thermoelectric cooling device

At last, utilizing the designed thermoelectric system and the semi-conductor cooling device, cooling effect near the tank tail pipe was demonstrated, and the Infrared camouflage effect was evaluated based on the result of the reduction of the temperature.

最后利用所设计的温差发电系统和半导体制冷器件，通过实验模拟了坦克排气筒附近区域的制冷效果，并由降温情况评估了红外隐身的效果。

To verify the influence of external electromagnetic field on cooling effect, this paper constructs the experimental platform and sisterly tests the cooling performance of thermoelectric cooling device in external electric field or magnetic field environment.

为验证外界电磁场对半导体制冷片制冷效果的影响，本文构建实验平台，系统测试了在外加电场或外加磁场环境下，半导体制冷片的制冷性能的改变。

Method for testing 123 thermoelectric cooling device in atmosphere

123温差电致冷器件在大气中的测试方法

Analysis for the Performances of Work State Parameters of Thermoelectric Cooling Device

微型热电制冷散热器工作状态特性分析

Finally, prospects, which were based on study about thermoelectric material, the device and the coupling application of thermoelectric generation and cooling, were performed.

最后，在温差热电材料、温差热电器件以及温差热电制冷和温差发电联合应用方面对温差热电技术进行了展望。

As a new flow component, the ice valve was developed to close or open the liquid flow running inside a micro/ nano channel based on the freeze/ thawing phase change of the working fluid using a thermoelectric cooling device.

冰阀是一种利用微/纳米流道内流体自身的冻结/融化相变过程来实现关断或开启作用的新型流体元件。

Analyzes the work state of a thermoelectric cooling device based on the performance of galvanic couple. A model of computer simulation is established.

对电子设备的微型热电制冷散热器的工作状态进行了分析，建立了工作状态参数仿真计算模型。