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Fundamentals of the HDDR treatment of Nd_2Fe_(14)B type alloys

机译:Nd_2Fe_(14)B型合金的HDDR处理基础

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摘要

There are generalized experimental data on the kinetics of direct and reverse hydrogen-induced diffusive phase transformations in Nd_2Fe_(14)B type alloys, which is the basis of the HDDR technology. Their most general mechanisms, types of isothermal kinetic diagrams characteristic of both direct and reverse HIDP transformations, and mechanism of temperature influence on the kinetics are discussed. A conclusion is drawn that temperature (in parallel with hydrogen) is not only a necessary thermodynamic factor, but the most important kinetic factor characterizing general features of HIDP transformations.
机译:有关于Nd_2Fe_(14)B型合金中正向和反向氢致扩散相变动力学的一般实验数据,这是HDDR技术的基础。讨论了它们最一般的机理,正向和反向HIDP转换的等温动力学图类型以及温度对动力学的影响机理。得出的结论是,温度(与氢平行)不仅是必要的热力学因子,而且还是表征HIDP转换的一般特征的最重要的动力学因子。

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