Titlebook: Corrosion Control; Samuel A. Bradford Book 1993 Springer Science+Business Media New York 1993 chemical reaction.chemical reactions.chemist

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Viviola Gómez Ortiz,Arturo Juárez-Garcíad slightly more than incorrect materials selection. Although “get a better material” might seem to be the answer to any corrosion problem, it becomes obvious, as a failure is investigated, that in most cases the design could be improved.

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Reiner Rugulies,Birgit Aust,Ida E. H. Madsention rates increase exponentially with temperature. The principal reactant in air is oxygen, so all gas-metal reactions have come to be called “oxidation,” using the term in its broadest sense. The reacting gas may be water vapor, hydrogen sulfide, chlorine, and so on, but the reaction mechanisms ar

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978-1-4684-8847-0Springer Science+Business Media New York 1993

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Johannes Siegrist,Morten Wahrendorfe environment-metal combinations that will work in most circumstances. Anyone involved in materials selection for corrosive environments should remember the 11 environment-metal combinations in Table 7-1.

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Viviola Gómez Ortiz,Arturo Juárez-Garcíareaction, some with the cathode reaction, and some with both. They are usually used to prevent general corrosion but most are not effective in preventing localized attack, such as crevice corrosion, pitting, or SCC.