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非能动氢复合器性能验证试验方法研究 被引量:2
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作者 李志明 王宏庆 +3 位作者 马韦刚 邱添 李杨 姜峨 《核动力工程》 EI CAS CSCD 北大核心 2019年第3期138-141,共4页
消氢启停阈值和消氢速率是非能动氢复合器的关键性能参数。本文设计了一种直观方便的非能动氢复合器性能验证试验方法:将非能动氢复合器放于密闭容器中,并通入氢气,只要氢复合器启动消氢反应且整条消氢过程曲线在给定值直线A以下,则验... 消氢启停阈值和消氢速率是非能动氢复合器的关键性能参数。本文设计了一种直观方便的非能动氢复合器性能验证试验方法:将非能动氢复合器放于密闭容器中,并通入氢气,只要氢复合器启动消氢反应且整条消氢过程曲线在给定值直线A以下,则验证了启动阈值不大于给定值A;只要消氢过程曲线最终的水平段在给定值直线B以下,则验证了停止阈值不大于给定值B;只要氢复合器达到稳定消氢状态,通入容器的氢气质量流量即为消氢速率。本文设计并搭建了试验装置,采用非能动氢复合器样机PARQX-15进行消氢性能验证试验,成功验证了消氢启动阈值<2%(体积浓度,下同),停止阈值<0.5%,消氢速率大于536 g/h,证明了试验方法的实用性和有效性。 展开更多
关键词 消氢启动阈值 消氢停止阈值 消氢速率 非能动氢复合器
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Effects of Integrated Exploration in Hydrocarbon-Prospective Areas of South China
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作者 KongFanshu Zhengli lizhiming 《Applied Geophysics》 SCIE CSCD 2003年第1期6-11,共6页
The complicated topography, morphology and geology are characteristic of South China, where the frequently covered waters and igneous bodies and widely exposed carbonates are difficult to seismic survey. This paper de... The complicated topography, morphology and geology are characteristic of South China, where the frequently covered waters and igneous bodies and widely exposed carbonates are difficult to seismic survey. This paper describes the effect of combining exploration of gravitational, magnetic and electric methods in the complicated hydrocarbon areas in South China by some case histories. Many year''s exploration practices in the exploring areas of more than 20 show that the non-seismic integrated (gravity/magnetic/electric) geophysical prospecting can play an important role not only in regional assessment, basin optimization and early basin evaluation,but also in finding objective of low resistance in areas of exposed carbonate with high resistance, contouring local structure, outlining igneous body and reef, and differentiating rock facies of basement. The results of the non-seismic integrated geophysical survey have pointed out the direction for deploying next prospecting in the specific areas of South China and the valuable experiences have been accumulated to carry out hydrocarbon-hunting in the future. 展开更多
关键词 碳氢化合物 地形学 地质学 形态学 碳酸盐 地球物理勘探 重力勘探 磁法勘探 电法勘探
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