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Matsumoto, Hideki; Tahara, Yoshihisa
Proceedings of the first symposium on Monte Carlo simulation2001
Proceedings of the first symposium on Monte Carlo simulation2001
AbstractAbstract
[en] MHI studies the method of the spatially dependent resonance cross sections so as to predict the power distribution in a fuel pellet accurately. For this purpose, the multiband method and the Stoker/Weiss method were implemented to the 2 dimensional transport code PHOENIX-P, and the methods were validated by comparing them with MVP code. Although the appropriate reference was not obtain from the deterministic codes on the resonance cross section study, now the Monte Carlo code MVP result is available and useful as reference. It is shown here how MVP is used to develop the multiband method and the Stoker/Weiss method, and how effective the result of MVP is on the study of the resonance cross sections. (author)
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Japan Atomic Energy Research Inst., Tokyo (Japan); 352 p; Jan 2001; p. 270-280; 1. symposium on Monte Carlo simulation; Tokyo (Japan); 10-11 Sep 1998; 13 refs., 7 figs.
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