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Calculation of In-core Fuel Management and Orthogonal Optimization for Xi'an Pulsed Reactor
CHEN Wei, JIANG Xin-biao, ZHANG Ying, CHEN Li-xin, CHEN Da, XIE Zhong-sheng
CHINESE JOURNAL OF COMPUTATIONAL PHYSICS    2003, 20 (5): 413-417.  
Abstract331)      PDF (265KB)(1046)      
An in-core fuel management code package HEX-ICFM is developed for Xi'an Pulsed Reactor.The orthogonal design model and the loading pattern optimization program HEX-ORTH are studied.The cell calculation is performed using WIMS-D/4.A two dimensional hexagonal geometry multigroup nodal theory code SIXTUS-2 is used for core diffusion calculation.The core physical parameters are calculated using HEX-ICFM for the first cycle of Xi'an Pulsed Reactor.With the fuel of end of cycle 3 and 30 fresh fuel rods the optimum loading patterns are calculated for the objective function max(KBOCeff)using HEX-ORTH.
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