Magnetic properties of one defects on borophene tri-layer structure: a Monte Carlo study
T. Sahdane, R. Masrour, A. Jabar
Abstract
The effect of the one defects on borophene tri-Layer structure consisting of nineteen hexagonal B36 units of a mixed spin S(A) = 7/2, S(B) = 2 and S(C) = 1/2 was study via Monte Carlo simulation in the absence and presence of external magnetic and crystal fields. Monte Carlo simulation method with the Metropolis algorithm is used to study magnetic properties of this system. To complete this study, the hysteresis cycle is established for fixed values of defect, temperature, crystal field value exchange interactions.
Topics & Concepts
Monte Carlo methodCondensed matter physicsBoropheneHysteresisMaterials scienceHexagonal crystal systemMagnetic hysteresisCrystal structureStatistical physicsPhysicsMagnetic fieldCrystallographyMagnetizationChemistryNanotechnologyMathematicsStatisticsQuantum mechanicsGrapheneMachine Learning in Materials ScienceBoron and Carbon Nanomaterials ResearchGraphene research and applications