Texture and Magnetic Properties

P. R. Morris, J. W. Flowers
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引用次数: 61

Abstract

Expressions are derived for the dependence of the magnetic properties of cubic materials on texture. The theoretical development generally parallels that of Bunge, but employs Roe's formalism. The expressions, together with limited experimental data, enable one to express magnetic property variations in the plane of the sheet, to obtain property values for comparable texture-free specimens, and to separate magnetic properties into texture-dependent and texture-independent components. Core loss, magnetic permeability and torque or specimens of "nonoriented" nominal 3% silicon-iron are fitted to simple fourth-order equations.
织构和磁性能
导出了立方体材料的磁性与织构关系的表达式。理论的发展大体上与邦格的相似,但采用了罗伊的形式主义。这些表达式与有限的实验数据一起,使人们能够表达薄片平面上的磁性能变化,获得可比较的无纹理样品的性质值,并将磁性能分为与纹理相关和与纹理无关的组分。磁芯损耗、磁导率和转矩或“无取向”标称3%硅铁样品拟合为简单的四阶方程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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