Abstract
Some model pair potentials of liquid water and hydrogen sulfide have been used for computing second virial coefficients, lowdensity values of depolarized light scattering due to the dipole-induced-dipole (DID) mechanism, mean-square torques and mean-square forces versus temperature. The second virial coefficient and depolarized scattering were corrected to account for quantum effects, which are found to be relevant in the case of water. The “MCY” water pair potential gives values of the second virial coefficient in good agreement with experiment, while computed and experimental values of the DID intensity disagree significantly. Possible reasons for this discrepancy are discussed.
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