An optimization approach to establish an appropriate energy group structure for BWR pin-by-pin core analysis

Author:

Fujita Tatsuya,Tada Kenichi,Endo Tomohiro,Yamamoto Akio,Kosaka Shinya,Hirano Go,Nozaki Kenichiro

Publisher

Informa UK Limited

Subject

Nuclear Energy and Engineering,Nuclear and High Energy Physics

Reference16 articles.

1. SIMULATE-3 Pin Power Reconstruction: Methodology and Benchmarking

2. Pin Power Reconstruction Methods of the Few-Group BWR Core Simulator NEREUS

3. Bahadir, T., Lindahl, S-Ö. and Palmtag, S.SIMULATE-4 multigroup nodal code with microscopic depletion model. Proc. Mathematics and Computation, (M&C 2005). September12–15. [CD-ROM]

4. Yamaji, K., Matsumoto, H. and Nakano, M.Development of the new pin-by-pin core calculation method with embedded heterogeneous assembly calculation. Proc. Int. Conf. on Physics of Reactors (PHYSOR-2006). September10–14. [CD-ROM]

5. Applicability of the Diffusion and Simplified P3 Theories for Pin-by-Pin Geometry of BWR

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