Recent advances regarding the interplay between ab initio calculations and metrology are
reviewed, with particular emphasis on gas-based techniques used for temperature and …

The statistical theory of condensation remains an open interdisciplinary problem for more
than a century. There are only an extremely limited number of specific theoretical examples …

We report equilibrium molecular simulation data for the classical Lennard-Jones (LJ) model,
covering all thermodynamic states where the crystal is stable, as well as fluid states near …

The virial equation of state (VEOS) provides a rigorous bridge between molecular
interactions and thermodynamic properties. The past decade has seen renewed interest in …

We have considered the line along which the values of the isothermal compressibility of a
system are the same as they would be for an ideal gas. It was called the κ T line. Various …

For realistic interaction models, which include both molecular attraction and repulsion (eg,
Lennard-Jones, modified Lennard-Jones, Morse, and square-well potentials), the asymptotic …

Recently reported virial coefficients for the Lennard-Jones model are extrapolated to very
high order, and the results are used to study the behavior of virial equation of state (VEOS) …

A large number (> 30 000) of Monte Carlo simulations in range of 0.002–1.41 ρ* and T*≤ 25
(* for reduced, dimensionless) was performed, producing a dense grid of state points for the …

The Uhlenbeck-Ford (UF) model was originally proposed for the theoretical study of
imperfect gases, given that all its virial coefficients can be evaluated exactly, in principle …

On the basis of the recently established “hole-particle” symmetry of the lattice-gas
Hamiltonian, the high-density equation of state has been derived in a form of pressure and …