Abstract
This paper focuses on a ferrimagnetic mixed-spin (3/2, 5/2) Ising model with an ABA sandwich structure for a graphene-like trilayer. By means of Monte Carlo method, the compensation behaviors and hysteresis characteristics of the system are investigated induced by different parameters. It is found that the negative increase of crystal field of sublattices a with large spin and its weak exchange coupling are favorable for the compensation behavior. In addition, we also find that the system may exhibit the magnetization plateaus at low temperature and the triple-loop hysteresis phenomenon because of the competition between external magnetic field and various physical parameters.
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