thermoelectric refrigeration

With the development of this technology, thermoelectric refrigeration has been regarded and applied in many fields gradually.

这一宏观背景为热电制冷应用提供了新的发展机遇和动力，应用领域不断向广度和深度拓展。

Numerical Analysis of Semi-Conductor Thermoelectric Refrigeration in Transient State

半导体温差电致冷瞬态性能的数值分析

Thermoelectric refrigeration is a solid-state refrigeration technique that uses thermoelectric conversion directly to get cooling.

热电制冷是一种直接利用电一热转换达到制冷目的的固体制冷技术。

Thermoelectric refrigeration is an effective electronics cooling method in proper applied condition.

在适当的应用条件下热电制冷是一种有效的电子设备冷却方法。

Principle and application of thermoelectric refrigeration

热电致冷原理与应用

Study on thermoelectric refrigeration and thermal comfort

小型热电装置制冷特性及人体热舒适性研究

Peltier heat is foundation of thermoelectric refrigeration circulation.

分析了热电制冷过程的传热性能,帕尔贴热是热电制冷循环的基础.

Optimum Property Analysis on Thermoelectric Refrigeration Cycle

热电制冷循环最佳特性分析

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.

针对热电制冷系统中电偶极在电场与温度场的耦合作用下非稳态温度变化特性，重新推导和分析了热电制冷过程的微分方程式，进行了数值模拟和计算；

Results are helpful in determining optimal design conditions in real thermoelectric refrigeration systems.

计算结果对实际热电制冷系统优化条件的确定具有一定参考价值。

Analysis for the Synthetic Benefit Optimum State of Thermoelectric Refrigeration

半导体致冷器综合最佳工作状态分析

Experiment and Investigation of Ground Air-Conditioner Equipment Based on Thermoelectric Refrigeration

基于热电制冷技术航空地面空调装备的实验研究

The experimental principle and method about thermoelectric refrigeration are introduced.

介绍了热电制冷实验的原理和方法。

Numerical Simulation and Analysis of Unsteady Temperature Field in Thermoelectric Refrigeration

半导体制冷系统电极非稳态温度场的数值分析

Based on the thermoelectric refrigeration principle and PID parameter self-tuning control technique, a temperature controller for semiconductor laser's environment test is designed.

基于热电制冷原理和PID参数自整定理论，本论文设计了一种半导体激光器环境的温度控制仪。

Thermoelectric materials were the functional materials that could convert heat energy to electric energy directly due to thermoelectric effects and had immense prospects with many applications in thermoelectric power enervation and refrigeration.

热电材料是一种将热能和电能直接转换的功能材料，在热电发电和热电制冷领域有广阔的应用前景。

Results indicated that the use of thermoelectric refrigeration can quickly condensate the VOCs to the designed temperature within 1.5 min, and the partial pressures of the VOCs in the exit gas became very low.

研究结果表明热电冷凝VOCs具有非常快的冷凝速率，只需1.5分钟就可以把115℃高温的VOCs气体冷凝至-10℃的气体，出口气体分压显著下降；

Such as amplifier unit heat-radiating path analysis, heat dissipation and noise, the relations between power cooling improvement, thermoelectric refrigeration in battery on application.

包括功放单元的散热路径分析、散热与噪声的关系、电源散热改进、热电制冷在电池柜上的应用。

Design and application of thermoelectric refrigeration in electronics cooling

电子设备冷却中热电制冷的设计与应用

High-tech semiconductor refrigeration ( thermoelectric refrigeration ) technology enables instant cooling cooling process has no environmental pollution.

采用高科技半导体制冷 ( 即热电制冷 ) 技术,瞬间制冷,且环保无污染.

Thermoelectric materials are the basis of thermal-electrical energy conversion ( including thermoelectric power generation and refrigeration).

热电材料是热-电换能（包括热电发电与致冷）的基础。

Research on dynamic characteristics and control strategy on the thermoelectric refrigeration is very significant for the optimization design of refrigeration system and device and realize the advantage of thermoelectric refrigerators.

热电制冷系统的动态特性和控制方法研究对制冷系统的优化设计，更好地发挥热电制冷器的优势具有重要意义。

This paper reviews the new progress of small& micro-scale thermoelectric refrigeration ( TER) on the basis of a comprehensive survey of literatures.

通过深入系统的文献研究，考察了小型和微型热电制冷应用技术的新进展。

Based on close-loop feedback , the system controls temperature successfully by using thermoelectric refrigeration.

本设计采用了闭环反馈的控制方式, 使用热电制冷的方法控制红外探测器工作温度.

Currently thermoelectric refrigeration products' categories are few on the market, and becoming available needs a longer period.

当前市场上热电制冷产品种类少，推出周期较长。

This experiment makes clear that it is feasible and avail that thermoelectric refrigeration is applied in thermoelectric refrigeration unit.

实验结果表明，将半导体制冷应用于保温容器是可行的，而且是有利的。

Based on close-loop feedback, the system controls temperature successfully by using thermoelectric refrigeration.

本设计采用了闭环反馈的控制方式，使用热电制冷的方法控制红外探测器工作温度。

This paper introduces the structure and working principle of the small-sized dehumidifying device with thermoelectric refrigeration, points out the mathematics model of its system design and the optimized calculation program. At last, it gets the structural parameter that reaches the best refrigeration effects.

本文介绍了小型热电制冷除湿机结构及工作原理。提出了小型热电制冷除湿机系统设计的数学模型及优化计算程序，得出达到最佳制冷系数的结构参数。