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A simplified method is proposed for calculating corrosion cavity propagation rates. This method is based on an assumption that if the rate of an electrode reaction depends (in an explicit form) only on the potential, the pit growth rate depends only on the concentration of those species that determine the potential distribution near the metal within the cavity. The advantage of this method is that...
Passivity breakdown on Type 304 stainless steel in 1 M NaCl at ambient temperature is found to be inhibited by incident monochromatic UV light (λ = 300 nm) at a power density of 58.5 μW/cm 2 . The observed photo-inhibition can be explained by the point defect model for passivity breakdown in terms of photoquenching of the electric field strength in the passive film.
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