Study on magnetic behaviors in a diluted ferrimagnetic Ising graphene nanoribbon

Investigating the magnetic and hysteretic properties of graphyne-based nanostructures: a comparative study of shape effects on critical temperatures, coercivity, and remanence

“…On the other hand, theoretical studies on the magnetic properties of various graphene structures, including nanographene, bilayer or trilayer graphene, and graphyne have been conducted using different calculation techniques such as the mean-field approximation (MFA) [28] and the effective field theory (EFT) [29][30][31][32][33][34][35][36][37], as well as Monte Carlo simulations (MCS) [38][39][40][41][42][43][44][45][46][47][48][49]. In this context, the magnetic properties of graphyne are investigated by the first-principles calculations [18,23,50,51].…”

Compensation and transition order temperature behavior of mixed spin-1 and spin-1/2 ising model on a centered honeycomb-hexagonal structure: two points of compensation

“…Various studies emphasize the effect of temperature, magnetic field, exchange coupling, and crystal field on the magnetic properties of the system [16][17][18]. Many shaped structures have been studied such as hexagonal core-shell [19][20][21], ladderlike boronene nanoribbon [22], square-octagon lattice [23], Blume-Capel system for square and simple cubic lattices [24][25][26], borophene core-shell structure [27], ladder-like graphene nanoribbon [28][29][30][31], triangular lattice [31,32], diamond-like decorated square [33], rectangle Ising nanoribbon [34].…”

Monte Carlo study of the magnetic properties and magnetocaloric effect of an AFM/FM BiFeO3/Co bilayer

“…In our previous works, the MC simulation and the Ising mixed-spin model were significantly applied to investigate the magnetic, electric, as well as thermal dynamic, properties of various nanosystems [42][43][44][45][46][47][48]. We have ever devoted ourselves to the study of the dielectric properties of the BiFeO 3 /FM bilayer system [49].…”