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Passivation
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Passivation, in physical chemistry and engineering, is a material becoming "passive" in relation to being less affected by environmental factors such as air or water. It means a shielding outer layer of corrosion which can be demonstrated with a micro-coating or found occurring spontaneously in nature. Passivation is useful in strengthening, and preserving the appearance of, metallics. As a technique, passivating is using a light coat of material such as metal oxide to create a shell against corrosion. Passivation can only occur in certain conditions, and is used in microelectronics to enhance silicon.
In air, almost all metals[clarification needed] form a hard inert surface naturally. The reduction of the corrosive rate will vary individually in various shells, but is most notably pronounced in aluminium, zinc, titanium, and silicon (a metalloid). The shell inhibits deeper corrosion, and that is the key factor. The layer is usually an oxide or nitride with a thickness of[clarification needed] nanometers.