Abstract
Effects of proton or neutron irradiation on domestic 12Cr-1MoV and SA 508 C1.3 steels were evaluated by small-scale specimen test techniques, i.e, small punch (SP) and miniaturized tensile specimen (MTS) test. Two critical irradiation conditions, i.e, fluence and irradiation temperature, were determined to describe and compare each test result together by E-DEP-1.ext code (TRIM code) and low melting point eutectic alloys. Test results showed that these techniques can be used for evaluating irradiation effects in terms of standard specimen fracture parameters, provided a sufficient data base is prepared for size effects and {epsilon}{sub qf} - J{sub IC} relation. (Author).
Hong, Jun Hwa;
Chi, Se Hwan;
Lee, Bong Sang;
Park, Duck Gun;
Park, Jong Man;
Oh, Jong Myung
[1]
- Korea Atomic Energy Res. Inst., Taejon (Korea, Republic of)
Citation Formats
Hong, Jun Hwa, Chi, Se Hwan, Lee, Bong Sang, Park, Duck Gun, Park, Jong Man, and Oh, Jong Myung.
A study on the irradiation effect on reactor materials using a cyclotron.
Korea, Republic of: N. p.,
1994.
Web.
Hong, Jun Hwa, Chi, Se Hwan, Lee, Bong Sang, Park, Duck Gun, Park, Jong Man, & Oh, Jong Myung.
A study on the irradiation effect on reactor materials using a cyclotron.
Korea, Republic of.
Hong, Jun Hwa, Chi, Se Hwan, Lee, Bong Sang, Park, Duck Gun, Park, Jong Man, and Oh, Jong Myung.
1994.
"A study on the irradiation effect on reactor materials using a cyclotron."
Korea, Republic of.
@misc{etde_10111484,
title = {A study on the irradiation effect on reactor materials using a cyclotron}
author = {Hong, Jun Hwa, Chi, Se Hwan, Lee, Bong Sang, Park, Duck Gun, Park, Jong Man, and Oh, Jong Myung}
abstractNote = {Effects of proton or neutron irradiation on domestic 12Cr-1MoV and SA 508 C1.3 steels were evaluated by small-scale specimen test techniques, i.e, small punch (SP) and miniaturized tensile specimen (MTS) test. Two critical irradiation conditions, i.e, fluence and irradiation temperature, were determined to describe and compare each test result together by E-DEP-1.ext code (TRIM code) and low melting point eutectic alloys. Test results showed that these techniques can be used for evaluating irradiation effects in terms of standard specimen fracture parameters, provided a sufficient data base is prepared for size effects and {epsilon}{sub qf} - J{sub IC} relation. (Author).}
place = {Korea, Republic of}
year = {1994}
month = {Jan}
}
title = {A study on the irradiation effect on reactor materials using a cyclotron}
author = {Hong, Jun Hwa, Chi, Se Hwan, Lee, Bong Sang, Park, Duck Gun, Park, Jong Man, and Oh, Jong Myung}
abstractNote = {Effects of proton or neutron irradiation on domestic 12Cr-1MoV and SA 508 C1.3 steels were evaluated by small-scale specimen test techniques, i.e, small punch (SP) and miniaturized tensile specimen (MTS) test. Two critical irradiation conditions, i.e, fluence and irradiation temperature, were determined to describe and compare each test result together by E-DEP-1.ext code (TRIM code) and low melting point eutectic alloys. Test results showed that these techniques can be used for evaluating irradiation effects in terms of standard specimen fracture parameters, provided a sufficient data base is prepared for size effects and {epsilon}{sub qf} - J{sub IC} relation. (Author).}
place = {Korea, Republic of}
year = {1994}
month = {Jan}
}