基于六角形节块法的行波堆燃耗程序HANDF-E

HANDF-E: A Program for TWR Burnup Calculations Based on Hexagonal Nodal Method

  • 摘要: 针对行波堆燃耗深、轴向非均匀性较强的特点,基于六角形节块法开发了宏观燃耗程序HANDF-E。对程序进行较算的结果表明,该程序计算精度较高,能满足行波堆深燃耗计算快速、准确的要求。采用不同能群结构进行堆芯计算的结果表明,在6群框架下行波堆计算能取得计算速度和精度的最优。

     

    Abstract: For the characteristics of high burnup, fine axial mesh of traveling-wave reactor (TWR), a macroscopic burnup code, HANDF-E, was developed based on a hexagonal nodal method. Compared with the benchmark results, it shows that HANDF-E can meet the fast and accurate requirements of TWR. Especially, in the framework of six groups, it can achieve the optimization of speed and accuracy.

     

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