CAJ | 학술논문

本工作在综合分析日本CANDLE堆和美国 TerraPower公司设计的 TP-1堆的基础上，提出沿径向倒料的驻波堆堆芯设计初步方案，通过高、低富集度组件在堆芯的混合布置展平功率，降低了堆芯的功率峰因子和组件的最大燃耗深度。通过倒换料，实现了增殖-燃耗波的传递。为能有效地利用行波堆增殖产生的易裂变核素，采用更换包壳的新技术，实现核燃料的持续利用。
본공작재종합분석일본CANDLE퇴화미국 TerraPower공사설계적 TP-1퇴적기출상，제출연경향도료적주파퇴퇴심설계초보방안，통과고、저부집도조건재퇴심적혼합포치전평공솔，강저료퇴심적공솔봉인자화조건적최대연모심도。통과도환료，실현료증식-연모파적전체。위능유효지이용행파퇴증식산생적역렬변핵소，채용경환포각적신기술，실현핵연료적지속이용。
On the basis of CANDLE reactor in Japan and TP-1 reactor designed by TerraPower in USA ,a conceptual core design of standing wave reactor with radial fuel shuffling scheme was proposed . The core power peaking factor and the maximum burnup of assemblies were reduced by mixed arrangement of high and low enrichment assemblies in the core .Through the radial shuffling scheme ,the breading-burnup wave propagation was achieved .In order to utilize the fissile material produced by standing wave reactor ,the fuel cladding reprocessing technique was applied ,and the sustainable utilization of nuclear fuel was realized .