Magnetic Properties and Compensation Temperature in Tri-layer Graphyne-Like Structure: Monte Carlo Simulations

Study on magnetic and thermodynamic characteristics of graphyne-like sandwich structure

“…Studying the multiple magnetic hysteresis behavior holds significant importance due to its potential applications in various fields, including data storage devices [47] and multi-state storage devices [48,49]. The computational results base on the Monte Carlo simulations also presents this mult-loop behaviors coming from figure 7 in [36]. Qualitatively, this result is similar to our findings.…”

“…By performing the same approach, Fadil et al studied the effects of various physical parameters on the magnetization, susceptibility, and transitional temperature of bilayer graphyne structure with mixed spin [34,35]. They also investigated the physical properties of the trilayer graphyne-like structure with mixed spin (5/2, 2) [36]. Based on the density functional theory, Majidi et al explored electronic properties of trilayer graphyne, and found that by increasing the intensity of the electric field, the energy gap of trilayer graphyne can be enhanced [37].…”

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

“…In this context, the magnetic properties of graphyne are investigated by the first-principles calculations [18,23,50,51]. The magnetic properties of the graphyne-based nanostructures based on MCS [52][53][54][55][56][57] and EFT [58,59] have been also studied. Drissi and Zriouel [52] have studied magnetic properties and hysteresis behaviors of graphyne core/shell nanoparticles using MCS.…”

“…They have found multiple magnetization plateaus behaviors at low temperature in the system. Fadil et al [56] have studied the magnetic properties of a trilayer graphyne with a mixed spins (5/2, 2) using the Blume-Capel Ising model. They have observed largely affect the magnetic and thermal properties of the system on the exchange coupling interactions, crystal and external magnetic fields.…”

Exploring dielectric phenomena in sulflower-like nanostructures via Monte Carlo technique

“…In recent research, investigations of the magnetic, magnetocaloric, and dielectric characteristics of diverse structures have been done via the Monte Carlo technique (MCt), including nano-islands [16], nanowires [17], Borophene Superlattices and core-shell [18,19], graphene-like nanoribbons [20], copper fluorides [21], a nano-graphene bilayer [22], a diluted graphdiyne monolayer with defects [23], a trilayer graphene-like structure [24], a polyhedral chain [25], the Kagome Ferromagnet [26]. Ising models have also been utilized to investigate the mixed systems, like the TbMnO 3 multiferroic system [27], the Gd 2 O 3 nanowire [28], the graphyne [29] and the core-shell Nanotube [30] systems and the Ising thin-film [31].…”