Abstract
The importance of intermediate-energy nuclear data files as part of a global calculation scheme for accelerator-based transmutation of radioactive waste systems (for instance with an accelerator-driven subcritical reactor) is discussed. A proposal for three intermediate-energy data libraries for incident neutrons and protons is presented: - a data library from 0 to about 100 MeV (first priority), - a reference data library from 20 to 1500 MeV, - an activation/transmutation library from 0 to about 100 MeV. Furthermore, the proposed ENDF-6 structure of each library is given. The data needs for accelerator-based transmutation are translated in terms of the aforementioned intermediate-energy data libraries. This could be a starting point for an ``International Evaluated Nuclear Data File for Transmutation``. This library could also be of interest for other applications in science and technology. Finally, some conclusions and recommendations concerning future evaluation work are given. (orig.)
Citation Formats
Koning, A J.
Requirements for an evaluated nuclear data file for accelerator-based transmutation.
Netherlands: N. p.,
1993.
Web.
Koning, A J.
Requirements for an evaluated nuclear data file for accelerator-based transmutation.
Netherlands.
Koning, A J.
1993.
"Requirements for an evaluated nuclear data file for accelerator-based transmutation."
Netherlands.
@misc{etde_10142529,
title = {Requirements for an evaluated nuclear data file for accelerator-based transmutation}
author = {Koning, A J}
abstractNote = {The importance of intermediate-energy nuclear data files as part of a global calculation scheme for accelerator-based transmutation of radioactive waste systems (for instance with an accelerator-driven subcritical reactor) is discussed. A proposal for three intermediate-energy data libraries for incident neutrons and protons is presented: - a data library from 0 to about 100 MeV (first priority), - a reference data library from 20 to 1500 MeV, - an activation/transmutation library from 0 to about 100 MeV. Furthermore, the proposed ENDF-6 structure of each library is given. The data needs for accelerator-based transmutation are translated in terms of the aforementioned intermediate-energy data libraries. This could be a starting point for an ``International Evaluated Nuclear Data File for Transmutation``. This library could also be of interest for other applications in science and technology. Finally, some conclusions and recommendations concerning future evaluation work are given. (orig.)}
place = {Netherlands}
year = {1993}
month = {Jun}
}
title = {Requirements for an evaluated nuclear data file for accelerator-based transmutation}
author = {Koning, A J}
abstractNote = {The importance of intermediate-energy nuclear data files as part of a global calculation scheme for accelerator-based transmutation of radioactive waste systems (for instance with an accelerator-driven subcritical reactor) is discussed. A proposal for three intermediate-energy data libraries for incident neutrons and protons is presented: - a data library from 0 to about 100 MeV (first priority), - a reference data library from 20 to 1500 MeV, - an activation/transmutation library from 0 to about 100 MeV. Furthermore, the proposed ENDF-6 structure of each library is given. The data needs for accelerator-based transmutation are translated in terms of the aforementioned intermediate-energy data libraries. This could be a starting point for an ``International Evaluated Nuclear Data File for Transmutation``. This library could also be of interest for other applications in science and technology. Finally, some conclusions and recommendations concerning future evaluation work are given. (orig.)}
place = {Netherlands}
year = {1993}
month = {Jun}
}