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ANTIDOT ARRAYS OF FePd: MODIFICATION OF MAGNETIC PROPERTIES BY SUCCESSIVE ANNEALING

机译:FEPD的反对电节阵列:连续退火改变磁性

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Antidot arrays of FePd L1_0 alloy with high out-of-plane magnetization component have been fabricated by deposition of Fe/Pd multilayers on the anodic aluminum oxide templates and their successive annealing at temperatures 450 °C and 530 °C. X-ray diffractometry proved formation of L1_0 structure after sample annealing at 530 °C. Magnetometry, magnetic force microscopy and scanning electron microscopy reveal that the enhancement of out-of-plane magnetization component is associated with complex distribution of magnetic moments orientation in FePd films deposited on the templates with a developed surface topography.
机译:通过在阳极铝氧化物模板上沉积Fe / Pd多层的Fe / Pd多层的Fe / Pd多层和温度450℃和530°C的连续退火制造了具有高面外磁化组件的FEPD L1_0合金的反向软件。 X射线衍射测定法在530℃下的样品退火后证明了L1_0结构的形成。磁力学,磁力显微镜和扫描电子显微镜揭示了平面外磁化部件的增强与沉积在模板上的FEPD膜中的磁矩取向的复杂分布相关。

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