This article presents an overview of Monte Carlo methods for simulations of the phase
behaviour of fluids. The Gibbs ensemble method and histogram-reweighting Monte Carlo …

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 …

The series Advances in Polymer Science presents critical reviews of the present and future
trends in polymer and biopolymer science including chemistry, physical chemistry, physics …

A brief survey is given of recent simulation work of quasi-two-dimensional (Q2D) systems,
monolayers and systems of finite thickness, involving dipolar interactions. Representative …

We develop a Stockmayer fluid model that accounts for the dielectric responses of polar
solvents (water, MeOH, EtOH, acetone, 1-propanol, DMSO, and DMF) and NaCl solutions …

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

When deposited from an evaporating solution onto a substrate, even nondescript
nanoparticles can organize into intricate spatial patterns. Here we show that a simple but …

We studied a quasi-two-dimensional dipolar fluid in the chaining regime using Monte Carlo
canonical simulations and theoretical analyses. The self-assembled clusters were …

Two-dimensional magnetic systems present a great interest for both their potential
technological applications and the richness of their physical properties. Among the large …

We report Monte Carlo simulation results for a strongly coupled dipolar soft-sphere (DSS)
fluid confined to a nanoscopic slit pore with structureless, nonconducting walls. The central …