Liquids exist in a relatively small part of the enormous range of temperatures and pressures
existing in the universe. Nevertheless, they are of vital importance for physics and chemistry …

Recent developments in classical density functional theory Page 20 RECENT
DEVELOPMENTS IN CLASSICAL DENSITY FUNCTIONAL THEORY JAMES F. LUTSKO Center …

The perturbation theory of liquids developed recently by Weeks, Chandler, and Andersen
(WCA) is examined in detail: Each assumption introduced by these authors is tested by …

A microscopic theory is developed which can describe many of the structural and
thermodynamic properties of infinitely dilute solutions of apolar solutes in liquid water. The …

The van der Waals picture focuses on the differing roles of the strong short-ranged repulsive
intermolecular forces and the longer ranged attractions in determining the structure and …

An intriguing problem in condensed matter physics is understanding the glass transition, in
particular the dynamics in the equilibrium liquid close to vitrification. Recent advances have …

We consider the equilibrium statistical mechanics of classical fluids in which the potential
energy is decomposable into repulsive pair interactions. A generalized cluster expansion is …

This is the background against which the present Volume has come into being. It has, for
reasons expounded above, much greater breadth than our two earlier Volumes. We feel as …

Computationally convenient theoretical methods for calculating the thermodynamic
properties and pair correlation functions of a classical multicomponent fluid are presented …

The attractive and the repulsive intermolecular forces play very different roles in forming the
equilibrium structure of a dense liquid. The harsh repulsive forces (which fix the shape of the …