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This book deals with detection of stress corrosion cracking (SCC) initiation in nuclear power plant environments - essentially high-temperature water at around 300°C. It emphasises the importance of corrosion monitoring to limit corrosion in power plants and other nuclear applications.
List of contents
1. Corrosion monitoring - what's the point? 2. Introduction to different electrochemical corrosion monitoring techniques 2. Electrochemical noise generated during stress corrosion cracking in high-temperature water and its relationship to repassivation kinetics 2. Detection of stress corrosion cracking in a simulated BWR environment by combined electrochemical potential noise and direct current potential drop measurements 2. Electrochemical noise measurements of stainless steel in high-temperature water 2. Stochastic approach to electrochemical noise analysis of SCC of Alloy 600 SG tube in caustic environments at high temperature 2. In-situ electrochemical impedance and noise measurements of corroding stainless steel in high-temperature water 2. Monitoring of stress corrosion cracking of sensitised 304H stainless steel by electrochemical methods and acoustic emission 2. Corrosion monitoring of carbon steel in pasty clayey mixture as a function of temperature 2. Corrosion monitoring applications in nuclear power plants - a review 2. In-core corrosion monitoring in the Halden test reactor 2. Corrosion monitoring applications in Taiwan's nuclear power plants 2. A new technique for in-plant high mass transfer rate ECP monitoring 2. Precipitation and transformation of iron species in the presence of oxygen and hydrazine in a simulated stainless steel feed water system 2. An electrochemical sensor array for in-situ measurements of hydrogen peroxide concentration in high-temperature water
About the author
Ritter\, Stefan; Molander\, Anders
