An Empirical model for the corrosion of stainless steel in BWR primary coolant

Uchida, Shunsuke*; Hanawa, Satoshi ; Naito, Masanori*; Okada, Hidetoshi*; Lister, D. H.*

Based on the relationship among ECP, metal surface conditions, exposure time and other environmental conditions, a model to evaluate the ECP and corrosion rate of steel was developed by coupling a static electrochemical analysis and a dynamic oxide layer growth analysis. Major conclusion obtained on the model are as follows. The effect of H $_{2}$ O $_{2}$ and O $_{2}$ concentrations on ECP were successfully explained as the effects of oxide layer growth. Hysteresis of ECP under changes in water chemistry conditions were successfully explained with the model. Decreases in ECP due to neutron exposure were explained well by radiation-induced diffusion in the oxide layers.

Language	:	English
Journal	:	Corrosion Engineering, Science and Technology
Volume	:	52
Number	:	8
Pages	:	p.587 - 595
Publication Year/Month	:	2017/10
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Paper URL	:	https://doi.org/10.1080/1478422X.2017.1357960
DOI for research data	:	Link to research data related to this paper/report.
Keywords	:	electrochemistry; oxide layer; electrochemical corrosion potential
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Web of Science® Times Cited Count	:	Times Cited Count： If you would like to get the latest times cited, please access the Web of Science®. http://www.webofknowledge.com/wos
InCites™	:	Percentile:19.05 Category:Materials Science, Multidisciplinary
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Registration No. : AA20160672
JAEA Abstracts No. : 45001168
Paper Submission No. : 19399

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