We briefly review the use of the order parameter probability distribution function as a useful
tool to obtain the critical properties of statistical mechanical models using computer Monte …

Understanding the electric field dependence of charge-carrier mobility is central to the
rational design of organic semiconductor devices. We present an analytic description of …

The monolayer adsorption of interacting binary mixtures on 2D square lattices has been
studied through grand canonical Monte Carlo simulation in the framework of the lattice-gas …

We present extensive Monte Carlo simulations of the classical XY model in three
dimensions on a simple cubic lattice with periodic boundary conditions subject to quenched …

The adsorption of binary mixtures on square lattices is studied by combining theoretical
modeling and Monte Carlo (MC) simulations in grand canonical ensemble. The adsorption …

The present paper considers some classical ferromagnetic lattice-gas models, consisting of
particles that carry n-component spins (n= 2, 3) and associated with a D-dimensional lattice …

The vectorial generalization of the Blume–Emery–Griffiths model, proposed by Berker and
Nelson to describe the behavior of films of 3He–4He mixtures, is studied by Monte Carlo …

The Blume-Capel model (BCM) generalizes the Ising model to allow for the presence of
vacancy sites, and was used as an early description of the effect of a H 3 e admixture on the …

The XY vectorial generalization of the Blume-Emery-Griffiths (XY-VBEG) model, which is
suitable to be applied to the study of He 3-He 4 mixtures, is treated on thin films structure …

The bicritical properties of the three-dimensional classical anisotropic Heisenberg model in
a crystal field are investigated through extensive Monte Carlo simulations on a simple cubic …