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Effect of Mn on the Magnetostriction and Magnetic Properties in Zr0.1Tb0.9(Fe1-xMnx)2 and Y0.1Tb0.9(Fe1-xMnx)2
Author(s): Guo Hui-Qun Yang Hong-Ying Shen Bao-Gen Yang Lin-Yuan Yuan Jian Zhao Jian-Gao
Pages: 285-
287
Year: 1992
Issue:
4
Journal: Journal of Rare Earths
Keyword: Mn; Magnetostriction; Magnetic properties; Cubic Laves phase; Tb; Y; Zr;
Abstract: <正> Effect of Mn substitution for Fe in cubic Laves Zr0.1Tb0.9(Fe1-xMnx)2 and Y0.1Tb0.9(Fe1-xMnx)2 com-pounds is presented.Similar results in both systems are obtained: The structure and the magnetism of TbFe2 areboth influenced slightly by a small amount of Y or Zr substitution for Tb;With increasing x value,the latticeconstant increases monotonously;the Curie temperature decreases linearly;while saturation magnetizationincreases linearly.For the small amount of Mn substitution for Fe in both systems,magnetostriction issignificantly larger than that in the pure iron alloys.The largest magnetostriction of|γ‖-|γ|=2200×10-6at magnetic field of 2×107/4π A/mis obtained for Y0.1Tb0.9(Fe0.95Mn0.052.
Citations
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