We review the present status of applications of integral equation theories (IETs) for the radial
distribution function g (r), to the determination of phase diagrams and stability conditions of …

Modern techniques of liquid state physics have been successfully used to probe the
microscopic structure and dynamics of a variety of multicomponent liquids in which relative …

Debye-Hückel (DH) theory predicts phase separation in the primitive model electrolyte: hard
spheres of diameter a with charges±q. The coexistence curve (CC) is acceptable with T c*≡ …

Recent experiments on phase separation and criticality in ionic fluids are reviewed briefly.
The data suggest a sharp distinction between solvophobic criticality, displayed by nonionic …

A physically based mean-field theory of criticality and phase separation in the restricted
primitive model of an electrolyte (hard spheres of diameter a carrying charges±q) is …

Significant methodological progress has been made over the years in the development of
Monte Carlo algorithms capable of predicting phase equilibrium properties for model …

Recent experimental investigations of criticality and phase separation in ionic fluids have
revealed behavior of great theoretical interest. In seeking to understand the experiments …

In this work, we investigate the liquid-vapor phase transition of the restricted primitive model
of ionic fluids. We show that at the low temperatures where the phase transition occurs, the …

In this paper a brief survey is given of the properties of non-aqueous electrolyte solutions
and their applications in chemistry and technology without going into the details of theory …

The asymptotics of structural correlations in binary ionic fluids are investigated using an
extension of the pole analysis of the Ornstein-Zernike equation developed earlier for neutral …