Thermodynamic and magnetic properties of a mixed spins (3/2, 5/2) Ising nanowire with hexagonal structure: Monte Carlo simulation

In this work, the thermodynamic and magnetic properties such as total and partial magnetizations, magnetic susceptibility, internal energy, total specific heat, magnetic hysteresis loops and compensation temperature of a ferrimagnetic mixed spins-3/2 and spins-5/2 hexagonal Ising nanowire, have been determined by using Monte Carlo method based on the Metropolis algorithm. The effects of the longitudinal crystal field, the exchange interactions and the temperature on the magnetic properties and hysteresis loops are examined in detail for different values of the system parameters. Moreover, different interesting magnetic phenomena were obtained, such as the seven and triple hysteresis loops at low temperatures, the tricritical point and compensation behavior under certain physical parameters were detected. Our results are also compared with some experimental and theoretical results.