首页> 外文期刊>Journal of nuclear science and technology >Prediction of Fuel Performance and Fission Gas Release Behavior during Normal Operation of the High Temperature Engineering Test Reactor by JAERI and FZJ Modeling Approach
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Prediction of Fuel Performance and Fission Gas Release Behavior during Normal Operation of the High Temperature Engineering Test Reactor by JAERI and FZJ Modeling Approach

机译:用JAERI和FZJ建模方法预测高温工程试验反应器正常运行时的燃料性能和裂变气体释放行为。

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摘要

In this temperature gas-cooled reactors (HTGRs), coated fuel particles as fuel to permit high outlet coolant temperature. The essential feature of HTGRs is the role of the coated fuel particles acting as tiny containment and the principal barrier against radinuclide release under any operational and accident condition. For a safe operation of the High Temperature Engineering Test Rector (HTTR), the continuous and reliable measurement of the coolant activity is required to allow an evaluation of the fuel performance and the radiological assessment of the plant during normal operation conditions.
机译:在这种温度的气冷堆(HTGR)中,涂覆的燃料颗粒作为燃料可允许较高的出口冷却液温度。高温气冷堆的基本特征是涂层燃料颗粒的作用是在任何运行和事故工况下充当微小的容器和防止放射性核素释放的主要屏障。为了使高温工程测试台(HTTR)安全运行,需要对冷却剂活性进行连续而可靠的测量,以便在正常运行条件下评估燃料性能并进行放射线评估。

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