在此基础上，对于接触导热和辐射传热进行对比实验。
The comparison experiment for conduction and radiation heat transfer was conducted.
固体界面间的接触导热在许多高技术应用场合具有重要的应用背景。
Thermal contact heat transfer between solid interfaces has application background in many high technologies.
由于传热机理的变化，在固体接触导热中，界面热阻及其最佳热耦合机理成为直接冷却的关键技术和科学问题。
The changes of heat transfer mechanism resulted in that thermal boundary resistance and its optimization design have become a key techniques and science problem in directly cooled technology.
使用温度高，强度高，烧后线变化小，导热率低，可直接接触高温火焰。
High service temperature and high strength good volume stability low THML. Cond. And can contact flame directly.
本发明提供的热界面材料具有接触热阻小，导热率高的特点。
The thermal interface material provided by the invention has the characteristics of low thermal contact resistance and high heat-conducting efficiency.
光学基座和进给丝杠或引导轴通过具有导热性的树脂制或者陶瓷制的滑动构件接触。
The optical base and the feed screw or the guide shaft are held in contact with sliding members made of a resin or a ceramic and having a heat conductivity.
考虑了工质对的吸附特性对脱附过程的影响，讨论了肋片数量、肋片物性参数、吸附床的有效导热系数、接触热阻等参数对脱附时间的影响。
With this model, effects of the number and materials of the fin, the effective thermal conductivity of the bed and the contact heat resistance on the performance are studied.
考虑了工质对的吸附特性对脱附过程的影响，讨论了肋片数量、肋片物性参数、吸附床的有效导热系数、接触热阻等参数对脱附时间的影响。
With this model, effects of the number and materials of the fin, the effective thermal conductivity of the bed and the contact heat resistance on the performance are studied.
应用推荐