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Some of the technologies, which can improve the properties of anisotropic materials

机译:一些可以改善各向异性材料性能的技术

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摘要

Most of crystals of solid materials have anisotropic characters, but this feature is not often utilized in manufacturing. In the paper, there is a review of those processes, which could be used first of all for improving properties of magnetic materials. Essence of plastic deformations and recrystallization textures is described together with controlled crystallization possibilities. Improvement of some features of polycrystalline bodies by growing crystallites with orientation requested for assuring the needed anisotropic character is also discussed. Utilization of the effects of magnetic, electric or mechanical loads gives such possibilities.
机译:固体材料的大多数晶体具有各向异性特征,但是该特征在制造中并不经常使用。在本文中,对这些过程进行了回顾,这些过程首先可用于改善磁性材料的性能。描述了塑性变形和再结晶织构的实质以及受控的结晶可能性。还讨论了通过生长具有确保所需各向异性特征所需的取向的微晶来改善多晶体某些特征的方法。利用磁,电或机械负载的作用提供了这样的可能性。

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