Methods of observing magnetic domains in electrical steels

A. Moses, P. Anderson, K. Jenkins, H. Stanbury
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Abstract

For in-depth understanding and more accurate predictions of the performance of modern soft magnetic materials, particularly under a.c. magnetisation, the more complex structures present in real materials must be taken into account. This calls for methods of directly observing and quantifying static and dynamic domain structures. The following sections cover the most common domain observation techniques, roughly in chronological order of their first usage, which not surprisingly corresponds roughly according to their capability. These include powder techniques, optical methods such as the magneto-optical effect, magnetic force microscopy etc. They are all applicable for domain observation on any magnetic material but emphasis is placed on their relevance to electrical steels.
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电工钢中磁畴的观察方法
为了深入理解和更准确地预测现代软磁材料的性能,特别是在交流磁化下,必须考虑到实际材料中存在的更复杂的结构。这需要直接观察和量化静态和动态域结构的方法。下面的部分涵盖了最常见的领域观察技术,大致按照它们第一次使用的时间顺序排列,这并不令人惊讶地大致对应于它们的能力。这些包括粉末技术,光学方法,如磁光效应,磁力显微镜等。它们都适用于任何磁性材料的畴观察,但重点放在它们与电工钢的相关性上。
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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Magnetic measurements on electrical steels Rotational magnetisation and losses Anisotropy of iron and its alloys Magnetic domains, energy minimisation and magnetostriction Amorphous and nano-crystalline soft magnetic materials
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