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Technical note; Fuel storage facilities for 200-MW nuclear heating reactor

机译:技术说明; 200兆瓦核加热反应堆的燃料存储设施

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This paper reflects the thoughts and work concerning considerations and design of 200-MW nuclear heating reactor (NHR-200) developed in Institute of Nuclear Energy Technology (INET), Tsinghua University. China. Due to the fact that the size of heating reactors is limited to the local demands which are generally smaller that the economic reasonable size as compared to those reactors for electricity production, the design of systems for NHR-200 should be specified in accordance with its design characteristics, and simplified as much as possible for economic aim. The nuclear heating reactor has a low power density in the core and that the annual generation period is only about l80 days. Therefore, the total required number of fuel bundles is rather small. Furthermore, in-vessel spent fuel storage is feasible. All these features raise the potential to simplify the fuel storage system for NHR-200. The fuel storage and inspection facilities are described.
机译:本文反映了清华大学核能技术研究所(INET)开发的有关200兆瓦核加热反应堆(NHR-200)的考虑和设计的思想和工作。中国。由于加热反应堆的大小仅限于当地的需求,与电力生产的反应堆相比,加热反应堆的大小通常要比经济合理的大小小,因此应根据其设计规定NHR-200的系统设计特性,并尽可能简化以达到经济目的。核加热反应堆的堆芯功率密度低,年发电时间仅为180天左右。因此,燃料束的总需求数量很小。此外,船上乏燃料的存储是可行的。所有这些功能提高了简化NHR-200燃料存储系统的潜力。描述了燃料存储和检查设施。

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