动态克尔显微镜下磁化反转过程的可视化

D. Hohs, S. Klett, R. Löffler, F. Trier, D. Goll, G. Schneider
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引用次数: 0

摘要

动态克尔显微镜能够分析磁性材料中的结构缺陷及其对退磁行为的影响。利用新的可视化技术,可以在微观结构中对消磁过程进行成像。例如,已经发现软磁体中的残余应力和夹杂物会阻碍磁化。例如,在永磁体中,异常大的颗粒会首先退磁,然后导致相邻颗粒加速退磁。
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Visualization of magnetization reversal processes by dynamic Kerr microscopy
Abstract Dynamic Kerr microscopy enables the analysis of structural defects in magnetic materials and their impact on the demagnetization behavior. Using new visualization techniques, it is possible to image the demagnetization process in the microstructure. It has been found that residual stresses and inclusions in soft magnets, for example, will impede magnetization. In permanent magnets, abnormally large grains, for example, will demagnetize first and then cause an accelerated demagnetization of adjacent grains.
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