Mo-enhanced passivity of stainless steels studied at metal/oxide interfaces by DFT atomistic modeling通过DFT原子建模在金属/氧化物界面研究Mo增强不锈钢的钝化性能Applied Surface ScienceIF6.92025-09-240PRE
Protection of Stainless Steels by Mo against Cl Attack: A DFT StudyJOURNAL OF PHYSICAL CHEMISTRY CIF3.22025-02-060PRE
Growth mechanism of chromia scales on a model Ni-30Cr alloy at high temperaturesCORROSION SCIENCEIF8.52025-02-010OAAI
DFT study on Mo-stabilized passive films: Hydroxylation effects on chromium and iron oxide surfacesCORROSION SCIENCEIF8.52024-06-011OAAI
Atomistic insights on enhanced passivity: DFT study of substitutional Mo on Cr2O3 and Fe2O3 surfacesCORROSION SCIENCEIF8.52023-11-0113OAAI
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