Its kernel is to adopt parallel connection module with heat pipes.
本技术的核心问题就是采用热管串联组件。
Complete design rules and optimization on pulsating heat pipes need more research.
对于脉动热管优化和设计的完整方案还需要进一步的研究。
Care should always be taken in thermal design when flattening of heat pipes is needed.
为此如果压扁热管，在热量设计中就应该小心。
The phenomenon of temperature oscillation in loop heat pipes was described and explained.
对实验中观察到的环路热管温度波动现象进行了描述和解释。
Noctua solders the heat pipes to the cooling fins in order to assist the heat conductivity.
为了更高热传导性能，Noctua对冷却片焊接热管。
In this paper we propose a kind of novel thermal spreader to replace them with flat heat pipes.
本论文中，我们提出了一种新式的热管均热器，这种均热器是一种平板热管。
Our company also produces: radiators, heaters, heat pipes, heat exchangers and other drying equipment.
我公司还生产：散热器，暖风机，散热排管，换热器等干燥设备。
The equivalent thermal conductivity of oscillating heat pipes in radial and axial direction was presented.
给出了振荡热管的径向和轴向当量导热系数；
Thanks to them, thermal spreaders made with heat pipes and thermal spreaders made with copper are compared.
本文也把热管式均热器的性能与铜板式均热器做了比较。
The structural and operational characteristics between two kinds of pulsating heat pipes(PHPs) were compared.
对圆管式及方槽板式脉动热管试验进行了结构及运行特性的比较。
A method for determining the thermal performance of vacuum collector tubes with heat pipes is studied in this paper.
本文讨论了热管式真空集热管的热性能测定方法。
The safety and economy have been improved by using semi-open thermosyphons and semi-open thermal dynamic heat pipes.
两相半开式重力热管和两相半开式热动力热管可提高安全性与经济性。
Heat medium flows through the United box and heat pipes, all copper, with good corrosion resistance to alkaline water.
热媒流经的联箱及散热管，全部紫铜管，具有良好的抗碱性水腐蚀能力。
Evaporator is the most important part of Loop Heat Pipes (LHP) and the flow field in its core is the focus of LHP design.
蒸发器是环路热管(LHP)中最重要的部件，蒸发器主芯中的流场是设计中最受关注的地方。
The heat transmission characteristics of the heat pipes was manufactured by this system meet the need of practical application.
利用这台系统制造成的热管，其导热性能满足了实际应用的要求。
The invention also provides a structure for levelly combining the evaporation ends of the parallel heat pipes with the fixing base.
本发明还提供一 种并列热管蒸发端齐平结合在固定座的结构。
An integrated heat sink using heat pipes for cooling CPU is proposed in the paper. The structural characteristics are also introduced.
设计了一种用于CPU冷却的集成热管散热器，介绍了其结构特点。
Some experimental studies were carried out to working temperature with heat exchanging of the small separated heat pipes with short canals.
本文对具有短管束的小型分离式热管工作温度与传热特性进行了实验研究。
As a kind of high efficient heat transfer component heat pipes have been applied in many industrial fields with their excellent characters.
作为一种高效传热元件，热管具有优良的特性，在许多领域已得到了广泛的应用。
With the extension of application field, the loop heat pipes (LHPs) may operate under various attitudes, including gravity-assisted attitude.
随着环路热管应用领域不断扩展，其可能在各种姿态下运行，包括重力辅助姿态。
Built-in components representing all typical parts of a system, including heat sinks, fans, openings, grilles, heat pipes, plates, and many more.
内置式组件，代表所有典型零件的制度，包括散热器，风扇，开口，窗花，热管，板，而且还有很多。
Especially for tubular thread processing, such as pipe fittings, bicycle, motorcycle parts, heat pipes, tubes and other dental rolling processing.
特别适用于中空管状螺纹加工，如油管接头、自行车、汽机车零件、散热管、牙管等滚牙加工。
The working principle and application of heat pipes are presented in this paper, and the emphasis on the process of the porous wick of heat pipe is given.
本文简要介绍了热管的工作原理和应用现状，论述了近年来热管的关键部件一多孔芯体的研究进展。
Through theory researching we can know the maximum capacity of a heat pipe heat transmission was 4124.6w, so it can use few heat pipes reach the heating result.
通过理论研究，单根热管的极限传热量为4124.6W，从理论方面可以用少量热管满足房间采暖的需求。
The connecting collecting pipe is formed by sequentially connecting a plurality of three ways through two ports thereof, and the heat pipes are inserted in the third ports.
所述的连集管由若干个三通通过其中的两个端口依次连接组成，第三个端口内插接热管。
Tubular solar collectors and freeze protection has come back into focus after significant failures of heat pipes in the colder parts of Europe during extreme winter conditions.
去年冬天，在欧洲寒冷地区冬季极端的天气环境下，真空管集热器的热管出现了重大的结冻问题，此问题出现后，真空管集热器和防冻保护重新成为了关注的重点。
The performance of three kinds of flat miniature heat pipes is studied experimentally and the factor such as the charging ratio, working fluid and groove structure are analyzed.
对三种微槽平板热管的传热性能进行了实验研究，分析了充液率、工质的种类、槽道形状对微槽平板热管传热性能的影响。
Based on heat resistance, the thermodynamic performance of micro heat pipes is studied under such conditions as different inclination angles, working media and liquid-filling ratios.
以热阻为基础，研究不同倾角、工质、充液比下微热管的热性能。
Using heat pipes as the heat transfer component in latent heat thermal energy storage system, a set of heat pipe heat exchanger with latent heat storage was designed and manufactured.
将热管作为换热元件应用于相变蓄热系统中，研制了一套热管式相变蓄热换热器。
Using heat pipes as the heat transfer component in latent heat thermal energy storage system, a set of heat pipe heat exchanger with latent heat storage was designed and manufactured.
将热管作为换热元件应用于相变蓄热系统中，研制了一套热管式相变蓄热换热器。
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