In this paper, the dielectric properties of a monolayer nano-graphyne structure, with mixed
spins σ= 7/2 and S= 1, have been studied, using Monte Carlo simulations. Firstly, the ground …

We employed the effective-field theory with correlations to study the hysteresis and
thermodynamic properties of a bilayer graphene-like ring with edge decorated by a …

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 …

In this study, we used Monte Carlo simulations to explore the dielectric properties of a
graphene-type nanolattice, revealing significant effects on blocking temperature. The …

This research work focuses on analyzing of the influence of vacancies on the dielectric
characteristics of the Hexagonal Boron Nitride lattice using Monte Carlo simulations. The …

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 This comparative Monte Carlo study compares the magnetic properties of β₁₂,
χ₃, and striped Borophene structures to reveal differences in magnetization, susceptibility …

We perform a numerical study of the kinetic Blume-Capel (BC) model to find if it exhibits the
metamagnetic anomalies previously observed in the kinetic Ising model for supercritical …

This paper presents a study on the dielectric characteristics of the Bi-MXene lattice using
Monte Carlo simulations through the Metropolis algorithm. The study utilizes the Blume …

In this paper, we study the dielectric properties of a monolayer coronene like nano-structure
with mixed spins (S=±2, σ=±5/2), using Monte Carlo simulations. The ground state phase …