Abstract
In nuclear or shielding design analysis for reactors or other facilities, nuclear data are one of the primary importances. Research project for nuclear data evaluation and their effective applications has been continuously performed. The objectives of this project are (1) to compile the latest evaluated nuclear data files, (2) to establish their processing code systems, and (3) to evaluate the multi-group constant library using the newly compiled data files and the code systems. As the results of this project, the latest version of NJOY nuclear data processing system, NJOY91.38 which is capable of processing data in ENDF-6 format, was compiled and installed in Cyber 960-31(OS : NOS/VE) and HP710 workstation. A 50-group constant library for fast reactor was generated with NJOY91.38 using evaluated data from JEF-1 and benchmark test of this library was performed. The newly generated library has been found to do an excellent job of calculating integral quantities for fast critical assemblies and is expected to be positively used to develop fast reactors. (Author).
Kim, Jung Do;
Gil, Choong Sup;
Min, Byung Joo;
Lee, Jong Tai
[1]
- Korea Atomic Energy Res. Inst., Taejon (Korea, Republic of)
Citation Formats
Kim, Jung Do, Gil, Choong Sup, Min, Byung Joo, and Lee, Jong Tai.
Nuclear data evaluation and group constant generation for reactor analysis.
Korea, Republic of: N. p.,
1993.
Web.
Kim, Jung Do, Gil, Choong Sup, Min, Byung Joo, & Lee, Jong Tai.
Nuclear data evaluation and group constant generation for reactor analysis.
Korea, Republic of.
Kim, Jung Do, Gil, Choong Sup, Min, Byung Joo, and Lee, Jong Tai.
1993.
"Nuclear data evaluation and group constant generation for reactor analysis."
Korea, Republic of.
@misc{etde_10170749,
title = {Nuclear data evaluation and group constant generation for reactor analysis}
author = {Kim, Jung Do, Gil, Choong Sup, Min, Byung Joo, and Lee, Jong Tai}
abstractNote = {In nuclear or shielding design analysis for reactors or other facilities, nuclear data are one of the primary importances. Research project for nuclear data evaluation and their effective applications has been continuously performed. The objectives of this project are (1) to compile the latest evaluated nuclear data files, (2) to establish their processing code systems, and (3) to evaluate the multi-group constant library using the newly compiled data files and the code systems. As the results of this project, the latest version of NJOY nuclear data processing system, NJOY91.38 which is capable of processing data in ENDF-6 format, was compiled and installed in Cyber 960-31(OS : NOS/VE) and HP710 workstation. A 50-group constant library for fast reactor was generated with NJOY91.38 using evaluated data from JEF-1 and benchmark test of this library was performed. The newly generated library has been found to do an excellent job of calculating integral quantities for fast critical assemblies and is expected to be positively used to develop fast reactors. (Author).}
place = {Korea, Republic of}
year = {1993}
month = {Jan}
}
title = {Nuclear data evaluation and group constant generation for reactor analysis}
author = {Kim, Jung Do, Gil, Choong Sup, Min, Byung Joo, and Lee, Jong Tai}
abstractNote = {In nuclear or shielding design analysis for reactors or other facilities, nuclear data are one of the primary importances. Research project for nuclear data evaluation and their effective applications has been continuously performed. The objectives of this project are (1) to compile the latest evaluated nuclear data files, (2) to establish their processing code systems, and (3) to evaluate the multi-group constant library using the newly compiled data files and the code systems. As the results of this project, the latest version of NJOY nuclear data processing system, NJOY91.38 which is capable of processing data in ENDF-6 format, was compiled and installed in Cyber 960-31(OS : NOS/VE) and HP710 workstation. A 50-group constant library for fast reactor was generated with NJOY91.38 using evaluated data from JEF-1 and benchmark test of this library was performed. The newly generated library has been found to do an excellent job of calculating integral quantities for fast critical assemblies and is expected to be positively used to develop fast reactors. (Author).}
place = {Korea, Republic of}
year = {1993}
month = {Jan}
}