Magnetic properties of a graphene with alternate layers

The magnetic properties of spins σ = 3/2 and S = 2 Ising model on superlattice with alternate graphene layers have been investigated using the Monte Carlo Simulation. Firstly, we have study analytically the ground-state phase diagrams. The stable phases have been discussed in the present work. Then, we have also investigated the thermal behavior of the magnetizations and the magnetic susceptibilities of such a system for different physical parameters. To complete this work, we have also discussed the hysteresis cycle loops for different number of layers, temperatures and exchanges interactions. This system has a several application in spintronic device applications.