In this paper, the numerical simulation and analysis are made specially for the unsteady temperature distribution of thermoelectric couple of thermoelectric refrigeration system under both the electric field and temperature field.

An Approach to the Practicability of Temperature-measuring Circuit Using Thermoelectric Couple

铂热电阻测温电路实用性的探讨

Study on Floating Theory of Reed Thermoelectric Couple

簧片式热电偶的浮动理论

A Method to Eliminate the Temperature Effect. at the Cold End of a Thermoelectric Couple

功效：能消炎退热和清除皮肤斑点。一种消除热电偶冷端温度影响的方法

A Simple Method for Measuring the Working Resistance of Thermoelectric Couple

热电偶电阻的简易测量法

This paper, deals with first time in China, the measurements of thermoelectric properties of the thermoelectric cooling module. THE SATURATION CURRENT IN THERMOELECTRIC COOLING

本文作者在国内首次成功地对热电半导体制冷组件在-50～+70℃温度范围内进行了热电特性参数（1）塞贝克系数α.半导体制冷中的饱和电流

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。

A review of research progress in reliability of thermoelectric cooling modules and systems is presented. Combined with author's experiences, failure modes, failure machanisms, life test methods and reliability design of TEM and systems are discussed.

综合了国际文献中有关温差电致冷组件和系统的可靠性研究成果，并结合作者的实践经验，讨论了温差电致冷组件及其系统的失效模式、失效机理、寿命试验方法以及可靠性设计等问题。

Beijing Xinyu Kaimeng Electronic Technology CO., LTD is engaged in designing, developing and producing Xinyu Kaimeng Thermoelectric Cooling Module ( TECM) and TECM application products.

北京鑫宇凯盟电子科技有限公司是从事设计、研制和生产鑫宇凯盟牌电致冷组件及电致冷片应用产品的专业公司。

Finally analyzes the influence of thermal elastic stress under different factors. Taking into account the thermoelectric cooling devices often work in the aerospace, deep-sea or other special circumstances which will be subject to natural electromagnetic fields.

且考虑到热电制冷器件经常工作在航空航天、深海等特殊环境下，将受到自然界电磁场的影响。

The problems about design of vacuum sealed container, thermoelectric cooling system, matched power and controllers are considered. A simulation CMOS video camera has been developed replacing the similar imported pro-ducts.

为了研制能够替代进口产品的模拟热电制冷CMOS摄像机，在设计时考虑了真空密封腔体、热电制冷系统和配套的一体化电源及控制器等问题。

Compared with the strategy of improving Z through innovating the material properties, this approach provides a new physical way of enhancing the cooling efficiency of the thermoelectric cooling element, when the material reached its limit.

与通过改进材料来提高制冷性能的方法相比，该方法可在材料性能已趋极限时，提供一种新的物理途径用以强化热电冷却元件制冷性能。

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。

In order to improve the cooling effect of the thermoelectric cooling modules, highly efficient heat-pipe radiators were used to transfer heat produced by the hot-sides of the modules.

为了提高半导体制冷片的冷却效果，采用高效的热管散热器传递半导体热端的热量。

The era that electricity generation in large scale using surplus heat of industry yet, waste heat of vehicle and burn heat of garbage by the commercial thermoelectric cooling module is coming.

利用商用温差电致冷组件发电技术大规模开发工业余热、汽车废热、垃圾燃烧热的时代已经到来。

Experiment on the Unsteady Heat Transfer Process of Thermoelectric Cooling on CCD Sensor Study of Inverse Coupled Heat and Moisture Transfer Problem with Multi-variables in Steady State Via Conjugate Gradient Method

CCD芯片热电制冷的非稳态传热研究共轭梯度法求解稳态湿热耦合多宗量反问题

Principles The thermoelectric cooling, called Peltier Effect, Is a solid-state method of heating transfer through dissimilar ( P shape& N shape) semiconductor materials;

半导体制冷，是帕尔贴效应，是一种由具有固态能量转移的应用半导体材料而实现。

Results show that based on the current price of the commercial thermoelectric cooling modules the electricity cost generated by thermoelectric cooling modules is lower than the industrial.

发现以目前的价位为基础分析，温差电致冷组件用于低温热源发电的成本已经低于工业用电的价格。

Thermoelectric cooling is used to cool the avalanche photodiodes rapidly, and can achieve the lowest temperature:-35 ℃.

采用半导体致冷技术，对雪崩光电二极管（APD）快速降温，最低温度可达到-35℃，并对其低温特性进行了测试。

The application of thermoelectric cooling in photoelectric-multiplier

温差电致冷在光电倍增管上的应用

Thermoelectric cooling industry has been developed rapidly same as the rising sun in the past few years and its potential market is very large.

半导体致冷产业作为一个朝阳行业，近年来发展迅速，市场潜力巨大。