2015
DOI: 10.1016/j.matlet.2015.07.030
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Lattice properties of supersaturated Ni–Sn solid solutions

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Cited by 6 publications
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“…This study carries out three-pronged examines on SMAs at the atomic level, namely crystal structures, atomic displacements and charge transfers in the TiNiCu alloys in relation to the increasing of Cu content. The crystal structures and lattice constants of solids are of fundamental importance in determining the phase transformation, microstructural morphologies as well as other physical properties of SMAs [42]. A theoretical study on the changes of crystal structures of SMAs is indispensable to understand the shape memory effect and superelasticity thoroughly.…”
Section: Background Of the Research Problemmentioning
confidence: 99%
“…This study carries out three-pronged examines on SMAs at the atomic level, namely crystal structures, atomic displacements and charge transfers in the TiNiCu alloys in relation to the increasing of Cu content. The crystal structures and lattice constants of solids are of fundamental importance in determining the phase transformation, microstructural morphologies as well as other physical properties of SMAs [42]. A theoretical study on the changes of crystal structures of SMAs is indispensable to understand the shape memory effect and superelasticity thoroughly.…”
Section: Background Of the Research Problemmentioning
confidence: 99%