对某压水堆核电站一回路放射性监测系统运行情况进行了介绍。通过3种不同的

对某压水堆核电站一回路放射性监测系统运行情况进行了介绍。通过3种不同的一回路放射性监测系统优化方案及实施效果的对比，以及系统取样管线优化后压力测试、监测数据的测试，表明系统取样管线优化方案能够避免放射性产物在取样管线内的沉积，有效保障监测数据的有效性，为同行和相关行业进行U 型取样管线消除沉积物的设计提供了参考。

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结果 (英语) 1: [复制]

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The operation of the primary loop radioactivity monitoring system of a pressurized water reactor nuclear power plant was introduced. Through the comparison of three different primary loop radioactivity monitoring system optimization schemes and implementation effects, as well as the pressure test and monitoring data test after the system sampling pipeline optimization, it is shown that the system sampling pipeline optimization scheme can avoid the deposition of radioactive products in the sampling pipeline and is effective To ensure the validity of monitoring data, it provides a reference for the design of U-shaped sampling pipelines to eliminate sediments in the same industry and related industries.

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结果 (英语) 2:[复制]

复制成功！

The operation of a loop radioactive monitoring system of a pressurized water reactor nuclear power plant is introduced. Through the comparison of the optimization scheme and implementation effect of 3 different one-loop radioactive monitoring system, as well as the test of pressure test and monitoring data after the optimization of the system sampling pipeline, it is shown that the system sampling pipeline optimization scheme can avoid the deposition of radioactive products in the sampling pipeline, effectively guarantee the effectiveness of the monitoring data, and provide a reference for the design of U-type sampling pipeline to eliminate sediments in the peer and related industries.

正在翻译中..

结果 (英语) 3:[复制]

复制成功！

The operation of the primary radioactivity monitoring system in a PWR nuclear power plant is introduced. Through the comparison of three different optimization schemes and implementation effects of primary loop radioactivity monitoring system, as well as the pressure test and monitoring data test after the optimization of system sampling pipeline, it shows that the optimization scheme of system sampling pipeline can avoid the deposition of radioactive products in the sampling pipeline, effectively guarantee the effectiveness of monitoring data, and provide reference for peers and related industries This paper provides a reference for the design of the sediment removal pipeline.<br>

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