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Relation between the Magnetic and Lattice Degrees of Freedom in the Fe-C System

机译:Fe-C体系中磁自由度与晶格自由度的关系

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摘要

On the basis of the relation between magnetic and lattice degrees of freedom, it is of interest to consider a special structured state with spatial scale of the order of tens of nm at the beginning of polymorphic γ–α transformation in steel. Supercooling of this state leads to the formation of disperse structures that are stronger and harder than bainite and pearlite and more plastic than martensite.
机译:根据磁自由度和晶格自由度之间的关系,在钢的多态γ-α相变开始时,考虑一种特殊的结构态,其空间尺度为几十纳米。这种状态的过冷导致形成比贝氏体和珠光体更坚硬,比马氏体更塑性的分散结构。

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