The Influence of Structural Relaxation on the Holstein-Primakoff Paraprocess

Structural relaxations play a large role in forming the properties of magnetic materials. In amorphous alloys, which are metastable materials, obtaining a relatively stable structure requires a properly designed thermal treatment process. Samples should be annealed above the Curie temperature and below the crystallization temperature. With the process designed in such a way, the domain structure is not interfered with and the formation of crystal grains does not occur. By analyzing the so-called Holstein–Primakoff paraprocess, it is possible to determine the influence of magnetic atoms on the magnetization process in strong magnetic fields above the field of effective anisotropy.