This paper focuses on a ferrimagnetic mixed-spin (3/2, 5/2) Ising model with an ABA
sandwich structure for a graphene-like trilayer. By means of Monte Carlo method, the …

We study the Ising model on a bilayer honeycomb lattice with frustrated antiferromagnetic
interactions using the cluster mean-field method. We investigate the role of exchange …

In this work, we present a new formulation for the effective field theory in a cluster with n-
sites, resulting from the correlation through the overlap of two sublattices: one composed of …

This work presents magnetic and thermodynamic properties of a nanostructure of hexagonal
lattices with ABA stacking described by the q-state Potts model and investigated by the use …

General formulation for the Mean-Field and Effective-Field theories, with correlations, on the
Ising model spin-1/2, were derived to describe the switching properties between the LS and …

A new method is developed for a more accurate computing of the value of the critical point
for magnetic nanoparticles using the cellular automata simulation method. In traditional …

In order to study the magnetic properties of a ferromagnetic mixed spin, on the nanolayered
structures described by spin-1/2 Ising model and spin-1 Blume-Capel model, analytical and …

We investigate the magnetisation and internal energy of the David star in the Kagome lattice
by the effective field theory developed by Kaneyoshi. First-order, Second-order and …