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Effects of Anti-phase Boundary on the Iron Loss of Grain Oriented Silicon Steel

机译:反相边界对晶粒取向硅钢铁损的影响

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We present a systematic analysis of the iron loss behavior of grain oriented silicon steels containing different Si contents using transmission electron microscopy. When the silicon content changed in the range of 3–6.5 wt%, the iron loss showed a convex profile and the maximum iron loss was observed in 5.2 wt% silicon steel. This maximum iron loss should be ascribed to the formation of antiphase boundaries that acted as pinning centers in the magnetic domain wall.
机译:我们使用透射电子显微镜对含不同硅含量的取向硅钢的铁损行为进行了系统分析。当硅含量在3–6.5 wt%的范围内变化时,铁损显示凸轮廓,在5.2 wt%的硅钢中观察到最大铁损。这种最大的铁损应归因于在磁畴壁中充当钉扎中心的反相边界的形成。

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