Abstract
The development program of advanced nuclear structural and fuel materials includes the in-pile tests using the instrumented capsule at HANARO. The tests were performed in the in-core test holes of CT, IR 1 and 2 and OR 4 and 5 of HANARO. Extensive efforts have also been made to establish design and manufacturing technology for the instrumented capsule and its related system, which should be compatible with the HANARO's characteristics. Since the first instrumented capsule(97M-01K) had been designed and successfully fabricated, five tests were done to support the users and provided the economic benefits to user by generating the essential in-pile information on the performance and structural integrity of materials. This paper describes the present status and future plans of these R and D activities for the development of the instrumented capsule including in-situ material property measurement capsules and nuclear fuel test capsules.
Citation Formats
Kang, Young Hwan, Kim, B G, and Joo, K N.
Capsule development and utilization for material irradiation tests.
Korea, Republic of: N. p.,
2000.
Web.
Kang, Young Hwan, Kim, B G, & Joo, K N.
Capsule development and utilization for material irradiation tests.
Korea, Republic of.
Kang, Young Hwan, Kim, B G, and Joo, K N.
2000.
"Capsule development and utilization for material irradiation tests."
Korea, Republic of.
@misc{etde_20101250,
title = {Capsule development and utilization for material irradiation tests}
author = {Kang, Young Hwan, Kim, B G, and Joo, K N}
abstractNote = {The development program of advanced nuclear structural and fuel materials includes the in-pile tests using the instrumented capsule at HANARO. The tests were performed in the in-core test holes of CT, IR 1 and 2 and OR 4 and 5 of HANARO. Extensive efforts have also been made to establish design and manufacturing technology for the instrumented capsule and its related system, which should be compatible with the HANARO's characteristics. Since the first instrumented capsule(97M-01K) had been designed and successfully fabricated, five tests were done to support the users and provided the economic benefits to user by generating the essential in-pile information on the performance and structural integrity of materials. This paper describes the present status and future plans of these R and D activities for the development of the instrumented capsule including in-situ material property measurement capsules and nuclear fuel test capsules.}
place = {Korea, Republic of}
year = {2000}
month = {May}
}
title = {Capsule development and utilization for material irradiation tests}
author = {Kang, Young Hwan, Kim, B G, and Joo, K N}
abstractNote = {The development program of advanced nuclear structural and fuel materials includes the in-pile tests using the instrumented capsule at HANARO. The tests were performed in the in-core test holes of CT, IR 1 and 2 and OR 4 and 5 of HANARO. Extensive efforts have also been made to establish design and manufacturing technology for the instrumented capsule and its related system, which should be compatible with the HANARO's characteristics. Since the first instrumented capsule(97M-01K) had been designed and successfully fabricated, five tests were done to support the users and provided the economic benefits to user by generating the essential in-pile information on the performance and structural integrity of materials. This paper describes the present status and future plans of these R and D activities for the development of the instrumented capsule including in-situ material property measurement capsules and nuclear fuel test capsules.}
place = {Korea, Republic of}
year = {2000}
month = {May}
}