Investigating magnetic behavior in Crl3 monolayer nanostructure via monte carlo simulations

This current study examines the magnetic behavior of a mixed CrI 3 monolayer nanosystem using Monte Carlo simulations. The main objective was to examine the impact of variations in ferrimagnetic coupling parameters ( J σS ), external magnetic field ( H ) and crystal field (| D |) on the blocking temperature. The analysis reveals the emergence of a compensation temperature for | D | = 2 and 3. In addition, the hysteresis behavior analysis highlights how changes in J σS , D and T affect the magnetic behavior of the system. Decreasing J σS values show similar trends, with additional loops and magnetization plateaus attributed to negative J σS values. These results deepen our understanding of the magnetic property of CrI 3 monolayer nanosystem and pave the way for applications in advanced magnetic materials and devices.