Ahmad Mashhadi
ahmad_1865@yahoo.com
On Mon Jun 21 '10 2:37pm, Alex Granovsky wrote
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>Hi,
>actually, for standard PCM geometry optimization runs, you need to specify just two parameters:
>RSOLV = the solvent radius, in Angstroms
>EPS = the dielectric constant
>This information can be easily found in the literature.
>
>EPSINF is at present used only by TDHF+PCM and TDDFT+PCM frequency dependent NLO properties jobs, so it is not used for geometry optimization.
>Values for TCE, VMOL, STEN, DSTEN, CMF need to be given only for the case ICAV=1.
>Regards,
>Alex Granovsky
>
>
>On Fri Jun 18 '10 5:43pm, Ahmad Mashhadi wrote
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>>I’m going to optimize a molecule structure in 30 different solvents. It’s very important to achieve the most different structure. Please help to know how I can find the 8 numerical values to specify my solvent:
>>RSOLV = the solvent radius, in units Angstrom
>>EPS = the dielectric constant
>>EPSINF = the dielectric constant at infinite frequency.
>>TCE = the thermal expansion coefficient, in units 1/K
>>VMOL = the molar volume, in units ml/mole
>>STEN = the surface tension, in units dyne/cm
>>DSTEN = the thermal coefficient of log(STEN)
>>CMF = the cavity microscopic coefficient
>>And here is list of my solvent name:
>>Cyclohexane
>>Hexane (n-Hexane)
>>Heptane
>>Triethylamine
>>Tetrachloromethane
>>Toluene
>>Benzene
>>Diethyl ether
>>m-Xylene
>>1,4-Dioxane
>>Bromobenzene
>>Chlorobenzene
>>Tetrahydrofurane
>>Ethyl acetate
>>Chloroform
>>Pyridine
>>Dichloromethane
>>Nitrobenzene
>>1,2-Dichloroethane
>>Butan-2-one
>>Benzonitrile
>>Acetone
>>N,N-Dimethylacetamide
>>N,N-Dimethylformamide
>>Dimethyl sulfoxide
>>Acetonitrile
>>Nitromethane
>>Propan-2-ol
>>Benzyl alcohol
>>Ethanol
>>Methanol
>>Formamide