Electrostatic correlations play an important role in physics, chemistry and biology. In
plasmas they result in thermodynamic instability similar to the liquid–gas phase transition of …

The present understanding of how dipolar forces affect the structure and phase behaviour of
classical fluids is reviewed. We focus mainly on the apparent absence of a liquid-vapour …

We review equilibrium thermodynamic properties of systems of magnetic particles like
ferrofluids in which dipolar interactions play an important role. The review is focused on two …

Monte Carlo simulations are used to calculate the equation of state and free energy of
dipolar hard sphere fluids at low temperatures and densities. Evidence for the existence of …

Ferrofluids have attracted considerable interest from researchers and engineers due to their
rich set of unique physical properties that are valuable for many industrial and biomedical …

The structure of a model colloidal ferrofluid, the dipolar hard-sphere fluid, at low temperature
has been investigated using Monte Carlo simulations. Extensive particle association into …

We carried out extensive canonical Monte Carlo (MC) simulations of the dipolar hard-sphere
(DHS) fluid, with N= 1024 particles at fixed reduced density ρ*= 0.05, in order to investigate …

We discuss recent developments and present new findings on the structural and phase
properties of dipolar model fluids influenced by various external perturbations. We …

Liquid-vapor coexistence curves and critical parameters for hard-core 1: 1 electrolyte
models with diameter ratios λ= σ−/σ+= 1 to 5.7 have been studied by fine-discretization …

For ferrofluids that are described by a system of hard spheres interacting via dipolar forces
we evaluate the magnetization as a function of the internal magnetic field with a Born-Mayer …