Colloidal liquids interacting with short range attraction and long range repulsion, such as
proposed for some protein solutions, have been found to exhibit novel states consisting of …

Colloidal dispersions with a short-range attraction and long-range repulsion can exhibit an
intriguing intermediate range order, manifested in scattering experiments as a low-q peak in …

Competing short-range attractive (SA) and long range repulsive (LR) particle interactions
can be used to describe three-dimensional charge-stabilized colloid or protein dispersions …

The microcanonical-ensemble computer simulation method (MCE) is used to evaluate the
perturbation terms A i of the Helmholtz free energy of a square-well (SW) fluid. The MCE …

In this work, we performed Molecular Dynamics (MD) simulations to investigate the
thermodynamic properties, including vapor pressures, critical points, pressure, excess …

The Helmholtz free-energy high-temperature perturbation terms of the square-shoulder and
the square-well potentials of variable range were calculated using the Microcanonical …

The theory, which utilizes an exponential enhancement of the first-order mean spherical
approximation (FMSA) for the radial distribution functions of the hard-core plus square-well …

In this article, we present a molecular thermodynamic study of a system of N particles
contained within a volume V and interacting via a hard-core pair potential with an attractive …

Discrete perturbation theory (DPT) is a powerful tool to study systems interacting with
potentials that are continuous but can be approximated by a piecewise continuous function …

An analytical expression for the Helmholtz free energy of discrete multipolar potentials as a
function of density, temperature, and intermolecular parameters is obtained as an extension …