钠冷快堆中熔融池模型的建立与验证

Establishment and validation of the model of molten pool in fast reactor

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摘要快堆在超设计基准事故下运行时,会导致钠沸腾和干涸,如果不能及时停堆,接着就会产生燃料元件的熔化坍塌,在组件盒下部形成熔融池。为了对熔融池给出合理的安全分析,采用机理建模的方法,建立了完整的熔融池模型,并在法国的SCARABEE系列实验中的BF1三种功率的实验上进行了验证,和实验吻合较好,通过和所验证过的GEYSER及BF2等实验模型进行比较,得出了有关熔融池机理的相关结论。通过排热和温升等相关数据的比较,对熔融池向外的排热形式给出了合理分析,并得出了相关结论。 Running under the beyond design base accidental condition, sodium boiling and dry-out will soon be brought about in LMFBR. If not stopped timely, the fuel pins of the subassembly will be melt and broken to form a molten pool at the bottom of the subassembly. To present a reasonable analysis about the molten pool accident, a method of establishing model according to the mechanism is selected, by which an integral model of the molten pool is established. Validated on the three power groups of BF1 experiments which belong to the France SCARABEE series experiments, the model shows good results. After compared with the models of GEYSER and BF2 experiments which had been validated before, some conclusions about mechanism of molten pool are derived. Moreover, through comparing the relative parameters such as the discharged heat and the increment of temperature etc. , a reasonable analysis about the type of heat transfer is present, on the basis of which some conclusions are derived as well.

作者赵树峰罗锐王洲石晓波杨献勇

机构地区清华大学热科学与动力工程教育部重点实验室

出处《核科学与工程》 CSCD 北大核心 2007年第2期113-119,共7页 Nuclear Science and Engineering

关键词快堆熔融池沸腾池 fast reactor conduction reezing bulk reezing

分类号 TL433 [核科学技术—核技术及应用]

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钠冷快堆中熔融池模型的建立与验证

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