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。
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。
Thermoelectric refrigeration is an efficient electronics cooling method under proper application conditions.
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。
Based on the teaching and application of thermoelectric refrigeration, air-cooled thermoelectric refrigeration experimental equipment was developed.
在热电制冷技术教学和应用实践的基础上，研制了风冷式热电制冷教学实验装置。
A mathematical model of multi-stage semi-conductor thermoelectric refrigeration in the transient state is presented and a numerical analysis is made of the two-stage types.
本文建立了多级半导体温差电冷台瞬态分析的数学模型。
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。
Effects of these parameters on general and optimal performances are investigated. Results are helpful in determining optimal design conditions in real thermoelectric refrigeration systems.
绘出了相关优化性能曲线并说明了这些参数在总体和优化性能中的作用。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。
Nowadays precision dew point hygrometers are mostly the type of light-electricity detection, thermoelectric refrigeration and specula-surface condensation dew point instrument internationally.
目前国际上的精密露点仪大多为光电检测且热电制冷的镜面冷凝式露点仪。
Thermoelectric refrigerator is also named of semiconductor refrigerator, and is a typical product with semiconductor refrigeration technology used in home appliance.
热电冰箱又称“半导体冰箱”，是半导体制冷技术应用在家用电器中的典型产品。
The experimental result can to some extent be a guidance for further study of semiconductor refrigeration, and its application in the thermoelectric-refrigerating unit.
该研究结果对半导体制冷技术在小型制冷保温容器中的进一步研究和应用具有一定的指导意义。
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。
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。
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