Calculation of magnetization curves and probability distribution for monoclinic and uniaxial systems

We present the application of a simple classical statistical mechanics-based model to selected monoclinic and hexagonal model systems. In this model, we treat the magnetization as a classical vector whose angular orientation is dictated by the laws of equilibrium classical statistical mechanics. We calculate for these anisotropic systems, the magnetization curves, energy landscapes and probability distribution for different sets of relevant parameters and magnetic fields of different strengths and directions. Our results demonstrate a correlation between the most probable orientation of the magnetization vector, the system's parameters, and the external magnetic field.

► We calculate magnetization curves and probability angular distribution of the magnetization.
► The magnetization curves are consistent with probability results for the studied systems.
► Monoclinic and hexagonal systems behave differently due to their different anisotropies.