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[en] The study deals with the verification of the depletion capabilities of the MCNPX code, which is a linked Monte-Carlo depletion code. For such a purpose the IV-B phase of the OECD NEA Burnup credit benchmark has been chosen. The mentioned benchmark is a code to code comparison of the multiplication coefficient keff and the isotopic composition of a LWR MOX fuel assembly at three given burnup levels and after five years of cooling. The benchmark consists of 6 cases, 2 different Pu vectors and 3 geometry models, however in this study only the fuel assembly calculations with two Pu vectors were performed. The aim of this study was to compare the obtained result with data from the participants of the OECD NEA Burnup Credit project and confirm the burnup capability of the MCNPX code. (Authors)
Source
Janicek, F.; Eleschova, Z. (Fakulty of electrical engineering and information technology of the Slovak University of Technology, Bratislava (Slovakia)); VUJE, Inc., 918 64 Trnava (Slovakia); Slovak University of Technology, Faculty of Electrical Engineering and Information Technology, Bratislava (Slovakia); Union of Slovak Research and Scientific Associations (Slovakia); National Center for Research and Application of Renewable Energy Sources (Slovakia); Slovak Committee of World Energy Congress (Slovakia); [795 p.]; ISBN 978-80-89402-49-6; 
; 2012; p. 1-7; Power Engineering 2012: 11. International Scientific Conference on Energy, Ecology and Economy 2012; Tatranske Matliare (Slovakia); 15-17 May 2012; 6 figs; 7 tabs; 7 refs.
; 2012; p. 1-7; Power Engineering 2012: 11. International Scientific Conference on Energy, Ecology and Economy 2012; Tatranske Matliare (Slovakia); 15-17 May 2012; 6 figs; 7 tabs; 7 refs.