FMP程序系统的微机化改造和验证计算

Computer Transformation and Validation of FMP System

为满足某研究项目的需要,对我国原有在CHALLENGE工作站上运行的燃料管理程序系统FMP进行微机化改造,大幅提高了该程序系统的计算速度和程序可移植性。该程序系统中两个主要程序TPFAP-E和CFMP的计算结果与原程序计算结果的比较表明,程序系统的微机化改造非常成功。在此基础上,针对堆芯设计计算报告《秦山300MWe核电厂堆芯第十次换料后续循环换料方案设计》的内容进行4个循环的燃料管理验证计算,主要参数计算结果与原报告的计算结果均吻合得较好,为利用该程序系统开展深入的燃料管理研究奠定了基础。

In order to meet the needs of a research project,the computer transformation of FMP system runs in the original CHALLENGE workstation which greatly improves the computing speed and portability of the program.The calculation results of two main program TPFAP-E and CFMP show that the computer transformation is very successful.On this basis,four-cycle core design calculations were validated according to ＂Design Calculation Report of Qinshan Nuclear Power Plant＂,the main calculation results are consistent with the original report,and lay the foundation for the program system to carry out in-depth fuel management studies.