| 基于单相泵流体换热回路的气液分离试验研究 |
| 投稿时间：2017-04-05 修订日期：2017-04-10 点此下载全文 |
| 引用本文：王仕越.基于单相泵流体换热回路的气液分离试验研究[J].红外,2017,38(9):39~46 |
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| 中文摘要:针对天基红外凝视与扫描观测系统的
载荷冷却需求，具有流体传输和热传输能力
强、扬程大以及可调节性较强等优点的泵流体回路可用作长距
离、大面阵、分布性载荷的冷却回路。在单相流体回路中，对
气相分数的控制非常重要。介绍了一种基于多孔介质
中两相流体的流动机理实现气液两相分离的装置及其设计思路和试
验验证方法。通过数值计算及仿真得到了优化参数，测量
了回路中的流动参数，并验证了此装置的气液分离效果。 |
| 中文关键词:泵流体回路 气液分离 微观可视化 |
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| Experimental Investigation of Liquid-gas Separation Based on Single Phase Pump Driving Circuit |
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| Abstract:In the light of the payload cooling requirements of space-based infrared staring and scanning observation systems, pump driving circuits having advantages of strong fluid and heat transferring, high-lift and high adjustability can be used as the cooling circuits for long distance large area array distribution payloads. It is very important to control the gas void fraction in a single phase liquid circuit. A gas-liquid separation device based on the flow mechanism of two phase fluid in a porous zone is designed. Its design ideas and test verification are presented. Optimized parameters are obtained through numerical calculation and simulation. Flow parameters are measured. The gas-liquid separation effectiveness of this device is verified. |
| keywords:pump driving circuit gas-liquid separation microcosmic visualization |
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