Corrosion of mild steel and 316L austenitic stainless steel with different surface roughness in sodium chloride saline solutions
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Cites background from "Corrosion of mild steel and 316L au..."
...mild steel [14] and AE44 magnesium alloy [7]....
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References
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"Corrosion of mild steel and 316L au..." refers background in this paper
...This implies that for the metastable pit or pits to grow on a smoother surface is more difficult than on a rougher surface and the presence of chloride ions in the solution results in the destruction of the passive film as observed elsewhere [9, 10]....
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...Metastable pitting occurs throughout the passive region of stainless steel and the potential at which the transition to stable pit growth occurs is an important parameter describing the stability of the metal [6, 9, 10]....
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173 citations
"Corrosion of mild steel and 316L au..." refers background in this paper
...Metastable pitting occurs throughout the passive region of stainless steel and the potential at which the transition to stable pit growth occurs is an important parameter describing the stability of the metal [6, 9, 10]....
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...The pitting potential is more sensitive to surface roughness changes and the relatively large increase in pitting potential by several tenth mV from the roughest to smoothest surface, suggested that both the nucleation and propagation of metastable pits depends on the steel surface [6]....
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136 citations
109 citations
"Corrosion of mild steel and 316L au..." refers background in this paper
...This implies that for the metastable pit or pits to grow on a smoother surface is more difficult than on a rougher surface and the presence of chloride ions in the solution results in the destruction of the passive film as observed elsewhere [9, 10]....
[...]
...Metastable pitting occurs throughout the passive region of stainless steel and the potential at which the transition to stable pit growth occurs is an important parameter describing the stability of the metal [6, 9, 10]....
[...]