Ni51Ti49薄膜的原子和电子结构

Kaznacheeva Am
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引用次数: 0

摘要

机械化学反应的结果是具有新的结构状态的相,因此具有新的性质。在对镍化钛的大量样品和薄片的研究中,人们不知道它们中出现磁化的可能性。[2]的作者首次指出了这种可能性。作者将磁化的出现与变形马氏体的出现和四面体堆积的Frank - Casper组织联系起来。这种结构的一个特点是原子从与晶格的立方对称有关的位置位移。对称性的降低会导致磁化[3]的出现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Atomic and Electronic Structure in Thin Foils Ni51Ti49
The result of mechanochemical reactions are phases with new structural states, and accordingly, with new properties. In the study of massive samples and thinned foils of titanium nickelide, it was not known about the possibility of the appearance of magnetization in them. For the first time, the authors of [2] indicated this possibility. The authors associated the appearance of magnetization with the appearance of deformation martensite with the tetrahedrally packed Frank – Casper structure. A feature of this structure is the displacement of atoms from the positions associated with the cubic symmetry of the crystal lattice. A decrease in symmetry can lead to the appearance of magnetization [3].
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