2017 AESJ Thesis Award¶
Mr. Kenji Yokoyama of research group for reactor physics and standard nuclear code system and professor Akio Yamamoto of graduate school of engineering, Nagoya university, received the 49th “Thesis Award” from the Atomic Energy Society of Japan on 28 March 2017.
Atomic Energy Society of Japan Reactor Physics Division Significant Contribution Award 2016¶
Dr. Kenichi Tada, a researcher of research group for reactor physics and standard nuclear code system, and Dr. Satoshi Kunieda, an assistant principal researcher of nuclear data center, received the Prize of “Atomic Energy Society of Japan Reactor Physics Division Significant Contribution Award 2016” for the work entitled “Domestic Development of Nuclear Data Processing System FRENDY”.
Japan Atomic Energy Agency (JAEA) has been developing the database on the reaction probability (cross section) between neutron and nuclide, i.e., an evaluated nuclear data file JENDL (Japanese Evaluated Nuclear Data Library) and particle transport simulation programs. These are widely used in numerous institutes including research laboratories.
The particle transport simulation programs do not use the evaluated nuclear data library directly. Cross section data library for each simulation program should be prepared in advance.
In Japan, we have been using the systems developed by the United States and the International Atomic Energy Agency (IAEA) for the process that compiles the cross section libraries from the evaluated nuclear data libraries. However, we have been suffering the difficulty when making the cross section data libraries, because such computer code systems are very old and not developed for processing JENDL. Since this problem has also been pointed out in other countries as well as in Japan, “Development of New Nuclear Data Processing System” is strongly recognized as one of the most important issues in the field the reactor physics.
Doctors Tada and Kunieda have been tackling with the development of the purely domestic nuclear data processing system FREDNY (From Evaluated Nuclear Data librarY), not only for resolving all problems mentioned above but also for further sophisticated process of the nuclear data library, by including all functions of the pre-excising, i.e., de facto standard system and by finding and revising the problems. Their significant contributions have been highly evaluated and awarded by the Reactor Physics Division of the Atomic Energy Society of Japan.
The first version of FREDNY will be published from JAEA in this Japan fiscal year as the system which produces the cross section data libraries for continuous energy Monte Carlo codes.
Satoshi Kunieda, Kenichi Tada