Abstract A mixed-spin (5/2, 3/2) Ising model is established to describe the antiferroelectric/
ferroelectric (AFE/FE) BiFeO 3/Co bilayer structure. We study the effects of the crystal field …

Abstract Based on Monte Carlo simulation, we studied the thermodynamic characteristics
and magnetocaloric effect of a diluted graphdiyne monolayer with defects. The changes of …

This review covers methods and recent developments of the theoretical study of domain
structures in ultrathin ferroelectric films. The review begins with an introduction to some …

The critical and hysteresis behaviors of a ferrielectric Blume–Capel nanowire are studied
using the Ising model with mixed spins-(1 2, 1) in the presence of both an external …

The hysteresis loops and the thermodynamic properties of a ferroelectric or ferrielectric
double walled nanotubes (A and B) are studied within the Ising model with mixed spins (SA …

The mixed-spin Ising model with the crystal-field and the external electric field is used to
describe an antiferroelectric/ferroelectric BiFeO 3/YMnO 3 bilayer structure. Using Monte …

Abstract Based on Monte Carlo simulation, a mixed-spin (5/2, 2, 3/2) Ising model is
constructed to investigate the dynamic magnetic properties of antiferromagnetic …

Monte Carlo simulation has been used to study the dielectric properties of an
antiferroelectric/ferroelectric Ising bilayer structure which consists of the top layer with spin …

Abstract The dielectric Properties of Borophene superlattices A/B/A/B are studied by Monte
Carlo study (MCS). The ground state of Borophene superlattices was found for several …

Dielectric properties of Ising ferrielectric nanowires with spin-3/2 core and spin-5/2 shell
structure are systematically studied by the use of the Monte Carlo simulation in the presence …