1) thermal siphon
热虹吸作用;热虹吸
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
1.
Enhancement of heat transfer in vertical thermosiphon tube;
载气强化热虹吸垂直管传热研究
2.
The installation of the thermosiphon oil cooling system
热虹吸油冷却系统:系统安装篇
3.
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
4) 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 。
5) thermosyphon
['θə:məu,saifɔn]
热虹吸
1.
The Study of the Thermosyphon Process inside a Cryogenic PH_3 Trapper;
低温捕集器内热虹吸过程研究
2.
Phase-change cooling technique was introduced for high heat flux,including heat pipe,thermosyphon,loop heat pipes(LHP),capillary pumped loops(CPL),and their merits and shortcomings were analyzed;Only LHP and CPL was put forword can replace heat pipe to realize the advanced phase-change cooling,and they are the main stream of the high heat flux cooling for micro electronic chips.
介绍了微电子芯片高热流密度相变冷却技术,包括热管、热虹吸、环路热管、毛细泵吸环路,分析了各自的优缺点,提出LHP和CPL技术是唯一能替代热管技术的先进相变冷却技术,将是今后微电子芯片高热流密度冷却的主要方向。
3.
On the base of thin film evaporation mechanism of the channel, a comprehensive heat transfer model for thermosyphon boiling in narrow channel is developed.
弦月形狭缝通道热虹吸沸腾传热具有明显的传热强化效果 ,以溴化锂水溶液为工质的实验测试表明 ,其传热系数达到5～ 6kW/ (m2 ·K) 。
6) thermo-siphon
热虹吸
1.
A novel instantaneous water heater was developed by means of integrating a thermoelectric(TE) heat-pump with a separating thermo-siphon.
研究了一种热电热泵与热虹吸传热组合的新型快热式热水器。
补充资料：倒虹吸管
| 倒虹吸管 inverted siphon 从地下或敷设在地面穿过河渠、溪谷、洼地或道路的输水压力管道 。多采用钢筋混凝土管或预应力钢筋混凝土管，也采用混凝土管或钢管。低水头时可用浆砌石管。倒虹吸管分为3个部分。① 进口段：包括渐变段、铺盖和护底等防渗防冲设施、拦污栅、闸门、进水口等。当含沙量大时还设沉沙池。②管身：断面多为圆形，也用矩形或直墙圆拱形。可埋于地下，也可敷设于地面 。当管道跨越深谷和山洪沟时，可在深槽部分建桥，在其上铺设管道过河。管道在桥头两端山坡转弯处设镇墩加强稳定，并于其上开设放水冲沙孔。两岸管道仍沿地面敷设。这类倒虹吸管又称桥式倒虹吸管。③出口段：设消力池，并与下游平顺连接。倒虹吸管较渡槽造价低，施工简单 ；但水头损失较大 ，清淤较困难。 公元前180年在古希腊帕加马（今土耳其）建一座下凹深度超过200米、管径为30厘米的倒虹吸管。据《后汉书》记载，中国在186年已建造使用倒虹吸管。
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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