Determination and assessment of Morse potential functions for some nonpolar gases.
Morse potential functions for nonpolar gases determined from experimental viscosity and second virial coefficient
VIRIAL THEOREM↗
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Nonadditivity of intermolecular forces - Effects on the third virial coefficient.
Three-body nonadditivity of repulsive forces on classical third virial coefficient
THREE-BODY PROBLEM↗
Determination of molecular quadrupole moments from viscosities and second virial coefficients.
Molecular quadrupole moments and shape parameters derived from viscosities and second virial coefficients
GAS VISCOSITY↗
Intermolecular forces in globular molecules. II.
Intermolecular forces in methyl chloride and benzene calculated using spherical shell central potential theory
POTENTIAL THEORY↗
On the off-center dipole model for polar gases.
Ordinary and dielectric second virial coefficients for dipolar gases calculated by off-center dipole model using series expansion
VIRIAL THEOREM↗
Rotation and flattening of globular clusters
Methods for measuring globular cluster ellipticities and the results of such measurements are reviewed, and the processes that determine the shapes of globular clusters and the ways in which they change with time are discussed. The use of the virial tensor theorem to study the connection between the global rotation, velocity anisotropy, and the shape of a self-gravitating system is addressed, and the employment of N-body models to simulate the evolution of globular clusters with initially anisotropic velocity distributions is examined. The application of a simple evaporation model and Fokker-Planck integrations to study the two-body diffusion in globular clusters is reviewed.
Fall, S. M.↗