【作者】 刘建阁； 张晓辉； 魏协宇； 俞宙； 李瑶； 代涛； 朱蒙； 刘佳； 郭彪；

【Author】 Liu Jiange;Zhang Xiaohui;Wei Xieyu;Yu Zhou;Li Yao;Dai Tao;Zhu Meng;Liu Jia;Guo Biao;Wuhan 2nd Ship Design and Research Institute;

【机构】 武汉第二船舶设计研究所；

【摘要】 为进一步应对气候变暖、缓解碳排放量和环境污染压力,满足有限区域范围内陆上或海上持续能源动力供应需求,拓展核能动力在偏远区域有限电力生产、海洋核动力平台、核动力破冰船、核动力科考船、核能装置供热等领域持续长久能源利用,一种多用途、高安全、简化、经济、非能动一体化先进小型模块反应堆ASMR60设计方案被提出。本文介绍了ASMR60反应堆设计主要技术特征,包括堆芯设计、控制棒驱动机构设计、反应堆压力容器设计、蒸汽发生器设计、主要专设安全设施设计等。更多还原

【Abstract】 In order to further cope climate warming, alleviate the pressure of carbon emissions and environmental pollution, and meet the demand of sustainable energy power supply on land or ocean in a limited area, and expand the limited power production of nuclear power in remote areas, marine nuclear power platform, nuclear power icebreakers, nuclear power scientific research ship, nuclear energy heating devices and other fields of sustainable and long-term energy utilization, a multi-purpose, safe, simplified, economical and passive integrated advanced small modular reactor ASMR60 design scheme is proposed. This paper introduces the main technical features of ASMR60 reactor design, including core design, control rod drive mechanism design, reactor pressure vessel design, steam generator design, and the design of main special safety facilities.更多还原