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• W1615444706 abstract "The magnetic structures found in the heavy rare-earth metals are stabilized by the exchange interaction, which by itself makes a simple screw structure stable, and by the crystalline anisotropy energy. The dominant anisotropy energy is the one-ion anisotropy energy possessed by each rare-earth spin, and is expressible in terms of the spherical harmonics up to the sixth order. This chapter discusses the light series of rare-earth metals. The crystal structure of light metals is ABAC-hexagonal, and for this structure the structure amplitude IF(K)I for K112 is only a half of the value for ABAB. On the other hand, the 4f wave function is more extended and its energy level is expected to be higher. The indirect interaction plays a decisive role for the screw structure of the ordered spins. In particular, the occurrence of the screw structure is connected with the fact that some of the Brillouin zone boundaries are situated just outside the Fermi surface. This has been shown for a hcp lattice with three valence electrons per atom on the basis of the free electron model. Since the valence electrons in rare earths are in the 5d- and 6s-states, the free electron picture should be modified to some extent." @default.
• W1615444706 created "2016-06-24" @default.
• W1615444706 creator A5008156870 @default.
• W1615444706 date "1964-01-01" @default.
• W1615444706 modified "2023-10-03" @default.
• W1615444706 title "Chapter V Magnetic Structures of Heavy Rare-Earth Metals" @default.
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• W1615444706 doi "https://doi.org/10.1016/s0079-6417(08)60153-5" @default.
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