Abstract
Corrosion kinetics and rust layer protectiveness were combined to explore the effect of Cu content on the corrosion resistance of Ni-Mo low alloy steel in a simulated tropical marine atmospheric environment. The difference between the inner and outer rust layer protectiveness was discovered from the phase composition and distribution results and the evolution of electrochemical property. The synergistic effect of Cu with Ni and Mo on optimizing the rust layer protectiveness was revealed based on the formation and function of the appositional enrichment region (AER) inside the rust layer.
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