The diat. potential energy function for helium has been detd. via the inversion of reduced viscosity collision integrals at corresponding states and zero pressure. The resulting potential has been fitted to obtain an anal. ...

The potential energy function of methane has been detd. via the inversion of reduced viscosity collision integrals at zero pressure. A comparison of the potential with the previously detd. potentials is included. The ...

The potential energy functions of CO–CO, CO2–CO2, and N2O–N2O systems have been determined via the inversion of reduced viscosity

collision integrals at zero pressure and fitted to obtain analytical potential forms. ...

The Fowler’s expression for calculation of the reduced surface tension has been used for simple fluids using the Hartree-Fock Dispersion

(HFD)-like potential (HFD-like fluids) obtained from the inversion of the ...

We have performed the mol. dynamics simulation to obtain energy and pressure of argon, krypton, and xenon at different temps. using a HFD-like potential which has been obtained with an inversion of viscosity data at zero ...

A simple and accurate expression for radial distribution function (RDF) of the Lennard-Jones fluid is presented. The expression explicitly states the RDF as a continuous function of reduced interparticle distance, temp., ...

Three regularities have been introduced for liqs. (T < TC and  > C) based on av. potential energy. The exptl. data have been used to show the validity of the regularities. First, there exists near-linearity ...

A new pair-potential energy function of nitrogen has been determined via the inversion of reduced viscosity

collision integrals and fitted to obtain an analytical potential form. The pair-potential reproduces

the ...

The potential energy function of carbon tetrafluoride has been detd. via the inversion of reduced viscosity collision integrals at corresponding states and zero pressure and fitted to obtain an anal. potential form. A ...