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Experimental investigation on hot water seal over an analogous U-shaped device

机译:类似U形装置的热水密封的实验研究

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摘要

A scale ration of 1:1 test loop was constructed to investigate the water seal formation phenomenon in front of pressurizer safety valve in nuclear plant. The water seal features were investigated under the condition of pressure ranging from 0.15 to 0.55 MPa. The test was placed in a room with air conditioner to make sure the temperature in the room is keep relative stability thermal conditions, the temperature in the room may fluctuation between 20 and 25. Water level oscillates in the process of water seal stabilization, the experimental data fit very well with the proposed model in the paper. The water seal formation time reduced significantly with pressure increasing and air concentration decreasing. Refilling of the pipe is much more rapid than the initial one due to a lower content of non-condensable gases remaining in the steam. Finally, the water seal starting point judgment method has been put forward in this paper.
机译:构建了1:1测试回路的刻度率,以研究核电站中加压器安全阀前面的水封形成现象。 在0.15至0.55MPa的压力范围内研究水密封特征。 将测试置于带空调的房间,以确保房间的温度保持相对稳定的热条件,房间的温度可能波动20和25.水位在水密封稳定过程中振荡,实验 数据与纸张中的建议模型非常合适。 水密封形成时间随着压力增加和空气浓度降低而显着降低。 由于蒸汽中剩余的不可缩合气体的较低含量,重新填充管道比初始含量快得多。 最后,本文提出了水密封起始点判断方法。

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