Abstract
This article delves into transport phenomena, essential in science and engineering research, emphasizing Matano's Interface as a key element in diffusion studies. The primary goal is to elucidate a graphical procedure for approaching Matano's Interface within diffusion couples, aiming to calculate diffusion coefficients across various compositions. The comprehensive exploration of the Boltzmann-Matano method, particularly focusing on concentration-dependent diffusion coefficients, is accentuated. Acknowledging the historical context of Ludwig Boltzmann and Matano, the article highlights the practical application of their methodologies, notably in an annealed copper-zinc couple. The graphical determination of the Boltzmann-Matano interface proves crucial in understanding diffusion dynamics. The article successfully integrates theoretical understanding with practical insights, contributing to the broader field of transport phenomena research in science and engineering.
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