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The shape memory effect in systems Cu-based alloys

机译:系统铜基合金中的形状记忆效应

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摘要

330a The aim of this work was to analyse the mechanisms of hindered internal passivation of silver based alloys which was obtained by the modification of basic chemical composition. A generalisation of the phenomenon, experimental verification and the estimated range of micro-element concentration is also introduced. The ability for inoculation of a particular alloy is determined by the differences between the formation energies of oxides, as well as their crystallographic similarity. Therefore, for the investigated Ag-Zn alloys, Mg was selected as the micro-alloying element. The influence of 0.001 up to 0.5 mass % of Mg added to the selected alloys was analysed. By changing the chemical composition,internal passivation was hindered, internal oxidation rate was increased, and considerably greater (redoubled) depths of internal oxidation were achieved.
机译:330a这项工作的目的是分析通过改变基本化学成分获得的银基合金内部钝化的受阻机理。还介绍了该现象的概括,实验验证和微量元素浓度的估计范围。特定合金的孕育能力取决于氧化物的形成能之间的差异以及其晶体学相似性。因此,对于所研究的Ag-Zn合金,选择Mg作为微合金元素。分析了添加到所选合金中的Mg达0.001至0.5质量%的影响。通过改变化学组成,内部钝化受到阻碍,内部氧化速率增加,并且内部氧化深度大大增加(加倍)。

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    Bezjak Jožica;

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  • 年度 2013
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