Fe86mn13c合金马氏体转变过程中的团簇自组装晶体和磁性结构

Engineering & Technologies Pub Date : 2015-02-01 DOI:10.17516/1999-494x-2015-8-1-48-56

L. Kveglis, A. Dzhes, M. N. Volochaev, A. Cherkov, F. M. Noskov, Л.И. Квеглис, А. В. Джес, Михаил Н. Волочаев, А. Г. Черков, Ф М Носков

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引用次数: 1

摘要

Fe86Mn13C合金在体态和薄膜态下，在多尺度上观察到晶体和磁性结构的自组装。基于材料在塑性变形波中局部形成的类液态的概念，提出了原子结构的自组装团簇模型。

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The Clusters Self-Assembled Crystal and Magnetic Structure During the Martensite Transition in Fe86mn13c Alloy

In bulk and thin film state Fe86Mn13C alloy observed experimentally self-assembly of the crystal and magnetic structures on multiscale levels. Offered self-assembly cluster model of atomic structure based on the concept of a liquid-like state of the material in localized areas, formed in the waves of plastic deformation.

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Engineering & Technologies

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