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03666 EFFECT OF ELECTROCATALYSIS AND ITS LOCATION ON CRACK CHEMISTRY AND SCC IN HIGH TEMPERATURE WATER

Picture for 03666 EFFECT OF ELECTROCATALYSIS AND ITS LOCATION
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Product Number: 51300-03666-SG
ISBN: 03666 2003 CP
Author: Peter L. Andresen, Paul W. Emigh and William R. Catlin
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Enhancing the electrocatalytic properties of wetted surfaces is a very effective means of mitigating SCC in oxidizing environments such as in BWRs, provided there is a stoichiometric excess of reductants over oxidants. The mechanisms and criteria for effective SCC mitigation are summarized, with particular focus on the critical location for the catalyst. Key Words: stress corrosion cracking, high temperature water, catalysis, noble metals, crack growth rate, corrosion potential, structural materials, boiling water reactors.
Enhancing the electrocatalytic properties of wetted surfaces is a very effective means of mitigating SCC in oxidizing environments such as in BWRs, provided there is a stoichiometric excess of reductants over oxidants. The mechanisms and criteria for effective SCC mitigation are summarized, with particular focus on the critical location for the catalyst. Key Words: stress corrosion cracking, high temperature water, catalysis, noble metals, crack growth rate, corrosion potential, structural materials, boiling water reactors.
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