首页> 外文期刊>Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics >High-field magnetization process in novel TbFeCo/YfeCo magnetostrictive spring magnet type multilayers
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High-field magnetization process in novel TbFeCo/YfeCo magnetostrictive spring magnet type multilayers

机译:新型TbFeCo / YfeCo磁致伸缩弹簧磁体类型多层体的高场磁化过程

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and Tb_(o.4)(Fe_(o.55)Co_(o.45)_(o.6)/Y_x(Fe_(o.7)Co_(0.3)_(1-x) (denoted as Terfecohan/Y,Fe_(1-x) and Terfecohan/Y_A.(Fe,Co)_(1-X), respectively) multilayers with a variable Y-content 0< =x < = 0.2. Various magnetic behaviour such as in-plane magnetic anisotropy, out-of-plane magnetic anisotropy, field-induced transition and exchange bias phenomenon are observed. Optimization of large magnetostriction and large magnetostrictive susceptibility are discussed in terms of the magnetization reversal, exchange coupling between sandwiched amorphous TbFeCo and nanos-tructured YFeCo-layers.
机译:和Tb_(o.4)(Fe_(o.55)Co_(o.45)_(o.6)/ Y_x(Fe_(o.7)Co_(0.3)_(1-x)(表示为Terfecohan / Y,Fe_(1-x)和Terfecohan / Y_A。(Fe,Co)_(1-X)的多层,其Y含量可变0 <= x <= 0.2。观察了磁各向异性,面外磁各向异性,场致跃迁和交换偏置现象,从磁化反转,夹心非晶态TbFeCo与纳米结构YFeCo之间的交换耦合的角度,讨论了大磁致伸缩和大磁致伸缩磁化率的优化。层。

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