在磁场和应力作用下,晶粒取向Si-Fe板试样的磁构变化沿轧制方向呈下降趋势

T. Yamamoto, A. Shiuchi, K. Suzuki, A. Saito
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引用次数: 0

摘要

磁致伸缩是造成变压器铁心噪声的主要原因。因此,研究磁致伸缩子的形貌机理和性能是十分重要的。硅铁片的磁致伸缩很小,其磁化主要发生在180"畴的位移上。然而,当磁化方向偏向于轧制方向14的[OOl]方向时,样品发生了较大的磁致伸缩。因此,研究磁化方向与轧制方向不平行的Si-Fe板的磁致伸缩特性就显得尤为重要。本文从轧制方向研究了试样的磁致伸缩变化和畴结构变化的前兆。我们还研究了应力对磁致伸缩变化的影响,以明确磁致伸缩变化的机理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Magnetostruction change of grain oriented Si-Fe sheet sample declined from rolling direction under field and stress
The magnetostriction has major responsible for the noise of transformer core. Therefore it is very important to investigate the mechanism of appearance and the properties for magnetostricton. Magnetostriction of the Si-Fe sheets is very small as their magnetization mainly proceeds with the displacement of the 180" domain. However, large magnetostriction occurs on the sample, when the direction of magnetization inclined from [OOl] direction of rolling direction 14. Therefore the research ofmagnetostriction for the Si-Fe sheets, whose direction of magnetization is not parallel to rolling direction, has become more important. We investigated, in this paper, the propehes of magnetostriction change and the domain structure change of declined sample from rolling direction. We also investigated the effect of shess on the magnetostriction change t o make clear the mechanism of magnetostriction change.
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