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Carbon-induced decrease of the early-stage oxidation rate for a medium-Mn steel
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DOI：10.1016/j.corsci.2026.114137.png)
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Abstract
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• Lower mass gain in C-containing medium-Mn steel compared to C-free model alloy. • Mass gain difference persists for quenched model alloy with fine microstructure. • Three-layered Fe-rich oxide forms; layers are corundum- and spinel-type oxide. • Severe pore formation in C-containing steel, causing loss of contact. • Diffusion pathways through the oxide are restricted, decreasing oxidation kinetics.
Keywords:
Medium-Mn steel
Carbon
Oxidation
Pore formation
TEM
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