thermoelectric element

The test results have shown that the thermoelectric conversion efficiency of segmented thermoelectric unicouple made by designed element reached to 7.31%.

测试结果表明：由设计的元件制作出的分段温差电单偶的热电转换效率达到了7.31%。

A Method for Injury Testing of Thermoelectric Refrigerator Element

温差电致冷元件损伤层的测试方案

Design of segmented thermoelectric element

分段温差电元件的设计

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。

Emulation introduces ANSYS software, analyzes stable heat conduction of thermoelectric device and transient heat conduction of thermoelectric micro-generator by finite element method ( FEM), and provides calculation and optimization for further design and analysis.

仿真介绍了ANSYS仿真软件，对热电器件进行了稳态的热分析，对热电式微电源整体的传热进行了瞬态的热分析。通过仿真来实现对热电式微电源的整体设计的优化。

The segmented thermoelectric element has been paid much attention in the world because of its high thermoelectric conversion efficiency in wide temperature scope.

由于分段温差电元件能够在较宽的温度范围内很大程度地提高热电转换效率，因此，在世界范围内受到广泛的关注。