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Department of Fusion Engineering Research; Department of Materials Science
JAERI-Review 2005-012, 143 Pages, 2005/03
JAERI-Review-2005-012.pdf:11.74MB
no abstracts in English
Department of Fusion Engineering Research
JAERI-Review 2005-011, 139 Pages, 2005/03
JAERI-Review-2005-011.pdf:11.95MB
no abstracts in English
Department of Materials Science; Department of Fusion Engineering Research (Tokai Site)
JAERI-Review 2004-018, 97 Pages, 2004/08
JAERI-Review-2004-018.pdf:18.92MB
Extensive efforts for evaluating the irradiation performances of a reduced activation ferritic/martensitic steel (RAF/M) of F82H* and other several RAF/Ms have been made in recent several years. They are, examinations of the effects of neutron irradiation on (1) Ductile to brittle transition temperature (DBTT) up to a damage level of 20 dpa to explore lower temperature limit, (2) Enhanced He effect on DBTT shift for Ni/B doped heats (isotopic tailoring method was used for B doping), (3) Susceptibility to environmentally assisted cracking by the slow strain rate tensile tests (SSRT) in a high temperature pressurized water and (4) Flow stress-plastic strain relation obtained by measuring the profile of the specimen during tensile testing, together with the activities of (5) the development of the test methods after neutron irradiation and (6) other supporting researches. Results are summarized in the present report. They clearly indicate the good applicability of RAF/Ms to fusion machines.
Department of Fusion Engineering Research
JAERI-Review 2004-004, 96 Pages, 2004/03
JAERI-Review-2004-004.pdf:14.47MB
no abstracts in English
Department of Fusion Engineering Research; Department of Materials Science
JAERI-Conf 2001-007, 526 Pages, 2001/03
JAERI-Conf-2001-007.pdf:71.57MB
no abstracts in English