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Experimental Research on Passive Residual Heat Removal System of Chinese Advanced PWR

机译:中国先进压水堆被动余热去除系统的实验研究

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Passive residual heat removal system (PRHRS) for the secondary loop is one of the important features for Chinese advance pressurized water reactor (CAPWR). To prove the safety characteristics of CAPWR, serials of experiments have been done on special designed PRHRS test facility in the former stage. The test facility was built up following the scaling laws to preserve the similarity to CAPWR. A total of more than 300 tests have been performed on the test facility, including 90% steady state cases and 10% transient cases. A semiempirical model was generated for passive heat removal functions based on the experimental results of steady state cases. The dynamic capability characteristics and reliability of passive safety system for CAPWR were evidently proved by transient cases. A new simulation code, MISAP2.0, has been developed and calibrated by experimental results. It will be applied in future design evaluation and optimization works.
机译:二次回路的被动余热去除系统(PRHRS)是中国先进压水堆(CAPWR)的重要功能之一。为了证明CAPWR的安全特性,在前阶段已经对专门设计的PRHRS测试设备进行了一系列实验。为了保持与CAPWR的相似性,遵循缩放定律建立了测试设施。在测试设备上总共进行了300多次测试,包括90%的稳态情况和10%的瞬态情况。基于稳态案例的实验结果,为被动排热功能生成了一个半经验模型。暂态情况证明了CAPWR被动安全系统的动态能力特征和可靠性。已经开发了新的仿真代码MISAP2.0,并根据实验结果进行了校准。它将用于将来的设计评估和优化工作。

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