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Technical Lessons Learned from the Fukushima Accident and Water-Cooled Reactor Technologies to Cope with Fukushima-type Accidents

机译:从福岛事故和水冷堆技术中汲取的技术教训,以应对福岛型事故

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"The 2011 off the Pacific Coast of Tohoku Earthquake" and subsequent tsunami on 11 March 2011 initiated accident conditions at several nuclear power stations on the northeast coast of Japan, and it developed into a very serious nuclear accident at Units 1-3 of the Fukushima Daiichi Nuclear Power Station. The IAEA set out a comprehensive program of work, called Action Plan on Nuclear Safety, in order to strengthen nuclear safety worldwide in 12 major areas. One of the Actions is "Effectively utilize research and development". To assist relevant stakeholders in conducting necessary research and development in nuclear safety, technology and engineering, the IAEA has been identifying and organizing lessons learned from the accident, and has assimilated into a comprehensive and concise set of lessons learned with emphasis on technical issues. This paper discusses technical lessons learned from the accident at the Fukushima Daiichi and Daini Nuclear Power Stations. It also identifies current water-cooled reactor technologies and discusses needs for research and development to cope with Fukushima-type accidents.
机译:“ 2011年东北太平洋大地震”及随后的2011年3月11日海啸引发了日本东北沿海几个核电站的事故情况,并发展成为福岛1-3号机组的非常严重的核事故。第一核电站。原子能机构制定了一项全面的工作计划,称为《核安全行动计划》,以加强全球12个主要领域的核安全。行动之一是“有效利用研发”。为了协助相关利益攸关方进行核安全,技术和工程方面的必要研究与开发,原子能机构一直在确定和组织从事故中汲取的教训,并吸收了一系列全面而简明的教训,重点放在技术问题上。本文讨论了从福岛第一核电站和大尼核电站事故中汲取的技术教训。它还确定了当前的水冷堆技术,并讨论了为应对福岛型事故而进行研发的需求。

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