Research Progress on Magnetization Jump Effect of Perovskite RFeO3 Crystals

Abstract

Abstract: Perovskite rare earth orthoferrites RFeO₃ possesses abundant magnetism, which is due to the complex interaction between rare earth ions in 4f electron shell and iron ions in 3d electron shell. As an important phenomenon in RFeO₃ system, magnetization jump means that the magnetic moments of rare earth ions and iron ions in the system rotate 180° under a specific temperature and applied magnetic field, and the macroscopic performance is that the magnetization changes abruptly in the magnetocaloric curve. In this paper, two kinds of magnetization jump phenomena of different compounds RFeO₃ are discussed, the first type of magnetization transition usually has compensation points, and the coupling direction of F_R and F_Fe is unchanged, while the second type of magnetization transition is opposite, and the temperature region of the two types of magnetization transition is regulated by the external magnetic field.

Key words: earth orthoferrite, magnetization jump, magnetocrystalline anisotropy, spin reorientation

CLC Number:

O73
O482

BEN Xinwei, GAO Tian, ZHAI Haotian, ZHENG Xu. Research Progress on Magnetization Jump Effect of Perovskite RFeO₃ Crystals[J]. Journal of Synthetic Crystals, 2021, 50(8): 1575-1582.

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Research Progress on Magnetization Jump Effect of Perovskite RFeO₃ Crystals

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