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08266 Crevice Corrosion Processes in Thin Films of Electrolyte

Product Number: 51300-08266-SG
ISBN: 08266 2008 CP
Author: Joe Payer, Xi Shan, Arun Agarwal, and Uziel Landau
Publication Date: 2008
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$20.00
Crevice corrosion is an important degradation mode to be evaluated for corrosion performance of passive metals exposed to high temperature brines over long exposure periods. A large portion of the studies of crevice corrosion pertain to fully immersed conditions. This work addresses the crevice corrosion processes in thin films of electrolyte. A framework for analysis is presented considering the stages of damage evolution: initiation, propagation, stifling, and arrest. Controlling parameters for damage evolution are illustrated by experimental and computational results. The material/environment of interest is Ni-Cr-Mo alloys in high temperature, concentrated chloride brines.
Crevice corrosion is an important degradation mode to be evaluated for corrosion performance of passive metals exposed to high temperature brines over long exposure periods. A large portion of the studies of crevice corrosion pertain to fully immersed conditions. This work addresses the crevice corrosion processes in thin films of electrolyte. A framework for analysis is presented considering the stages of damage evolution: initiation, propagation, stifling, and arrest. Controlling parameters for damage evolution are illustrated by experimental and computational results. The material/environment of interest is Ni-Cr-Mo alloys in high temperature, concentrated chloride brines.
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