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Passivation and Surface Film Formation
1996Passivation is a process in which the metal surface transforms from an active state to an inactive state owing to the formation of a barrier layer. The passivation of zinc has been the subject of numerous studies as shown in Table 3.1. It should be noted that there is a clear difference between the studies made in strong alkaline solutions and those ...
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Passivity and Protective Oxide Films
Nature, 1928IN NATURE of Feb. 11 (p. 222) it is stated that “An X-ray examination of finely divided iron, nickel, and chromium, conducted by F. Kruger and E. Nahring at Greifswald, has shown conclusively that films of oxide thicker than 10−7 cm. are not present on the surface of a passive metal.” Lest a wrong impression be gained from this statement, I would ...
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Growth and dissolution of passivating films
Corrosion Science, 1990Abstract A general theory for the steady state uniform corrosion of passive metals and alloys is described and compared to experimental results referring to oxide films on iron-chromium and iron-nickel alloys and cadmium sulfide films on cadmium. It is also shown that passivation of iron generates large compressive surface stresses.
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Growth kinetics of passive films
Electrochimica Acta, 1987A new model of growth of passive films is presented which includes both the transport through the film in the presence of a strong and varying electric field and the transport through the film—electrolyte interface by a reaction with a varying potential drop at the interface.
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Structural characteristics and chloride intrusion mechanism of passive film
Corrosion Science, 2022Xiulian Ren
exaly
Passive Films: Their Growth and Properties
ECS Meeting Abstracts, 2008Abstract not Available.
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