Electron crystallography applied to the structure determination of Nb(Cu,Al,X) Laves phases

The presence of primary precipitates of the Laves phases considerably improves the mechanical properties and the resistance to thermal degradation of the high-temperature shape memory Cu-Al-Nb alloys. The structure analysis of the Laves phases was carried out on particles contained in the ternary an...

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Published in:Journal of microscopy (Oxford) 2006-09, Vol.223 (Pt 3), p.253-255
Main Authors: Gigla, M, Lelatko, J, Krzelowski, M, Morawiec, H
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creator Gigla, M
Lelatko, J
Krzelowski, M
Morawiec, H
description The presence of primary precipitates of the Laves phases considerably improves the mechanical properties and the resistance to thermal degradation of the high-temperature shape memory Cu-Al-Nb alloys. The structure analysis of the Laves phases was carried out on particles contained in the ternary and quaternary alloys as well on synthesized compounds related to the composition of the Nb(Cu,Al,X)(2) phase, where X = Ni, Co, Cr, Ti and Zr. The precise structure determination of the Laves phases was carried out by the electron crystallography method using the CRISP software.
doi_str_mv 10.1111/j.1365-2818.2006.01633.x
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title Electron crystallography applied to the structure determination of Nb(Cu,Al,X) Laves phases
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