Experimental research of unitary thermosiphon heat recovery equipment 吊装单元式热虹吸管能量回收机组的实验研究
Theoretical analysis and calculation model of thermosiphon cooling system 热虹吸油冷却系统:数学模型与理论计算篇
Flow Boiling Heat Transfer of Mixtures in a Thermosiphon Rectangular Channel 热虹吸窄矩形流道内多元非理想物系流动沸腾传热
Thermosiphon Pile Technology and Its Application in Solving Permafrost Stability Problem 热桩技术及其在解决多年冻土稳定问题中的应用
Experimental Study on Heat Transfer Performance of Miniature Space Thermosiphon Pipe 小空间热虹吸管传热分析与试验
Experimental Investigation of Two-Phase Countercurrent Flow Limit in Hydrogen Thermosiphon Loop of Cold Neutron Source 冷中子源两相氢热虹吸回路流动极限试验研究
Mockup Tests of Void Fraction in Moderator Cell and Two-phase Thermosiphon Loop of Cold Neutron Source in China Advanced Research Reactor 中国先进研究堆冷中子源冷包含气率及两相热虹吸循环模拟试验研究
The experimental results indicated that the lunate channel tubes have the outstanding characteristics to improve the heat properties of the thermosiphon pump of the chillers, such as the low starting temperature, wide operation temperature range and low vacuum degree requirement. 实验结果表明,弦月形通道提升管能较好地改善该类制冷机中热虹吸泵的热性能,具有起动温度低、运行温度范围大及对系统绝对压力要求不高等显著特点。
Under the thermosiphon circulation, this research studied the flow boiling heat transfer characteristics in vertical narrow rectangular channel whose gap width nearly equals to the bubble departure diameter. 在热虹吸条件下,实验研究了缝宽接近于气泡脱离直径型的窄矩形通道内流动沸腾的传热特性。
The study of the thermosiphon solution elevation tubes with Lunate Channel in solar absorption chiller 太阳能吸收式制冷机中弦月形通道热虹吸溶液提升管的研究
Enhancement of heat transfer in vertical thermosiphon tube 载气强化热虹吸垂直管传热研究
In this paper, the flow boiling heat transfer was investigated in a vertical thermosiphon rectangular channel of 6 × 30 mm for the fluids ethanol-water, 1-propanol-water, ethanol-1-propanol-water, and ethanol-benzene-waters. 以乙醇-水、正丙醇-水、乙醇-正丙醇-水以及乙醇-苯-水作为工质,在热虹吸矩形流道内研究了多元物系流动沸腾传热。
On heat transfer in a closed two-phase thermosiphon working with mixture of water and methanol 水-甲醇混合工质两相闭式热虹吸管传热特性的研究
Experimental Study of the Intensified Heat Transfer Characteristics of a Thermosiphon Through the Addition of Nanoparticles 纳米颗粒强化热虹吸管传热特性的实验研究
Otherwise this paper calculates the flooding limit of thermosiphon with several different methods. 另外,本文还采用了不同的方法计算了CPU重力热管液阻极限。
The lunate thermosiphon elevation tube was increased from 1 to 3 in order to improve the elevation of the solution. The temperature of the hot water was lowered. 弦月形的热虹吸提升管由原来的1根增加到3根,增大了溶液提升量,降低了热源启动温度。