Novel Interdiffusion Analysis in Multicomponent Alloys - Part 1: Application to Ternary Alloys

M. Afikuzzaman, I. Belova, G. Murch
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引用次数: 5

Abstract

A novel study of interdiffusion analysis in multicomponent alloys is presented. A custom written Matlab fitting program (MFP) is used as the main tool for the present study. The interdiffusion matrices are obtained using a newly developed mathematical approach based on the fitting into the closed form solution for the composition profiles. Overall, the new fitting method gives very good outcomes and allows the probing of multiple solutions (validated by back tests) that exist when a single diffusion couple is used in a multicomponent system. An important finding of the present investigations is that small differences in composition profiles may lead to large differences in the interdiffusion coefficients.
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多组分合金的新型相互扩散分析。第1部分:三元合金的应用
提出了一种新的多组分合金相互扩散分析方法。本研究使用自定义编写的Matlab拟合程序(MFP)作为主要工具。采用一种基于拟合成分分布的封闭形式解的新数学方法获得了相互扩散矩阵。总的来说,新的拟合方法给出了非常好的结果,并允许探测多组分系统中使用单个扩散偶时存在的多个解决方案(通过回测验证)。本研究的一个重要发现是,成分分布的微小差异可能导致相互扩散系数的巨大差异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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