1) low temperature thermosyphon
低温热虹吸管
2) thermosyphon
['θə:məu,saifɔn]
热虹吸管
1.
The Study on the Strength of the Pulse Boiling in Thermosyphons;
热虹吸管内脉冲沸腾强度的研究
2.
The Study on the Frequency of the Geyser Boiling in Thermosyphons;
热虹吸管间歇沸腾频率的研究
3.
Experimental Study of Evaporators with Novel Enhancement Structure in Advanced Thermosyphon System;
先进热虹吸管系统中具有新颖强化传热表面蒸发器的实验研究
3) thermosiphon
[英][,θə:məu'saifɔn] [美][,θɝmo'saɪfən]
热虹吸管
1.
Experiment of characteristics of thermosiphon heat recovery equipment under summer condition;
热虹吸管能量回收设备夏季工作特性的实验研究
2.
The authors have from a theoretical and experimental viewpoint studied the working characteristics of the evaporation section of a thermosiphon, to which nanoparticles have been added.
提出了在热虹吸管里面添加纳米颗粒。
3.
A new method of enhancing heat transfer of the heating section of a two-phase closed thermosiphon was proposed.
提出了一种新的提高传热的方法———在以水为工作液体的两相闭式热虹吸管中添加一定数量的纳米颗粒 。
4) heat pipe/thermosyphon
热管/热虹吸管
5) thermosyphon radiator
热虹吸管散热器
1.
The column-type thermosyphon radiator using water, R11, acetone and methanol as heat-pipe working medium and the conventional radiator using hot water as heating medium are compared on both heat radiation capacity and surface temperature homogeneity.
对以水、R11、丙酮、甲醇为热管工质的柱型热虹吸管散热器与以热水作为供热介质的常规散热器,从散热能力和表面温度的均匀性两方面进行了比较。
2.
Heat transfer of the thermosyphon radiator is analyzed, experimental tests with acetone as thermosyphon working fluid have been performed, and good agreement between measurement and calculation with analysis model is obtained.
对热虹吸管散热器进行传热分析,并以丙酮为热虹吸工质进行了实验验证,测试结果与分析模型计算有较好的一致性。
6) thermosyphon heat exchanger
热虹吸管换热器
1.
Focusing on the ventilation characteristics of the common housing,a thermosyphon heat exchanger prototype was designed.
针对普通住宅日常通风换气的特点设计出一台小型热虹吸管式通风换热器的样机,并利用热虹吸管换热器对房间通风系统中的冷量(热量)进行热回收实验研究。
补充资料：虹吸管
分子式：
CAS号：
性质：一种输送液体的设备。利用大气压力和液体重力:使液体先越过较高位置然后达到较低目的地的最简单的装置，如图所示（图暂缺）。操作时，先使液体充满虹吸管，此法以人工为主，或用真空泵抽吸。先将阀3和阀5关闭，开启阀4。由于抽真空，贮槽中的液体在大气压力的作用下便上升充满虹吸管后，关闭阀4并开启阀3，虹吸管便发生作用，液体即因重力作用不停地由管中流出，直至贮槽中液面降至虹吸管的入口处为止。
CAS号：
性质：一种输送液体的设备。利用大气压力和液体重力:使液体先越过较高位置然后达到较低目的地的最简单的装置，如图所示（图暂缺）。操作时，先使液体充满虹吸管，此法以人工为主，或用真空泵抽吸。先将阀3和阀5关闭，开启阀4。由于抽真空，贮槽中的液体在大气压力的作用下便上升充满虹吸管后，关闭阀4并开启阀3，虹吸管便发生作用，液体即因重力作用不停地由管中流出，直至贮槽中液面降至虹吸管的入口处为止。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条