Corrosion Monitoring of Carbon Steel in Non-Irradiated, Humidity-Controlled Environments Simulating Gamma-Ray Irradiation

Corrosion Monitoring of Carbon Steel in Non-Irradiated, Humidity-Controlled Environments Simulating Gamma-Ray Irradiation

To evaluate the effect of oxidants, which are formed by radiolysis of water under gamma-ray irradiation, on the corrosion of a carbon steel in a humid environment, ozone was introduced as a model oxidant into humidity-controlled air at 50C in a thermo-hygrostat chamber. Corrosion monitoring of carbo...

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Bibliographic Details
Main Authors: Abe, H. (Author), Ajito, S. (Author), Akiyama, E. (Author), Hata, K. (Author), Inoue, H. (Author), Kaji, Y. (Author), Omori, A. (Author), Sato, T. (Author), Seito, H. (Author), Suzuki, S. (Author), Tada, E. (Author), Taguchi, M. (Author)
Format: Article
Language:English
Published: Japan Institute of Metals (JIM) 2022
Subjects:
A-carbon
Atmospheric corrosion
Atmospheric corrosion monitors
carbon steel
Controlled environment
Corrosion monitor
Corrosion rate
corrosion sensor
Corrosion sensor
Corrosion-monitoring
Electrodes
Gamma rays
Gamma rays irradiation
gamma-ray
Gamma-rays
Humid environment
Humidity control
Irradiation
nuclear reactor
Nuclear reactors
oxidant
Oxidants
ozone
Ozone
Radiation chemistry
radiolysis
Radiolysis
Radiolysis of waters
Steel corrosion
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