Temperature and irradiation dependence of magnetic and mechanical properties of soft magnetic materials

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

All magnetic properties of engineering materials are temperature dependent to varying degrees. This is to be expected since their intrinsic saturation magnetisation, magnetostriction and magnetocrystalline anisotropy are all temperature sensitive. These determine the domain structure within a magnetic material, hence the magnetic properties at any temperature. This chapter summarises the temperature dependence of structure insensitive magnetic properties of important soft magnetic materials. This is followed by a presentation of temperature characteristics of structure sensitive properties of some families of commercial soft magnetic materials. The chapter concludes with sections covering low temperature characteristics, approaches to modelling temperature effects, possible effects of temperature gradients in magnetic cores and the general effects of irradiation on magnetic properties.
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软磁材料磁性和力学性能的温度和辐照依赖性
工程材料的所有磁性能都不同程度地依赖于温度。这是可以预料到的,因为它们的固有饱和磁化、磁致伸缩和磁晶各向异性都对温度敏感。这些决定了磁性材料内部的畴结构,从而决定了磁性材料在任何温度下的磁性。本章综述了重要软磁材料结构不敏感磁性能的温度依赖性。然后介绍了一些商用软磁材料家族的结构敏感特性的温度特性。本章的最后几节涵盖了低温特性、模拟温度效应的方法、磁芯温度梯度可能产生的影响以及辐射对磁性能的一般影响。
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