Irradiation embrittlement of SQV2A steel was evaluated by magnetic methods. Thermal aging (TA) and electron irradiation (EI) specimens were prepared to evaluate the thermal aging and the irradiation damage effects separately. B‐H loops changed with TA and EI. Higher harmonics of AC magnetization signals were sensitive to micro‐structure changing of specimens. The intensity of the 3rd harmonics increased linearly with over 100 years of equivalent operation time by Larson‐Miller parameter of nuclear power plants.

Topics
Geophysical techniques, Electron radiation effects, Nuclear power plant
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© 2006 American Institute of Physics.
2006
American Institute of Physics
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