首页|采用热管实现池式供热堆非能动余热导出的试验研究

采用热管实现池式供热堆非能动余热导出的试验研究

Study on the Passive Residual Heat Removal System with Heat Pipe in Pool Type Heating Reactor

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为实现池式供热堆非能动安全设计,进一步提高其环境友好性,以满足核能供暖设施贴近公众建设的要求,本研究针对池式供热堆低温常压的运行特点,介绍了采用低温热管实现非能动余热导出的试验研究情况,分析了关键试验参数并给出选取建议.研究结果表明,采用低温热管能够实现池式供热堆水池热量向环境大气的非能动导出功能.本研究成果为池式供热堆工程化设计提供了重要支撑.
In order to realize the passive safety design of pool type heating reactor,further improve its environmental friendliness,and meet the requirements of nuclear heating facilities close to public construction,this study introduces the experimental verification of passive residual heat removal by using low-temperature heat pipe according to the operating characteristics of pool type heating reactor at low temperature and normal pressure,and analyzes the key test parameters and gives some suggestions for selection.The research results show that the low-temperature heat pipe can realize the passive export of heat from the pool of pool type heating reactor to the ambient atmosphere,and provide important support for engineering design.

Pool type heating reactorPassive residual heat removal systemHeat pipe technology

吕军

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中国核电工程有限公司河北分公司,石家庄,050011

池式供热堆 非能动余热导出系统 热管技术

2024

核动力工程
中国核动力研究设计院

核动力工程

CSTPCD北大核心
影响因子:0.3
ISSN:0258-0926
年,卷(期):2024.45(1)
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