Intermolecular forces in globular molecules. VIII - Binary gaseous mixtures
Spherical shell potential extension to shells of differing diameters for intermolecular forces in globular molecules, considering binary gaseous mixtures
De Rocco, A. G.↗
Engineering topics
De Rocco, A. G.
Publications and source records attributed to De Rocco, A. G..
Intermolecular potential and virial in fluids
Fluid intermolecular potential and virial calculation, noting relationships to Boyle and Joule-Thompson inversion temperatures
De Rocco, A. G.↗
Intermolecular forces in globular molecules. VII.
Benzene quadrupole moment estimates from second virial coefficient data with polarizability in intermolecular potential function and from molecular susceptibility anisotropy
De Rocco, A. G.↗
Intermolecular forces in globular molecules. V - Transport collision integrals.
Transport collision integrals tabulated for spherical shell potential describing intermolecular forces in globular molecules
De Rocco, A. G.↗
Intermolecular forces in globular molecules. VI - Octopole moments of tetrahedral molecules.
Octopole moments for methane and carbon tetrafluoride derived from second virial coefficients temperature dependence, using spherical shell potential model
De Rocco, A. G.↗
Intermolecular forces in globular molecules. II.
Intermolecular forces in methyl chloride and benzene calculated using spherical shell central potential theory
POTENTIAL THEORY↗
Nonadditivity of intermolecular forces - Effects on the third virial coefficient.
Three-body nonadditivity of repulsive forces on classical third virial coefficient
THREE-BODY PROBLEM↗
Nonadditivity of intermolecular forces - Effects on the third virial coefficient
Effects of nonadditive three body forces on third virial coefficient
VIRIAL THEOREM↗