Abstract
The research contents of the passed one year were the conceptual design of nuclear material measurement points, of near real time accounting system and of unattended monitoring system for detection of nuclear material diversion. The passive neutron detection system was decided as a proper way of detection of plutonium in the spent fuels and the neutrons emitted by each isotopes were investigated. Also, material balance area and major measurement points were selected and related computer code was used for the near real time accounting in DUPIC facility. (Author).
Park, Hyeon Soo;
Hong, Jong Sook;
Lee, Byeong Doo;
Kim, Ho Dong;
Cha, Heung Ryeol;
Lee, Yong Deok;
Choi, Hyeong Nae;
Na, Won Woo;
Park, Ho Joon
[1]
- Korea Atomic Energy Res. Inst., Taejon (Korea, Republic of)
Citation Formats
Park, Hyeon Soo, Hong, Jong Sook, Lee, Byeong Doo, Kim, Ho Dong, Cha, Heung Ryeol, Lee, Yong Deok, Choi, Hyeong Nae, Na, Won Woo, and Park, Ho Joon.
Technology development for nuclear material safeguards -A study on the direct use of spent PWR fuel in CANDU-.
Korea, Republic of: N. p.,
1994.
Web.
Park, Hyeon Soo, Hong, Jong Sook, Lee, Byeong Doo, Kim, Ho Dong, Cha, Heung Ryeol, Lee, Yong Deok, Choi, Hyeong Nae, Na, Won Woo, & Park, Ho Joon.
Technology development for nuclear material safeguards -A study on the direct use of spent PWR fuel in CANDU-.
Korea, Republic of.
Park, Hyeon Soo, Hong, Jong Sook, Lee, Byeong Doo, Kim, Ho Dong, Cha, Heung Ryeol, Lee, Yong Deok, Choi, Hyeong Nae, Na, Won Woo, and Park, Ho Joon.
1994.
"Technology development for nuclear material safeguards -A study on the direct use of spent PWR fuel in CANDU-."
Korea, Republic of.
@misc{etde_10112262,
title = {Technology development for nuclear material safeguards -A study on the direct use of spent PWR fuel in CANDU-}
author = {Park, Hyeon Soo, Hong, Jong Sook, Lee, Byeong Doo, Kim, Ho Dong, Cha, Heung Ryeol, Lee, Yong Deok, Choi, Hyeong Nae, Na, Won Woo, and Park, Ho Joon}
abstractNote = {The research contents of the passed one year were the conceptual design of nuclear material measurement points, of near real time accounting system and of unattended monitoring system for detection of nuclear material diversion. The passive neutron detection system was decided as a proper way of detection of plutonium in the spent fuels and the neutrons emitted by each isotopes were investigated. Also, material balance area and major measurement points were selected and related computer code was used for the near real time accounting in DUPIC facility. (Author).}
place = {Korea, Republic of}
year = {1994}
month = {Jul}
}
title = {Technology development for nuclear material safeguards -A study on the direct use of spent PWR fuel in CANDU-}
author = {Park, Hyeon Soo, Hong, Jong Sook, Lee, Byeong Doo, Kim, Ho Dong, Cha, Heung Ryeol, Lee, Yong Deok, Choi, Hyeong Nae, Na, Won Woo, and Park, Ho Joon}
abstractNote = {The research contents of the passed one year were the conceptual design of nuclear material measurement points, of near real time accounting system and of unattended monitoring system for detection of nuclear material diversion. The passive neutron detection system was decided as a proper way of detection of plutonium in the spent fuels and the neutrons emitted by each isotopes were investigated. Also, material balance area and major measurement points were selected and related computer code was used for the near real time accounting in DUPIC facility. (Author).}
place = {Korea, Republic of}
year = {1994}
month = {Jul}
}