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Based on the Monte Carlo (MC) simulation, the film growth and magnetic properties of Ni (100) films are investigated. The simulated results indicate that the surface roughness of the Ni films drops with the increase of the substrate temperature and the decrease of the deposition rate. The Curie temperature Tc is greatly influenced by the surface roughness and size of Ni films. Moreover, it is found that the Curie temperatures of the films are related to the mean coordination number Z and the surface roughness r. The simulated results explain the experimental facts well.

In this paper, we simulate the magnetization dynamic processes of the multilayer films, and calculate their hysteresis loop areas using Monte Carlo method. The simulated results indicate that, the size and anisotropy strength of the anisotropy multilayer films influence evidently the dynamic phase transition, and the phase transition temperature increases with enhancing values of the anisotropy constant and layer thickness. It is also found that, with increasing number of layers of films, the value of α decreases, while the magnitudes of β and γ increase. On the contrary, with increasing anisotropy strength, the value of α increases, while the magnitudes of β and γ reduce.