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首页> 外文期刊>Journal of nuclear science and technology >Self-Limiting Power Excursion Characteristics of Light Water Reactor, (VI)Theoretical Analysis of HTR Pulse Operation by REACT, a Two Point Kinetic Code
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Self-Limiting Power Excursion Characteristics of Light Water Reactor, (VI)Theoretical Analysis of HTR Pulse Operation by REACT, a Two Point Kinetic Code

机译:轻水堆的自限功率偏移特性,(VI)通过两点动力学代码REACT对HTR脉冲运行进行理论分析

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The theoretical analysis code named REACT, devised for covering pulsed operation of the HTR, is based on a two-point kinetic model, one point representing the average of the core, while the other is optional (e. g. hottest spot). The behavior of reactor power and other parameters are calculated by the average point, and the temperature of the hottest spot by the other point at same time.Improvements were brought to the code based on experimental data, and good agreement was found between calculation and experimental results obtained for pulsed operation. The feedback reactivity due to the Doppler effect was comprehensively evaluated by recalculation of experimental data; the void behavior was also investigated.
机译:设计用于覆盖HTR的脉冲操作的理论分析代码REACT是基于两点动力学模型的,其中一个点代表堆芯的平均值,而另一点是可选的(例如,最热的点)。用平均点计算反应堆功率和其他参数的行为,同时用另一个点计算反应堆最热点的温度。根据实验数据对代码进行了改进,在计算和实验上取得了很好的一致性。脉冲操作获得的结果。通过重新计算实验数据,全面评估了由于多普勒效应引起的反馈反应性。还研究了空隙行为。

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