Progress of design study on fuel handling system in JSFR against Design Extension Conditions

机译：JSFR针对设计扩展条件的燃油处理系统设计研究进展

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Responding to the TEPCO's Fukushima Dai-ichi nuclear power station (1F-NPS) accident, the design study was carried out to enhance cooling function of fuel handling system (FHS)for Japan sodium-cooled fast reactor (JSFR). Design measures to maintain an FHS cooling function even in case of Design Extension Conditions(DECs) are studied; such as alternative cooling systems which are independent and diversified from design basis cooling systems. Based on effectiveness evaluations, it was confirmed that these measures have adequate availability against the postulated design extension conditions.

机译：为应对东京电力公司的福岛第一核电站（1F-NPS）事故，进行了设计研究，以增强日本钠冷快堆（JSFR）的燃料处理系统（FHS）的冷却功能。研究了即使在设计扩展条件（DECs）的情况下仍能保持FHS冷却功能的设计措施;例如替代性冷却系统，这些系统独立于设计基准冷却系统，并且与设计冷却系统不同。根据有效性评估，可以确定这些措施在假定的设计扩展条件下具有足够的可用性。

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《International congress on advances in nuclear power plants》|2014年|607-615|共9页
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Masahiko Ohtaka; Atsushi Katoh; Yoshitaka Chikazawa; Masayuki Uzawa; Akihiro Ide; Fumiaki Kaneko; Hiroyuki Hara;
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Progress of design study on fuel handling system in JSFR against Design Extension Conditions

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