quantum-espresso/PW/examples/RISM_example/MOL/Ethanol.oplsua.MOL

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<MOL version="1.0.0">
<!--
Copyright (C) 2016 Satomichi Nishihara [nisihara225@gmail.com]
-->
<MOL_INFO>
Ethanol (OPLS-UA: W.L.Jorgensen et al., JACS, 1988, 110, 1657.),
although Lennad-Jones parameters of hydrogen (HO-) are modified
and its geometry is calculated by M06-2X/def2-TZVPPD.
The parameters of H2O/SPC are substituted
(M.Matsugami et al., J. Chem. Phys. 2014, 140, 104511).
</MOL_INFO>
<MOL_HEADER author="S.Nishihara"
date="17Nov2016"
comment="Ethanol"
formula="C2H5OH"
has_charge="T"
has_lj="T"
number_of_atoms="4"/>
<MOL_MASS type="real" size="1" columns="1" UNITS="g/mol">
46.06844
</MOL_MASS>
<MOL_DENSITY type="real" size="1" columns="1" UNITS="g/cm^3">
0.789
</MOL_DENSITY>
<MOL_ELEMENT type="character" size="4" columns="1" len="6">
CH3/et
CH2/et
O/et
H/et
</MOL_ELEMENT>
<MOL_XYZ type="real" size="12" columns="3" UNITS="angstrom">
-0.15329132 -1.20449407 0.00000000
0.52122770 0.14806752 0.00000000
-0.49452384 1.13851228 0.00000000
-0.09079379 2.00792208 0.00000000
</MOL_XYZ>
<MOL_CHARGE type="real" size="4" columns="1">
0.000
+0.265
-0.700
+0.435
</MOL_CHARGE>
<MOL_LJ>
<MOL_EPSILON type="real" size="4" columns="1" UNITS="kcal/mol">
0.207
0.118
0.170
0.046
</MOL_EPSILON>
<MOL_SIGMA type="real" size="4" columns="1" UNITS="angstrom">
3.775
3.905
3.070
1.000
</MOL_SIGMA>
</MOL_LJ>
</MOL>