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The relationships between the compositional changes in the alloy and the morphology and phase constitution of the developing oxide scale are established as a function of oxidation time for the thermal oxidation of a γ-Ni–27Cr–9Al (at.%) alloy at 1373 K and a high and low partial oxygen pressure (pO 2 ) of 2×10 4 and 0.1 Pa, respectively. Based on experimental observations, and model...
A coupled thermodynamic-kinetic oxidation model is presented that describes the thermal oxidation of a single-phase ternary alloy. For given oxide-layer growth kinetics, the model computes composition-depth profiles in the alloy, as well as the amount of each oxide phase developed as a function of oxidation time, including the formation of multiple oxide phases during the initial stage of fast oxidation...
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