2.7681 48.5178
|
|
211 2 -1.7294 0.4737 -6.8731 41.1010
|
|
211 2 -1.7294 0.7368 -11.3131 34.8217
|
|
211 2 -1.7294 1.0000 -15.9636 29.5451
|
|
|
|
211 3 -1.5590 -4.0000 -86.6402 157.4708
|
|
211 3 -1.5590 -3.7368 -77.4972 158.4221
|
|
211 3 -1.5590 -3.4737 -67.7514 158.8100
|
|
211 3 -1.5590 -3.2105 -56.8057 158.5527
|
|
211 3 -1.5590 -2.9474 -44.0591 156.5794
|
|
211 3 -1.5590 -2.6842 -30.3245 150.9253
|
|
211 3 -1.5590 -2.4211 -18.3887 141.1221
|
|
211 3 -1.5590 -2.1579 -10.1049 129.2582
|
|
211 3 -1.5590 -1.8947 -5.1054 117.4237
|
|
211 3 -1.5590 -1.6316 -2.3915 106.5092
|
|
211 3 -1.5590 -1.3684 -1.1078 96.8968
|
|
211 3 -1.5590 -1.1053 -0.2393 88.5689
|
|
211 3 -1.5590 -0.8421 0.9382 80.7165
|
|
211 3 -1.5590 -0.5789 2.1580 72.2814
|
|
211 3 -1.5590 -0.3158 2.2934 62.9725
|
|
211 3 -1.5590 -0.0526 0.5526 53.7243
|
|
211 3 -1.5590 0.2105 -2.6555 45.5783
|
|
211 3 -1.5590 0.4737 -6.5216 38.7126
|
|
211 3 -1.5590 0.7368 -10.6781 32.8625
|
|
211 3 -1.5590 1.0000 -15.0399 27.9161
|
|
|
|
211 4 -1.5590 -4.0000 -84.5758 156.2380
|
|
211 4 -1.5590 -3.7368 -75.5160 156.9925
|
|
211 4 -1.5590 -3.4737 -65.9074 157.1748
|
|
211 4 -1.5590 -3.2105 -55.1639 156.7221
|
|
211 4 -1.5590 -2.9474 -42.6942 154.5891
|
|
211 4 -1.5590 -2.6842 -29.3094 148.8602
|
|
211 4 -1.5590 -2.4211 -17.7403 139.1200
|
|
211 4 -1.5590 -2.1579 -9.7490 127.4425
|
|
211 4 -1.5590 -1.8947 -4.9249 115.8422
|
|
211 4 -1.5590 -1.6316 -2.2890 105.1434
|
|
211 4 -1.5590 -1.3684 -1.0280 95.7001
|
|
211 4 -1.5590 -1.1053 -0.1633 87.4940
|
|
211 4 -1.5590 -0.8421 1.0039 79.7315
|
|
211 4 -1.5590 -0.5789 2.1997 71.3780
|
|
211 4 -1.5590 -0.3158 2.3093 62.1582
|
|
211 4 -1.5590 -0.0526 0.5541 53.0027
|
|
211 4 -1.5590 0.2105 -2.6588 44.9452
|
|
211 4 -1.5590 0.4737 -6.5237 38.1666
|
|
211 4 -1.5590 0.7368 -10.6672 32.4038
|
|
211 4 -1.5590 1.0000 -15.0012 27.5381
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 212 coord.: 0.8333333 0.8333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -18.6527 eV Re[Sigma]= -59.014525 meV Im[Sigma]= 43.224028 meV Z= 1.007620 lam= -0.007563
|
|
E( 2 )= -6.9063 eV Re[Sigma]= -10.958495 meV Im[Sigma]= 102.189037 meV Z= 1.018021 lam= -0.017702
|
|
E( 3 )= -3.2910 eV Re[Sigma]= 47.272340 meV Im[Sigma]= 167.532044 meV Z= 1.035892 lam= -0.034648
|
|
E( 4 )= -2.6027 eV Re[Sigma]= 80.474081 meV Im[Sigma]= 167.236457 meV Z= 1.042446 lam= -0.040718
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 212 coord.: 0.8333333 0.8333333 0.1666667
|
|
-------------------------------------------------------------------
|
|
ik = 212 w = -4.0000 eV A(k,w) = 0.12428E-03 meV^-1
|
|
ik = 212 w = -3.7368 eV A(k,w) = 0.29113E-03 meV^-1
|
|
ik = 212 w = -3.4737 eV A(k,w) = 0.13088E-02 meV^-1
|
|
ik = 212 w = -3.2105 eV A(k,w) = 0.13994E-02 meV^-1
|
|
ik = 212 w = -2.9474 eV A(k,w) = 0.63973E-03 meV^-1
|
|
ik = 212 w = -2.6842 eV A(k,w) = 0.21453E-02 meV^-1
|
|
ik = 212 w = -2.4211 eV A(k,w) = 0.77115E-03 meV^-1
|
|
ik = 212 w = -2.1579 eV A(k,w) = 0.19091E-03 meV^-1
|
|
ik = 212 w = -1.8947 eV A(k,w) = 0.79409E-04 meV^-1
|
|
ik = 212 w = -1.6316 eV A(k,w) = 0.41824E-04 meV^-1
|
|
ik = 212 w = -1.3684 eV A(k,w) = 0.25101E-04 meV^-1
|
|
ik = 212 w = -1.1053 eV A(k,w) = 0.16375E-04 meV^-1
|
|
ik = 212 w = -0.8421 eV A(k,w) = 0.11228E-04 meV^-1
|
|
ik = 212 w = -0.5789 eV A(k,w) = 0.78533E-05 meV^-1
|
|
ik = 212 w = -0.3158 eV A(k,w) = 0.54980E-05 meV^-1
|
|
ik = 212 w = -0.0526 eV A(k,w) = 0.38572E-05 meV^-1
|
|
ik = 212 w = 0.2105 eV A(k,w) = 0.27439E-05 meV^-1
|
|
ik = 212 w = 0.4737 eV A(k,w) = 0.19871E-05 meV^-1
|
|
ik = 212 w = 0.7368 eV A(k,w) = 0.14584E-05 meV^-1
|
|
ik = 212 w = 1.0000 eV A(k,w) = 0.10834E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
212 -4.0000 0.12428E-03
|
|
212 -3.7368 0.29113E-03
|
|
212 -3.4737 0.13088E-02
|
|
212 -3.2105 0.13994E-02
|
|
212 -2.9474 0.63973E-03
|
|
212 -2.6842 0.21453E-02
|
|
212 -2.4211 0.77115E-03
|
|
212 -2.1579 0.19091E-03
|
|
212 -1.8947 0.79409E-04
|
|
212 -1.6316 0.41824E-04
|
|
212 -1.3684 0.25101E-04
|
|
212 -1.1053 0.16375E-04
|
|
212 -0.8421 0.11228E-04
|
|
212 -0.5789 0.78533E-05
|
|
212 -0.3158 0.54980E-05
|
|
212 -0.0526 0.38572E-05
|
|
212 0.2105 0.27439E-05
|
|
212 0.4737 0.19871E-05
|
|
212 0.7368 0.14584E-05
|
|
212 1.0000 0.10834E-05
|
|
212 1 -18.6527 -4.0000 -29.8202 116.4531
|
|
212 1 -18.6527 -3.7368 -23.7591 113.9642
|
|
212 1 -18.6527 -3.4737 -17.6596 110.8462
|
|
212 1 -18.6527 -3.2105 -11.4085 107.1201
|
|
212 1 -18.6527 -2.9474 -4.8392 102.4198
|
|
212 1 -18.6527 -2.6842 1.6382 95.9537
|
|
212 1 -18.6527 -2.4211 6.6715 87.6364
|
|
212 1 -18.6527 -2.1579 9.4296 78.6609
|
|
212 1 -18.6527 -1.8947 10.2623 70.1543
|
|
212 1 -18.6527 -1.6316 9.8354 62.5389
|
|
212 1 -18.6527 -1.3684 8.6595 55.9123
|
|
212 1 -18.6527 -1.1053 7.2333 50.2102
|
|
212 1 -18.6527 -0.8421 5.9137 45.0516
|
|
212 1 -18.6527 -0.5789 4.6296 39.9555
|
|
212 1 -18.6527 -0.3158 2.9451 34.7637
|
|
212 1 -18.6527 -0.0526 0.5535 29.8253
|
|
212 1 -18.6527 0.2105 -2.3645 25.5394
|
|
212 1 -18.6527 0.4737 -5.4638 21.9559
|
|
212 1 -18.6527 0.7368 -8.5777 18.9399
|
|
212 1 -18.6527 1.0000 -11.6622 16.4108
|
|
|
|
212 2 -6.9063 -4.0000 -51.7925 105.5267
|
|
212 2 -6.9063 -3.7368 -45.7295 105.6342
|
|
212 2 -6.9063 -3.4737 -39.3750 105.2631
|
|
212 2 -6.9063 -3.2105 -32.4069 104.4269
|
|
212 2 -6.9063 -2.9474 -24.4485 102.5181
|
|
212 2 -6.9063 -2.6842 -15.9882 98.3467
|
|
212 2 -6.9063 -2.4211 -8.7466 91.6537
|
|
212 2 -6.9063 -2.1579 -3.8341 83.7666
|
|
212 2 -6.9063 -1.8947 -0.9783 75.9716
|
|
212 2 -6.9063 -1.6316 0.4557 68.7991
|
|
212 2 -6.9063 -1.3684 1.0061 62.4717
|
|
212 2 -6.9063 -1.1053 1.3053 56.9554
|
|
212 2 -6.9063 -0.8421 1.7774 51.7253
|
|
212 2 -6.9063 -0.5789 2.2123 46.1415
|
|
212 2 -6.9063 -0.3158 1.9054 40.0851
|
|
212 2 -6.9063 -0.0526 0.4204 34.1713
|
|
212 2 -6.9063 0.2105 -1.9387 29.0267
|
|
212 2 -6.9063 0.4737 -4.6511 24.7284
|
|
212 2 -6.9063 0.7368 -7.4875 21.0820
|
|
212 2 -6.9063 1.0000 -10.4089 17.9962
|
|
|
|
212 3 -3.2910 -4.0000 -69.9912 127.1491
|
|
212 3 -3.2910 -3.7368 -62.4573 128.0417
|
|
212 3 -3.2910 -3.4737 -54.4106 128.3124
|
|
212 3 -3.2910 -3.2105 -45.4986 127.9243
|
|
212 3 -3.2910 -2.9474 -35.3017 126.1239
|
|
212 3 -3.2910 -2.6842 -24.4489 121.4478
|
|
212 3 -3.2910 -2.4211 -15.0856 113.5888
|
|
212 3 -3.2910 -2.1579 -8.5867 104.2066
|
|
212 3 -3.2910 -1.8947 -4.6012 94.8935
|
|
212 3 -3.2910 -1.6316 -2.3449 86.2866
|
|
212 3 -3.2910 -1.3684 -1.1723 78.6584
|
|
212 3 -3.2910 -1.1053 -0.2997 71.9785
|
|
212 3 -3.2910 -0.8421 0.8117 65.5794
|
|
212 3 -3.2910 -0.5789 1.8794 58.6276
|
|
212 3 -3.2910 -0.3158 1.9614 50.9679
|
|
212 3 -3.2910 -0.0526 0.4656 43.4230
|
|
212 3 -3.2910 0.2105 -2.2137 36.8352
|
|
212 3 -3.2910 0.4737 -5.3913 31.3162
|
|
212 3 -3.2910 0.7368 -8.7694 26.6183
|
|
212 3 -3.2910 1.0000 -12.2984 22.6347
|
|
|
|
212 4 -2.6027 -4.0000 -75.1976 138.4727
|
|
212 4 -2.6027 -3.7368 -67.0898 139.2720
|
|
212 4 -2.6027 -3.4737 -58.4218 139.4870
|
|
212 4 -2.6027 -3.2105 -48.7514 139.0211
|
|
212 4 -2.6027 -2.9474 -37.6442 136.9853
|
|
212 4 -2.6027 -2.6842 -25.8443 131.7793
|
|
212 4 -2.6027 -2.4211 -15.7124 123.1094
|
|
212 4 -2.6027 -2.1579 -8.7280 112.8115
|
|
212 4 -2.6027 -1.8947 -4.4898 102.6239
|
|
212 4 -2.6027 -1.6316 -2.1259 93.2414
|
|
212 4 -2.6027 -1.3684 -0.9123 84.9440
|
|
212 4 -2.6027 -1.1053 0.0007 77.6650
|
|
212 4 -2.6027 -0.8421 1.1631 70.6643
|
|
212 4 -2.6027 -0.5789 2.2386 63.0682
|
|
212 4 -2.6027 -0.3158 2.2275 54.7444
|
|
212 4 -2.6027 -0.0526 0.5199 46.5758
|
|
212 4 -2.6027 0.2105 -2.4577 39.4547
|
|
212 4 -2.6027 0.4737 -5.9727 33.5050
|
|
212 4 -2.6027 0.7368 -9.6938 28.4669
|
|
212 4 -2.6027 1.0000 -13.5526 24.2165
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 213 coord.: 0.8333333 0.8333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -15.5565 eV Re[Sigma]= -40.205909 meV Im[Sigma]= 62.540412 meV Z= 1.004137 lam= -0.004120
|
|
E( 2 )= -12.4383 eV Re[Sigma]= -11.484212 meV Im[Sigma]= 65.234935 meV Z= 1.008652 lam= -0.008578
|
|
E( 3 )= -4.5379 eV Re[Sigma]= 12.755555 meV Im[Sigma]= 134.099412 meV Z= 1.018132 lam= -0.017809
|
|
E( 4 )= -3.8929 eV Re[Sigma]= 24.529224 meV Im[Sigma]= 142.416574 meV Z= 1.025045 lam= -0.024433
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 213 coord.: 0.8333333 0.8333333 0.3333333
|
|
-------------------------------------------------------------------
|
|
ik = 213 w = -4.0000 eV A(k,w) = 0.25511E-02 meV^-1
|
|
ik = 213 w = -3.7368 eV A(k,w) = 0.66740E-03 meV^-1
|
|
ik = 213 w = -3.4737 eV A(k,w) = 0.18758E-03 meV^-1
|
|
ik = 213 w = -3.2105 eV A(k,w) = 0.88827E-04 meV^-1
|
|
ik = 213 w = -2.9474 eV A(k,w) = 0.52108E-04 meV^-1
|
|
ik = 213 w = -2.6842 eV A(k,w) = 0.33637E-04 meV^-1
|
|
ik = 213 w = -2.4211 eV A(k,w) = 0.22641E-04 meV^-1
|
|
ik = 213 w = -2.1579 eV A(k,w) = 0.15667E-04 meV^-1
|
|
ik = 213 w = -1.8947 eV A(k,w) = 0.11141E-04 meV^-1
|
|
ik = 213 w = -1.6316 eV A(k,w) = 0.81290E-05 meV^-1
|
|
ik = 213 w = -1.3684 eV A(k,w) = 0.60790E-05 meV^-1
|
|
ik = 213 w = -1.1053 eV A(k,w) = 0.46488E-05 meV^-1
|
|
ik = 213 w = -0.8421 eV A(k,w) = 0.35965E-05 meV^-1
|
|
ik = 213 w = -0.5789 eV A(k,w) = 0.27673E-05 meV^-1
|
|
ik = 213 w = -0.3158 eV A(k,w) = 0.20939E-05 meV^-1
|
|
ik = 213 w = -0.0526 eV A(k,w) = 0.15675E-05 meV^-1
|
|
ik = 213 w = 0.2105 eV A(k,w) = 0.11783E-05 meV^-1
|
|
ik = 213 w = 0.4737 eV A(k,w) = 0.89463E-06 meV^-1
|
|
ik = 213 w = 0.7368 eV A(k,w) = 0.68388E-06 meV^-1
|
|
ik = 213 w = 1.0000 eV A(k,w) = 0.52628E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
213 -4.0000 0.25511E-02
|
|
213 -3.7368 0.66740E-03
|
|
213 -3.4737 0.18758E-03
|
|
213 -3.2105 0.88827E-04
|
|
213 -2.9474 0.52108E-04
|
|
213 -2.6842 0.33637E-04
|
|
213 -2.4211 0.22641E-04
|
|
213 -2.1579 0.15667E-04
|
|
213 -1.8947 0.11141E-04
|
|
213 -1.6316 0.81290E-05
|
|
213 -1.3684 0.60790E-05
|
|
213 -1.1053 0.46488E-05
|
|
213 -0.8421 0.35965E-05
|
|
213 -0.5789 0.27673E-05
|
|
213 -0.3158 0.20939E-05
|
|
213 -0.0526 0.15675E-05
|
|
213 0.2105 0.11783E-05
|
|
213 0.4737 0.89463E-06
|
|
213 0.7368 0.68388E-06
|
|
213 1.0000 0.52628E-06
|
|
213 1 -15.5565 -4.0000 -32.5997 103.1813
|
|
213 1 -15.5565 -3.7368 -27.1365 101.4670
|
|
213 1 -15.5565 -3.4737 -21.6535 99.2861
|
|
213 1 -15.5565 -3.2105 -15.9269 96.7032
|
|
213 1 -15.5565 -2.9474 -9.6558 93.3007
|
|
213 1 -15.5565 -2.6842 -3.1926 88.1605
|
|
213 1 -15.5565 -2.4211 2.0843 81.0776
|
|
213 1 -15.5565 -2.1579 5.2678 73.1713
|
|
213 1 -15.5565 -1.8947 6.6226 65.5479
|
|
213 1 -15.5565 -1.6316 6.7430 58.6515
|
|
213 1 -15.5565 -1.3684 6.1102 52.6264
|
|
213 1 -15.5565 -1.1053 5.2300 47.4312
|
|
213 1 -15.5565 -0.8421 4.4557 42.6782
|
|
213 1 -15.5565 -0.5789 3.6875 37.8863
|
|
213 1 -15.5565 -0.3158 2.4627 32.9255
|
|
213 1 -15.5565 -0.0526 0.4770 28.1818
|
|
213 1 -15.5565 0.2105 -2.0686 24.0709
|
|
213 1 -15.5565 0.4737 -4.8150 20.6400
|
|
213 1 -15.5565 0.7368 -7.5956 17.7484
|
|
213 1 -15.5565 1.0000 -10.3728 15.3177
|
|
|
|
213 2 -12.4383 -4.0000 -30.0171 73.6832
|
|
213 2 -12.4383 -3.7368 -26.3946 73.3941
|
|
213 2 -12.4383 -3.4737 -22.5082 72.8621
|
|
213 2 -12.4383 -3.2105 -18.1654 72.0344
|
|
213 2 -12.4383 -2.9474 -13.1520 70.5027
|
|
213 2 -12.4383 -2.6842 -7.7914 67.4832
|
|
213 2 -12.4383 -2.4211 -3.2341 62.7876
|
|
213 2 -12.4383 -2.1579 -0.2398 57.3088
|
|
213 2 -12.4383 -1.8947 1.3866 51.9198
|
|
213 2 -12.4383 -1.6316 2.0815 46.9531
|
|
213 2 -12.4383 -1.3684 2.1755 42.5386
|
|
213 2 -12.4383 -1.1053 2.0593 38.6827
|
|
213 2 -12.4383 -0.8421 2.0314 35.0798
|
|
213 2 -12.4383 -0.5789 1.9985 31.3141
|
|
213 2 -12.4383 -0.3158 1.5256 27.2763
|
|
213 2 -12.4383 -0.0526 0.3193 23.3377
|
|
213 2 -12.4383 0.2105 -1.4405 19.8992
|
|
213 2 -12.4383 0.4737 -3.4246 17.0156
|
|
213 2 -12.4383 0.7368 -5.4856 14.5669
|
|
213 2 -12.4383 1.0000 -7.5939 12.4966
|
|
|
|
213 3 -4.5379 -4.0000 -63.5400 114.9742
|
|
213 3 -4.5379 -3.7368 -56.9716 115.9775
|
|
213 3 -4.5379 -3.4737 -49.8238 116.5258
|
|
213 3 -4.5379 -3.2105 -41.7280 116.5150
|
|
213 3 -4.5379 -2.9474 -32.2936 115.1744
|
|
213 3 -4.5379 -2.6842 -22.1344 111.0782
|
|
213 3 -4.5379 -2.4211 -13.3169 103.8978
|
|
213 3 -4.5379 -2.1579 -7.1991 95.2017
|
|
213 3 -4.5379 -1.8947 -3.4776 86.5283
|
|
213 3 -4.5379 -1.6316 -1.4097 78.5025
|
|
213 3 -4.5379 -1.3684 -0.3852 71.3842
|
|
213 3 -4.5379 -1.1053 0.3163 65.1522
|
|
213 3 -4.5379 -0.8421 1.1897 59.2151
|
|
213 3 -4.5379 -0.5789 1.9983 52.8353
|
|
213 3 -4.5379 -0.3158 1.9207 45.8733
|
|
213 3 -4.5379 -0.0526 0.4427 39.0527
|
|
213 3 -4.5379 0.2105 -2.0800 33.1134
|
|
213 3 -4.5379 0.4737 -5.0362 28.1503
|
|
213 3 -4.5379 0.7368 -8.1561 23.9393
|
|
213 3 -4.5379 1.0000 -11.3922 20.3773
|
|
|
|
213 4 -3.8929 -4.0000 -65.6067 114.7271
|
|
213 4 -3.8929 -3.7368 -59.1305 115.8511
|
|
213 4 -3.8929 -3.4737 -52.0288 116.5943
|
|
213 4 -3.8929 -3.2105 -43.9220 116.8022
|
|
213 4 -3.8929 -2.9474 -34.4345 115.6878
|
|
213 4 -3.8929 -2.6842 -24.1752 111.8248
|
|
213 4 -3.8929 -2.4211 -15.1974 104.8677
|
|
213 4 -3.8929 -2.1579 -8.8608 96.3542
|
|
213 4 -3.8929 -1.8947 -4.8876 87.7957
|
|
213 4 -3.8929 -1.6316 -2.5757 79.8172
|
|
213 4 -3.8929 -1.3684 -1.3370 72.7098
|
|
213 4 -3.8929 -1.1053 -0.4357 66.4794
|
|
213 4 -3.8929 -0.8421 0.6499 60.5265
|
|
213 4 -3.8929 -0.5789 1.6790 54.0788
|
|
213 4 -3.8929 -0.3158 1.7856 46.9868
|
|
213 4 -3.8929 -0.0526 0.4259 40.0136
|
|
213 4 -3.8929 0.2105 -2.0262 33.9369
|
|
213 4 -3.8929 0.4737 -4.9315 28.8522
|
|
213 4 -3.8929 0.7368 -8.0168 24.5219
|
|
213 4 -3.8929 1.0000 -11.2427 20.8451
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 214 coord.: 0.8333333 0.8333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -16.6105 eV Re[Sigma]= -54.622417 meV Im[Sigma]= 68.210739 meV Z= 1.015079 lam= -0.014855
|
|
E( 2 )= -10.7517 eV Re[Sigma]= -7.103277 meV Im[Sigma]= 57.853041 meV Z= 1.005375 lam= -0.005347
|
|
E( 3 )= -5.2472 eV Re[Sigma]= 1.340644 meV Im[Sigma]= 120.237626 meV Z= 1.022394 lam= -0.021904
|
|
E( 4 )= -2.6593 eV Re[Sigma]= 72.264969 meV Im[Sigma]= 163.896979 meV Z= 1.043274 lam= -0.041479
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 214 coord.: 0.8333333 0.8333333 0.5000000
|
|
-------------------------------------------------------------------
|
|
ik = 214 w = -4.0000 eV A(k,w) = 0.47030E-04 meV^-1
|
|
ik = 214 w = -3.7368 eV A(k,w) = 0.55768E-04 meV^-1
|
|
ik = 214 w = -3.4737 eV A(k,w) = 0.83243E-04 meV^-1
|
|
ik = 214 w = -3.2105 eV A(k,w) = 0.16540E-03 meV^-1
|
|
ik = 214 w = -2.9474 eV A(k,w) = 0.53013E-03 meV^-1
|
|
ik = 214 w = -2.6842 eV A(k,w) = 0.25226E-02 meV^-1
|
|
ik = 214 w = -2.4211 eV A(k,w) = 0.48175E-03 meV^-1
|
|
ik = 214 w = -2.1579 eV A(k,w) = 0.13000E-03 meV^-1
|
|
ik = 214 w = -1.8947 eV A(k,w) = 0.54861E-04 meV^-1
|
|
ik = 214 w = -1.6316 eV A(k,w) = 0.28805E-04 meV^-1
|
|
ik = 214 w = -1.3684 eV A(k,w) = 0.17199E-04 meV^-1
|
|
ik = 214 w = -1.1053 eV A(k,w) = 0.11183E-04 meV^-1
|
|
ik = 214 w = -0.8421 eV A(k,w) = 0.76613E-05 meV^-1
|
|
ik = 214 w = -0.5789 eV A(k,w) = 0.53649E-05 meV^-1
|
|
ik = 214 w = -0.3158 eV A(k,w) = 0.37653E-05 meV^-1
|
|
ik = 214 w = -0.0526 eV A(k,w) = 0.26507E-05 meV^-1
|
|
ik = 214 w = 0.2105 eV A(k,w) = 0.18936E-05 meV^-1
|
|
ik = 214 w = 0.4737 eV A(k,w) = 0.13776E-05 meV^-1
|
|
ik = 214 w = 0.7368 eV A(k,w) = 0.10156E-05 meV^-1
|
|
ik = 214 w = 1.0000 eV A(k,w) = 0.75761E-06 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
214 -4.0000 0.47030E-04
|
|
214 -3.7368 0.55768E-04
|
|
214 -3.4737 0.83243E-04
|
|
214 -3.2105 0.16540E-03
|
|
214 -2.9474 0.53013E-03
|
|
214 -2.6842 0.25226E-02
|
|
214 -2.4211 0.48175E-03
|
|
214 -2.1579 0.13000E-03
|
|
214 -1.8947 0.54861E-04
|
|
214 -1.6316 0.28805E-04
|
|
214 -1.3684 0.17199E-04
|
|
214 -1.1053 0.11183E-04
|
|
214 -0.8421 0.76613E-05
|
|
214 -0.5789 0.53649E-05
|
|
214 -0.3158 0.37653E-05
|
|
214 -0.0526 0.26507E-05
|
|
214 0.2105 0.18936E-05
|
|
214 0.4737 0.13776E-05
|
|
214 0.7368 0.10156E-05
|
|
214 1.0000 0.75761E-06
|
|
214 1 -16.6105 -4.0000 -32.3427 106.6443
|
|
214 1 -16.6105 -3.7368 -26.6733 104.8743
|
|
214 1 -16.6105 -3.4737 -20.9510 102.5579
|
|
214 1 -16.6105 -3.2105 -14.9887 99.7466
|
|
214 1 -16.6105 -2.9474 -8.5382 96.0285
|
|
214 1 -16.6105 -2.6842 -1.9922 90.5315
|
|
214 1 -16.6105 -2.4211 3.2791 83.1099
|
|
214 1 -16.6105 -2.1579 6.4088 74.9052
|
|
214 1 -16.6105 -1.8947 7.6846 67.0126
|
|
214 1 -16.6105 -1.6316 7.7030 59.8684
|
|
214 1 -16.6105 -1.3684 6.9436 53.6166
|
|
214 1 -16.6105 -1.1053 5.9104 48.2223
|
|
214 1 -16.6105 -0.8421 4.9627 43.3094
|
|
214 1 -16.6105 -0.5789 4.0177 38.4032
|
|
214 1 -16.6105 -0.3158 2.6306 33.3658
|
|
214 1 -16.6105 -0.0526 0.5033 28.5667
|
|
214 1 -16.6105 0.2105 -2.1691 24.4113
|
|
214 1 -16.6105 0.4737 -5.0327 20.9460
|
|
214 1 -16.6105 0.7368 -7.9202 18.0310
|
|
214 1 -16.6105 1.0000 -10.7912 15.5849
|
|
|
|
214 2 -10.7517 -4.0000 -34.2675 81.7753
|
|
214 2 -10.7517 -3.7368 -29.8627 81.2978
|
|
214 2 -10.7517 -3.4737 -25.3304 80.4854
|
|
214 2 -10.7517 -3.2105 -20.4312 79.3732
|
|
214 2 -10.7517 -2.9474 -14.8649 77.5472
|
|
214 2 -10.7517 -2.6842 -8.9444 74.1352
|
|
214 2 -10.7517 -2.4211 -3.9169 68.9158
|
|
214 2 -10.7517 -2.1579 -0.6112 62.8573
|
|
214 2 -10.7517 -1.8947 1.1825 56.9149
|
|
214 2 -10.7517 -1.6316 1.9464 51.4638
|
|
214 2 -10.7517 -1.3684 2.0635 46.6498
|
|
214 2 -10.7517 -1.1053 1.9801 42.4617
|
|
214 2 -10.7517 -0.8421 2.0209 38.5390
|
|
214 2 -10.7517 -0.5789 2.0640 34.4126
|
|
214 2 -10.7517 -0.3158 1.6127 29.9688
|
|
214 2 -10.7517 -0.0526 0.3411 25.6311
|
|
214 2 -10.7517 0.2105 -1.5447 21.8472
|
|
214 2 -10.7517 0.4737 -3.6769 18.6736
|
|
214 2 -10.7517 0.7368 -5.8949 15.9737
|
|
214 2 -10.7517 1.0000 -8.1706 13.6861
|
|
|
|
214 3 -5.2472 -4.0000 -58.5128 109.5737
|
|
214 3 -5.2472 -3.7368 -52.0694 110.3224
|
|
214 3 -5.2472 -3.4737 -45.1865 110.5030
|
|
214 3 -5.2472 -3.2105 -37.5731 110.1140
|
|
214 3 -5.2472 -2.9474 -28.8434 108.5221
|
|
214 3 -5.2472 -2.6842 -19.5166 104.4420
|
|
214 3 -5.2472 -2.4211 -11.4630 97.5738
|
|
214 3 -5.2472 -2.1579 -5.9077 89.3547
|
|
214 3 -5.2472 -1.8947 -2.5595 81.1841
|
|
214 3 -5.2472 -1.6316 -0.7381 73.6266
|
|
214 3 -5.2472 -1.3684 0.1160 66.9237
|
|
214 3 -5.2472 -1.1053 0.6734 61.0562
|
|
214 3 -5.2472 -0.8421 1.3947 55.4711
|
|
214 3 -5.2472 -0.5789 2.0560 49.4807
|
|
214 3 -5.2472 -0.3158 1.8923 42.9588
|
|
214 3 -5.2472 -0.0526 0.4289 36.5804
|
|
214 3 -5.2472 0.2105 -2.0004 31.0318
|
|
214 3 -5.2472 0.4737 -4.8256 26.3991
|
|
214 3 -5.2472 0.7368 -7.7947 22.4712
|
|
214 3 -5.2472 1.0000 -10.8640 19.1491
|
|
|
|
214 4 -2.6593 -4.0000 -74.6781 132.0260
|
|
214 4 -2.6593 -3.7368 -66.5865 133.0505
|
|
214 4 -2.6593 -3.4737 -58.0217 133.3914
|
|
214 4 -2.6593 -3.2105 -48.5935 133.0536
|
|
214 4 -2.6593 -2.9474 -37.8276 131.2524
|
|
214 4 -2.6593 -2.6842 -26.3723 126.4435
|
|
214 4 -2.6593 -2.4211 -16.4688 118.3031
|
|
214 4 -2.6593 -2.1579 -9.5472 108.5569
|
|
214 4 -2.6593 -1.8947 -5.2498 98.8527
|
|
214 4 -2.6593 -1.6316 -2.7786 89.8572
|
|
214 4 -2.6593 -1.3684 -1.4703 81.8724
|
|
214 4 -2.6593 -1.1053 -0.5032 74.8838
|
|
214 4 -2.6593 -0.8421 0.6979 68.2057
|
|
214 4 -2.6593 -0.5789 1.8544 60.9657
|
|
214 4 -2.6593 -0.3158 1.9874 52.9910
|
|
214 4 -2.6593 -0.0526 0.4757 45.1369
|
|
214 4 -2.6593 0.2105 -2.2678 38.2814
|
|
214 4 -2.6593 0.4737 -5.5280 32.5371
|
|
214 4 -2.6593 0.7368 -8.9982 27.6426
|
|
214 4 -2.6593 1.0000 -12.6309 23.4884
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 215 coord.: 0.8333333 0.8333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -19.4313 eV Re[Sigma]= -66.035177 meV Im[Sigma]= 34.912856 meV Z= 1.000969 lam= -0.000969
|
|
E( 2 )= -5.3692 eV Re[Sigma]= -1.132036 meV Im[Sigma]= 135.237950 meV Z= 1.027487 lam= -0.026751
|
|
E( 3 )= -3.4193 eV Re[Sigma]= 47.454319 meV Im[Sigma]= 173.778434 meV Z= 1.035223 lam= -0.034025
|
|
E( 4 )= -0.9512 eV Re[Sigma]= 116.888456 meV Im[Sigma]= 86.617015 meV Z= 1.004789 lam= -0.004766
|
|
-------------------------------------------------------------------
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 215 coord.: 0.8333333 0.8333333 0.6666667
|
|
-------------------------------------------------------------------
|
|
ik = 215 w = -4.0000 eV A(k,w) = 0.17705E-03 meV^-1
|
|
ik = 215 w = -3.7368 eV A(k,w) = 0.53487E-03 meV^-1
|
|
ik = 215 w = -3.4737 eV A(k,w) = 0.23925E-02 meV^-1
|
|
ik = 215 w = -3.2105 eV A(k,w) = 0.53557E-03 meV^-1
|
|
ik = 215 w = -2.9474 eV A(k,w) = 0.17271E-03 meV^-1
|
|
ik = 215 w = -2.6842 eV A(k,w) = 0.89967E-04 meV^-1
|
|
ik = 215 w = -2.4211 eV A(k,w) = 0.61692E-04 meV^-1
|
|
ik = 215 w = -2.1579 eV A(k,w) = 0.53213E-04 meV^-1
|
|
ik = 215 w = -1.8947 eV A(k,w) = 0.58225E-04 meV^-1
|
|
ik = 215 w = -1.6316 eV A(k,w) = 0.83804E-04 meV^-1
|
|
ik = 215 w = -1.3684 eV A(k,w) = 0.17871E-03 meV^-1
|
|
ik = 215 w = -1.1053 eV A(k,w) = 0.90384E-03 meV^-1
|
|
ik = 215 w = -0.8421 eV A(k,w) = 0.14245E-02 meV^-1
|
|
ik = 215 w = -0.5789 eV A(k,w) = 0.16643E-03 meV^-1
|
|
ik = 215 w = -0.3158 eV A(k,w) = 0.52158E-04 meV^-1
|
|
ik = 215 w = -0.0526 eV A(k,w) = 0.22933E-04 meV^-1
|
|
ik = 215 w = 0.2105 eV A(k,w) = 0.11988E-04 meV^-1
|
|
ik = 215 w = 0.4737 eV A(k,w) = 0.69789E-05 meV^-1
|
|
ik = 215 w = 0.7368 eV A(k,w) = 0.43539E-05 meV^-1
|
|
ik = 215 w = 1.0000 eV A(k,w) = 0.28537E-05 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
215 -4.0000 0.17705E-03
|
|
215 -3.7368 0.53487E-03
|
|
215 -3.4737 0.23925E-02
|
|
215 -3.2105 0.53557E-03
|
|
215 -2.9474 0.17271E-03
|
|
215 -2.6842 0.89967E-04
|
|
215 -2.4211 0.61692E-04
|
|
215 -2.1579 0.53213E-04
|
|
215 -1.8947 0.58225E-04
|
|
215 -1.6316 0.83804E-04
|
|
215 -1.3684 0.17871E-03
|
|
215 -1.1053 0.90384E-03
|
|
215 -0.8421 0.14245E-02
|
|
215 -0.5789 0.16643E-03
|
|
215 -0.3158 0.52158E-04
|
|
215 -0.0526 0.22933E-04
|
|
215 0.2105 0.11988E-04
|
|
215 0.4737 0.69789E-05
|
|
215 0.7368 0.43539E-05
|
|
215 1.0000 0.28537E-05
|
|
215 1 -19.4313 -4.0000 -31.8111 122.9627
|
|
215 1 -19.4313 -3.7368 -25.4330 120.4387
|
|
215 1 -19.4313 -3.4737 -18.9527 117.2684
|
|
215 1 -19.4313 -3.2105 -12.2478 113.4240
|
|
215 1 -19.4313 -2.9474 -5.1885 108.4915
|
|
215 1 -19.4313 -2.6842 1.7584 101.6617
|
|
215 1 -19.4313 -2.4211 7.1789 92.8681
|
|
215 1 -19.4313 -2.1579 10.2121 83.3554
|
|
215 1 -19.4313 -1.8947 11.2137 74.2902
|
|
215 1 -19.4313 -1.6316 10.8567 66.1137
|
|
215 1 -19.4313 -1.3684 9.6495 58.9420
|
|
215 1 -19.4313 -1.1053 8.0944 52.7454
|
|
215 1 -19.4313 -0.8421 6.5806 47.1757
|
|
215 1 -19.4313 -0.5789 5.0841 41.7520
|
|
215 1 -19.4313 -0.3158 3.1930 36.2876
|
|
215 1 -19.4313 -0.0526 0.5954 31.1118
|
|
215 1 -19.4313 0.2105 -2.5344 26.6243
|
|
215 1 -19.4313 0.4737 -5.8459 22.8796
|
|
215 1 -19.4313 0.7368 -9.1616 19.7408
|
|
215 1 -19.4313 1.0000 -12.4297 17.1181
|
|
|
|
215 2 -5.3692 -4.0000 -60.2116 121.3499
|
|
215 2 -5.3692 -3.7368 -53.2215 121.5477
|
|
215 2 -5.3692 -3.4737 -45.8496 121.2662
|
|
215 2 -5.3692 -3.2105 -37.6675 120.4677
|
|
215 2 -5.3692 -2.9474 -28.2422 118.3684
|
|
215 2 -5.3692 -2.6842 -18.1981 113.5364
|
|
215 2 -5.3692 -2.4211 -9.6069 105.6721
|
|
215 2 -5.3692 -2.1579 -3.8086 96.3689
|
|
215 2 -5.3692 -1.8947 -0.4780 87.1827
|
|
215 2 -5.3692 -1.6316 1.1596 78.7476
|
|
215 2 -5.3692 -1.3684 1.7422 71.3092
|
|
215 2 -5.3692 -1.1053 1.9894 64.8300
|
|
215 2 -5.3692 -0.8421 2.3901 58.7336
|
|
215 2 -5.3692 -0.5789 2.7355 52.3091
|
|
215 2 -5.3692 -0.3158 2.2616 45.4102
|
|
215 2 -5.3692 -0.0526 0.4898 38.7068
|
|
215 2 -5.3692 0.2105 -2.2394 32.8836
|
|
215 2 -5.3692 0.4737 -5.3497 28.0171
|
|
215 2 -5.3692 0.7368 -8.5910 23.8872
|
|
215 2 -5.3692 1.0000 -11.9217 20.3931
|
|
|
|
215 3 -3.4193 -4.0000 -70.4032 133.1258
|
|
215 3 -3.4193 -3.7368 -62.6735 133.8928
|
|
215 3 -3.4193 -3.4737 -54.3581 134.0994
|
|
215 3 -3.4193 -3.2105 -45.0323 133.6151
|
|
215 3 -3.4193 -2.9474 -34.3170 131.5568
|
|
215 3 -3.4193 -2.6842 -22.9675 126.4008
|
|
215 3 -3.4193 -2.4211 -13.2655 117.8868
|
|
215 3 -3.4193 -2.1579 -6.6416 107.7973
|
|
215 3 -3.4193 -1.8947 -2.7088 97.8244
|
|
215 3 -3.4193 -1.6316 -0.6206 88.6476
|
|
215 3 -3.4193 -1.3684 0.3196 80.5414
|
|
215 3 -3.4193 -1.1053 0.9219 73.4618
|
|
215 3 -3.4193 -0.8421 1.7330 66.7366
|
|
215 3 -3.4193 -0.5789 2.4862 59.5414
|
|
215 3 -3.4193 -0.3158 2.2715 51.7155
|
|
215 3 -3.4193 -0.0526 0.5140 44.0540
|
|
215 3 -3.4193 0.2105 -2.3983 37.3759
|
|
215 3 -3.4193 0.4737 -5.7911 31.7890
|
|
215 3 -3.4193 0.7368 -9.3656 27.0487
|
|
215 3 -3.4193 1.0000 -13.0646 23.0424
|
|
|
|
215 4 -0.9512 -4.0000 -91.0088 158.6796
|
|
215 4 -0.9512 -3.7368 -81.6315 160.2137
|
|
215 4 -0.9512 -3.4737 -71.4482 161.1616
|
|
215 4 -0.9512 -3.2105 -59.8861 161.3184
|
|
215 4 -0.9512 -2.9474 -46.4433 159.5525
|
|
215 4 -0.9512 -2.6842 -32.0194 153.9051
|
|
215 4 -0.9512 -2.4211 -19.4672 143.9359
|
|
215 4 -0.9512 -2.1579 -10.6868 131.7850
|
|
215 4 -0.9512 -1.8947 -5.3265 119.6022
|
|
215 4 -0.9512 -1.6316 -2.3751 108.3327
|
|
215 4 -0.9512 -1.3684 -0.9426 98.3896
|
|
215 4 -0.9512 -1.1053 0.0166 89.7539
|
|
215 4 -0.9512 -0.8421 1.2300 81.6047
|
|
215 4 -0.9512 -0.5789 2.4147 72.8929
|
|
215 4 -0.9512 -0.3158 2.4468 63.3659
|
|
215 4 -0.9512 -0.0526 0.5770 53.9837
|
|
215 4 -0.9512 0.2105 -2.7415 45.7720
|
|
215 4 -0.9512 0.4737 -6.6835 38.8770
|
|
215 4 -0.9512 0.7368 -10.8859 33.0085
|
|
215 4 -0.9512 1.0000 -15.2767 28.0433
|
|
|
|
Average over degenerate eigenstates is performed
|
|
|
|
ik = 216 coord.: 0.8333333 0.8333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
E( 1 )= -20.7958 eV Re[Sigma]= -65.523340 meV Im[Sigma]= 15.299338 meV Z= 0.997611 lam= 0.002394
|
|
E( 2 )= -2.5926 eV Re[Sigma]= 91.317728 meV Im[Sigma]= 184.016639 meV Z= 1.046154 lam= -0.044118
|
|
E( 3 )= -0.4527 eV Re[Sigma]= 133.606734 meV Im[Sigma]= 76.855214 meV Z= 1.002107 lam= -0.002102
|
|
E( 4 )= -0.4527 eV Re[Sigma]= 133.606734 meV Im[Sigma]= 76.855214 meV Z= 1.002107 lam= -0.002102
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
smearing = 0.07350
|
|
|
|
iq = 1 coord.: 0.00000 0.00000 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.168757E+02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 2 coord.: 0.00000 0.00000 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.825271E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 3 coord.: 0.00000 0.00000 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.183684E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 4 coord.: 0.00000 0.00000 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.952080E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 5 coord.: 0.00000 0.00000 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.183684E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 6 coord.: 0.00000 0.00000 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.825271E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 7 coord.: 0.00000 0.16667 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.825271E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 8 coord.: 0.00000 0.16667 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.692556E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 9 coord.: 0.00000 0.16667 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 10 coord.: 0.00000 0.16667 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 11 coord.: 0.00000 0.16667 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770916E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 12 coord.: 0.00000 0.16667 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.453799E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 13 coord.: 0.00000 0.33333 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.183684E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 14 coord.: 0.00000 0.33333 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 15 coord.: 0.00000 0.33333 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.394969E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 16 coord.: 0.00000 0.33333 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 17 coord.: 0.00000 0.33333 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.930709E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 18 coord.: 0.00000 0.33333 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770916E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 19 coord.: 0.00000 0.50000 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.952080E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 20 coord.: 0.00000 0.50000 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 21 coord.: 0.00000 0.50000 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 22 coord.: 0.00000 0.50000 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.161656E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 23 coord.: 0.00000 0.50000 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 24 coord.: 0.00000 0.50000 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 25 coord.: 0.00000 0.66667 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.183684E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 26 coord.: 0.00000 0.66667 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770916E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 27 coord.: 0.00000 0.66667 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.930709E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 28 coord.: 0.00000 0.66667 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 29 coord.: 0.00000 0.66667 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.394969E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 30 coord.: 0.00000 0.66667 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 31 coord.: 0.00000 0.83333 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.825271E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 32 coord.: 0.00000 0.83333 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.453799E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 33 coord.: 0.00000 0.83333 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770916E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 34 coord.: 0.00000 0.83333 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 35 coord.: 0.00000 0.83333 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 36 coord.: 0.00000 0.83333 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.692556E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 37 coord.: 0.16667 0.00000 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.825271E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 38 coord.: 0.16667 0.00000 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.692556E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 39 coord.: 0.16667 0.00000 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 40 coord.: 0.16667 0.00000 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 41 coord.: 0.16667 0.00000 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770917E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 42 coord.: 0.16667 0.00000 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.453799E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 43 coord.: 0.16667 0.16667 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.692556E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 44 coord.: 0.16667 0.16667 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.825271E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 45 coord.: 0.16667 0.16667 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.453799E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 46 coord.: 0.16667 0.16667 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770916E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 47 coord.: 0.16667 0.16667 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 48 coord.: 0.16667 0.16667 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 49 coord.: 0.16667 0.33333 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 50 coord.: 0.16667 0.33333 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.453799E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 51 coord.: 0.16667 0.33333 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 52 coord.: 0.16667 0.33333 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 53 coord.: 0.16667 0.33333 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 54 coord.: 0.16667 0.33333 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 55 coord.: 0.16667 0.50000 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 56 coord.: 0.16667 0.50000 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770917E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 57 coord.: 0.16667 0.50000 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 58 coord.: 0.16667 0.50000 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 59 coord.: 0.16667 0.50000 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.150201E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 60 coord.: 0.16667 0.50000 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 61 coord.: 0.16667 0.66667 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770917E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 62 coord.: 0.16667 0.66667 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 63 coord.: 0.16667 0.66667 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 64 coord.: 0.16667 0.66667 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.150201E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 65 coord.: 0.16667 0.66667 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 66 coord.: 0.16667 0.66667 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 67 coord.: 0.16667 0.83333 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.453799E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 68 coord.: 0.16667 0.83333 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 69 coord.: 0.16667 0.83333 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 70 coord.: 0.16667 0.83333 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 71 coord.: 0.16667 0.83333 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 72 coord.: 0.16667 0.83333 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 73 coord.: 0.33333 0.00000 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.183684E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 74 coord.: 0.33333 0.00000 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 75 coord.: 0.33333 0.00000 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.394969E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 76 coord.: 0.33333 0.00000 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 77 coord.: 0.33333 0.00000 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.930709E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 78 coord.: 0.33333 0.00000 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770917E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 79 coord.: 0.33333 0.16667 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 80 coord.: 0.33333 0.16667 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.453799E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 81 coord.: 0.33333 0.16667 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 82 coord.: 0.33333 0.16667 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 83 coord.: 0.33333 0.16667 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 84 coord.: 0.33333 0.16667 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 85 coord.: 0.33333 0.33333 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.394969E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 86 coord.: 0.33333 0.33333 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 87 coord.: 0.33333 0.33333 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.183684E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 88 coord.: 0.33333 0.33333 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770916E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 89 coord.: 0.33333 0.33333 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.930709E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 90 coord.: 0.33333 0.33333 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 91 coord.: 0.33333 0.50000 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 92 coord.: 0.33333 0.50000 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 93 coord.: 0.33333 0.50000 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770916E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 94 coord.: 0.33333 0.50000 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 95 coord.: 0.33333 0.50000 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 96 coord.: 0.33333 0.50000 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.150201E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 97 coord.: 0.33333 0.66667 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.930709E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 98 coord.: 0.33333 0.66667 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 99 coord.: 0.33333 0.66667 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.930709E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 100 coord.: 0.33333 0.66667 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 101 coord.: 0.33333 0.66667 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.930709E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 102 coord.: 0.33333 0.66667 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 103 coord.: 0.33333 0.83333 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770917E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 104 coord.: 0.33333 0.83333 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 105 coord.: 0.33333 0.83333 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 106 coord.: 0.33333 0.83333 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.150201E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 107 coord.: 0.33333 0.83333 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 108 coord.: 0.33333 0.83333 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 109 coord.: 0.50000 0.00000 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.952080E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 110 coord.: 0.50000 0.00000 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 111 coord.: 0.50000 0.00000 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 112 coord.: 0.50000 0.00000 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.161656E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 113 coord.: 0.50000 0.00000 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 114 coord.: 0.50000 0.00000 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 115 coord.: 0.50000 0.16667 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 116 coord.: 0.50000 0.16667 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770917E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 117 coord.: 0.50000 0.16667 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 118 coord.: 0.50000 0.16667 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 119 coord.: 0.50000 0.16667 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.150201E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 120 coord.: 0.50000 0.16667 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 121 coord.: 0.50000 0.33333 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 122 coord.: 0.50000 0.33333 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 123 coord.: 0.50000 0.33333 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770916E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 124 coord.: 0.50000 0.33333 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 125 coord.: 0.50000 0.33333 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 126 coord.: 0.50000 0.33333 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.150201E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 127 coord.: 0.50000 0.50000 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.161656E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 128 coord.: 0.50000 0.50000 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 129 coord.: 0.50000 0.50000 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 130 coord.: 0.50000 0.50000 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.952080E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 131 coord.: 0.50000 0.50000 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 132 coord.: 0.50000 0.50000 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 133 coord.: 0.50000 0.66667 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 134 coord.: 0.50000 0.66667 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.150201E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 135 coord.: 0.50000 0.66667 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 136 coord.: 0.50000 0.66667 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 137 coord.: 0.50000 0.66667 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770916E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 138 coord.: 0.50000 0.66667 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 139 coord.: 0.50000 0.83333 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 140 coord.: 0.50000 0.83333 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 141 coord.: 0.50000 0.83333 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.150201E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 142 coord.: 0.50000 0.83333 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 143 coord.: 0.50000 0.83333 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 144 coord.: 0.50000 0.83333 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770917E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 145 coord.: 0.66667 0.00000 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.183684E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 146 coord.: 0.66667 0.00000 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770917E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 147 coord.: 0.66667 0.00000 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.930709E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 148 coord.: 0.66667 0.00000 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 149 coord.: 0.66667 0.00000 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.394969E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 150 coord.: 0.66667 0.00000 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 151 coord.: 0.66667 0.16667 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770917E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 152 coord.: 0.66667 0.16667 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 153 coord.: 0.66667 0.16667 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 154 coord.: 0.66667 0.16667 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.150201E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 155 coord.: 0.66667 0.16667 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 156 coord.: 0.66667 0.16667 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 157 coord.: 0.66667 0.33333 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.930709E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 158 coord.: 0.66667 0.33333 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 159 coord.: 0.66667 0.33333 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.930709E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 160 coord.: 0.66667 0.33333 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 161 coord.: 0.66667 0.33333 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.930709E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 162 coord.: 0.66667 0.33333 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 163 coord.: 0.66667 0.50000 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 164 coord.: 0.66667 0.50000 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.150201E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 165 coord.: 0.66667 0.50000 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 166 coord.: 0.66667 0.50000 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 167 coord.: 0.66667 0.50000 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770916E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 168 coord.: 0.66667 0.50000 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 169 coord.: 0.66667 0.66667 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.394969E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 170 coord.: 0.66667 0.66667 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 171 coord.: 0.66667 0.66667 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.930709E-01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 172 coord.: 0.66667 0.66667 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770916E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 173 coord.: 0.66667 0.66667 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.183684E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 174 coord.: 0.66667 0.66667 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 175 coord.: 0.66667 0.83333 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 176 coord.: 0.66667 0.83333 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 177 coord.: 0.66667 0.83333 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 178 coord.: 0.66667 0.83333 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 179 coord.: 0.66667 0.83333 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 180 coord.: 0.66667 0.83333 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.453799E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 181 coord.: 0.83333 0.00000 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.825271E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 182 coord.: 0.83333 0.00000 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.453799E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 183 coord.: 0.83333 0.00000 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770917E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 184 coord.: 0.83333 0.00000 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 185 coord.: 0.83333 0.00000 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 186 coord.: 0.83333 0.00000 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.692556E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 187 coord.: 0.83333 0.16667 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.453799E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 188 coord.: 0.83333 0.16667 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 189 coord.: 0.83333 0.16667 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 190 coord.: 0.83333 0.16667 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 191 coord.: 0.83333 0.16667 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 192 coord.: 0.83333 0.16667 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 193 coord.: 0.83333 0.33333 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770917E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 194 coord.: 0.83333 0.33333 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 195 coord.: 0.83333 0.33333 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 196 coord.: 0.83333 0.33333 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.150201E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 197 coord.: 0.83333 0.33333 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 198 coord.: 0.83333 0.33333 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 199 coord.: 0.83333 0.50000 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 200 coord.: 0.83333 0.50000 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 201 coord.: 0.83333 0.50000 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.150201E-04 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 202 coord.: 0.83333 0.50000 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.255005E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 203 coord.: 0.83333 0.50000 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 204 coord.: 0.83333 0.50000 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770917E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 205 coord.: 0.83333 0.66667 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 206 coord.: 0.83333 0.66667 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 207 coord.: 0.83333 0.66667 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.244504E-02 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 208 coord.: 0.83333 0.66667 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.129393E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 209 coord.: 0.83333 0.66667 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 210 coord.: 0.83333 0.66667 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.453799E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 211 coord.: 0.83333 0.83333 0.00000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.692556E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 212 coord.: 0.83333 0.83333 0.16667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.189444E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 213 coord.: 0.83333 0.83333 0.33333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.203246E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 214 coord.: 0.83333 0.83333 0.50000 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.770916E+00 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 215 coord.: 0.83333 0.83333 0.66667 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.453799E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
|
|
iq = 216 coord.: 0.83333 0.83333 0.83333 wt: 0.00463
|
|
-------------------------------------------------------------------
|
|
Nesting function (q)= 0.825271E+01 [Adimensional]
|
|
-------------------------------------------------------------------
|
|
|
|
|
|
Number of (k,k+q) pairs on the Fermi surface: 216 out of 216
|
|
|
|
WARNING: only the eigenstates within the Fermi window are meaningful
|
|
|
|
ik = 216 coord.: 0.8333333 0.8333333 0.8333333
|
|
-------------------------------------------------------------------
|
|
ik = 216 w = -4.0000 eV A(k,w) = 0.37429E-04 meV^-1
|
|
ik = 216 w = -3.7368 eV A(k,w) = 0.53568E-04 meV^-1
|
|
ik = 216 w = -3.4737 eV A(k,w) = 0.84685E-04 meV^-1
|
|
ik = 216 w = -3.2105 eV A(k,w) = 0.15901E-03 meV^-1
|
|
ik = 216 w = -2.9474 eV A(k,w) = 0.41560E-03 meV^-1
|
|
ik = 216 w = -2.6842 eV A(k,w) = 0.18475E-02 meV^-1
|
|
ik = 216 w = -2.4211 eV A(k,w) = 0.83351E-03 meV^-1
|
|
ik = 216 w = -2.1579 eV A(k,w) = 0.22070E-03 meV^-1
|
|
ik = 216 w = -1.8947 eV A(k,w) = 0.11365E-03 meV^-1
|
|
ik = 216 w = -1.6316 eV A(k,w) = 0.92133E-04 meV^-1
|
|
ik = 216 w = -1.3684 eV A(k,w) = 0.10561E-03 meV^-1
|
|
ik = 216 w = -1.1053 eV A(k,w) = 0.16507E-03 meV^-1
|
|
ik = 216 w = -0.8421 eV A(k,w) = 0.38420E-03 meV^-1
|
|
ik = 216 w = -0.5789 eV A(k,w) = 0.22925E-02 meV^-1
|
|
ik = 216 w = -0.3158 eV A(k,w) = 0.20001E-02 meV^-1
|
|
ik = 216 w = -0.0526 eV A(k,w) = 0.24752E-03 meV^-1
|
|
ik = 216 w = 0.2105 eV A(k,w) = 0.77799E-04 meV^-1
|
|
ik = 216 w = 0.4737 eV A(k,w) = 0.34229E-04 meV^-1
|
|
ik = 216 w = 0.7368 eV A(k,w) = 0.17802E-04 meV^-1
|
|
ik = 216 w = 1.0000 eV A(k,w) = 0.10241E-04 meV^-1
|
|
-------------------------------------------------------------------
|
|
|
|
216 -4.0000 0.37429E-04
|
|
216 -3.7368 0.53568E-04
|
|
216 -3.4737 0.84685E-04
|
|
216 -3.2105 0.15901E-03
|
|
216 -2.9474 0.41560E-03
|
|
216 -2.6842 0.18475E-02
|
|
216 -2.4211 0.83351E-03
|
|
216 -2.1579 0.22070E-03
|
|
216 -1.8947 0.11365E-03
|
|
216 -1.6316 0.92133E-04
|
|
216 -1.3684 0.10561E-03
|
|
216 -1.1053 0.16507E-03
|
|
216 -0.8421 0.38420E-03
|
|
216 -0.5789 0.22925E-02
|
|
216 -0.3158 0.20001E-02
|
|
216 -0.0526 0.24752E-03
|
|
216 0.2105 0.77799E-04
|
|
216 0.4737 0.34229E-04
|
|
216 0.7368 0.17802E-04
|
|
216 1.0000 0.10241E-04
|
|
216 1 -20.7958 -4.0000 -34.1995 134.0724
|
|
216 1 -20.7958 -3.7368 -27.1874 131.3711
|
|
216 1 -20.7958 -3.4737 -19.9341 127.9136
|
|
216 1 -20.7958 -3.2105 -12.3997 123.5399
|
|
216 1 -20.7958 -2.9474 -4.6366 117.8200
|
|
216 1 -20.7958 -2.6842 2.7696 110.0643
|
|
216 1 -20.7958 -2.4211 8.3937 100.3498
|
|
216 1 -20.7958 -2.1579 11.4484 90.0317
|
|
216 1 -20.7958 -1.8947 12.4086 80.3036
|
|
216 1 -20.7958 -1.6316 12.0353 71.5383
|
|
216 1 -20.7958 -1.3684 10.8158 63.7552
|
|
216 1 -20.7958 -1.1053 9.1673 56.9212
|
|
216 1 -20.7958 -0.8421 7.4574 50.7582
|
|
216 1 -20.7958 -0.5789 5.7066 44.8242
|
|
216 1 -20.7958 -0.3158 3.5413 38.9207
|
|
216 1 -20.7958 -0.0526 0.6550 33.3599
|
|
216 1 -20.7958 0.2105 -2.7769 28.5416
|
|
216 1 -20.7958 0.4737 -6.3946 24.5217
|
|
216 1 -20.7958 0.7368 -10.0103 21.1598
|
|
216 1 -20.7958 1.0000 -13.5631 18.3593
|
|
|
|
216 2 -2.5926 -4.0000 -81.0509 155.1422
|
|
216 2 -2.5926 -3.7368 -72.0913 155.4785
|
|
216 2 -2.5926 -3.4737 -62.6834 155.2562
|
|
216 2 -2.5926 -3.2105 -52.2438 154.4400
|
|
216 2 -2.5926 -2.9474 -40.1866 152.0212
|
|
216 2 -2.5926 -2.6842 -27.3002 146.1522
|
|
216 2 -2.5926 -2.4211 -16.2254 136.4608
|
|
216 2 -2.5926 -2.1579 -8.6262 124.9869
|
|
216 2 -2.5926 -1.8947 -4.0362 113.6691
|
|
216 2 -2.5926 -1.6316 -1.4581 103.2312
|
|
216 2 -2.5926 -1.3684 -0.1405 93.9134
|
|
216 2 -2.5926 -1.1053 0.7527 85.6690
|
|
216 2 -2.5926 -0.8421 1.8119 77.7934
|
|
216 2 -2.5926 -0.5789 2.7557 69.3860
|
|
216 2 -2.5926 -0.3158 2.5672 60.2618
|
|
216 2 -2.5926 -0.0526 0.5861 51.3235
|
|
216 2 -2.5926 0.2105 -2.7486 43.5174
|
|
216 2 -2.5926 0.4737 -6.6613 36.9763
|
|
216 2 -2.5926 0.7368 -10.8036 31.4280
|
|
216 2 -2.5926 1.0000 -15.0985 26.7484
|
|
|
|
216 3 -0.4527 -4.0000 -104.9097 178.9419
|
|
216 3 -0.4527 -3.7368 -94.2873 180.5605
|
|
216 3 -0.4527 -3.4737 -82.8620 181.4657
|
|
216 3 -0.4527 -3.2105 -70.0333 181.4906
|
|
216 3 -0.4527 -2.9474 -55.2424 179.4528
|
|
216 3 -0.4527 -2.6842 -39.4587 173.2537
|
|
216 3 -0.4527 -2.4211 -25.7573 162.4918
|
|
216 3 -0.4527 -2.1579 -16.0671 149.5409
|
|
216 3 -0.4527 -1.8947 -9.8587 136.6344
|
|
216 3 -0.4527 -1.6316 -6.0216 124.6085
|
|
216 3 -0.4527 -1.3684 -3.7225 113.7957
|
|
216 3 -0.4527 -1.1053 -1.9475 104.1999
|
|
216 3 -0.4527 -0.8421 0.0585 94.9661
|
|
216 3 -0.4527 -0.5789 1.9496 84.9509
|
|
216 3 -0.4527 -0.3158 2.4221 73.9034
|
|
216 3 -0.4527 -0.0526 0.6073 62.9704
|
|
216 3 -0.4527 0.2105 -2.9567 53.3677
|
|
216 3 -0.4527 0.4737 -7.3027 45.2734
|
|
216 3 -0.4527 0.7368 -12.0115 38.3636
|
|
216 3 -0.4527 1.0000 -16.9903 32.5166
|
|
|
|
216 4 -0.4527 -4.0000 -104.7715 178.8816
|
|
216 4 -0.4527 -3.7368 -94.1554 180.4934
|
|
216 4 -0.4527 -3.4737 -82.7364 181.3927
|
|
216 4 -0.4527 -3.2105 -69.9145 181.4123
|
|
216 4 -0.4527 -2.9474 -55.1310 179.3702
|
|
216 4 -0.4527 -2.6842 -39.3546 173.1685
|
|
216 4 -0.4527 -2.4211 -25.6590 162.4049
|
|
216 4 -0.4527 -2.1579 -15.9732 149.4510
|
|
216 4 -0.4527 -1.8947 -9.7699 136.5391
|
|
216 4 -0.4527 -1.6316 -5.9410 124.5062
|
|
216 4 -0.4527 -1.3684 -3.6544 113.6870
|
|
216 4 -0.4527 -1.1053 -1.8962 104.0883
|
|
216 4 -0.4527 -0.8421 0.0908 94.8583
|
|
216 4 -0.4527 -0.5789 1.9654 84.8539
|
|
216 4 -0.4527 -0.3158 2.4270 73.8215
|
|
216 4 -0.4527 -0.0526 0.6076 62.9041
|
|
216 4 -0.4527 0.2105 -2.9564 53.3151
|
|
216 4 -0.4527 0.4737 -7.3000 45.2316
|
|
216 4 -0.4527 0.7368 -12.0052 38.3302
|
|
216 4 -0.4527 1.0000 -16.9802 32.4896
|
|
|
|
|
|
Unfolding on the coarse grid
|
|
elphon_wrap : 0.00s CPU 0.00s WALL ( 1 calls)
|
|
|
|
INITIALIZATION:
|
|
|
|
|
|
|
|
Electron-Phonon interpolation
|
|
ephwann : 44.18s CPU 22.14s WALL ( 1 calls)
|
|
ep-interp : 44.07s CPU 22.09s WALL ( 216 calls)
|
|
|
|
DynW2B : 2.49s CPU 1.25s WALL ( 46656 calls)
|
|
HamW2B : 3.06s CPU 1.48s WALL ( 93744 calls)
|
|
ephW2Bp : 24.36s CPU 12.25s WALL ( 46656 calls)
|
|
|
|
|
|
Total program execution
|
|
EPW : 44.18s CPU 22.14s WALL
|
|
|