Chinese translation for "热电制冷器"

thermoelectric refrigerating unit

Related Translations:

热电热电学:  pryoelectricity

热电容量:  thermal capacitivity

热电金属:  thermoelectric metal

热电影响:  thermoelectric effect error

热电转换:  thermoelectric conversion

热电空调器:  thermoelectric airconditioner

热电仪:  thermoelectric instrument

热电测量:  thermoelectric measurement

热电摄像管:  pyroelectric camera tube

热电势:  thermal electromotive forcethermal emfthermo emfthermoelectric potentialthermoelectric forcethermoelectromotive forcetone'smoelectric voltage

Example Sentences:

	1.	The lower part of the measuring cup houses a thermoelectric cooler . 量杯的下部有热电制冷器。
	2.	In the present dissertation , the optimal performance state ' s parameter of thermoelectric refrigerator and the influences of some factors are studied 本文对热电制冷器的最佳工作状态参数及有关因素的影响进行了较系统的研究。
	3.	The influence of ambient temperature on the performance of refrigeration system are investigated , which can provide basis for further research , meanwhile , the corresponding changing curves are provided 对有无负载的情况,分别研究了环境温度变化对热电制冷系统性能的影响,并给出了变化曲线,为深入研究和应用热电制冷器打下了基础。
	4.	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。
	5.	The optimal performance state ' s parameter of thermoelectric refrigerator under different work conditions was obtained on the assumption that the temperature in the cold side is invariable . and , the optimal performance state ' s parameter of thermoelectric refrigerator under the third kind boundary conditions was also obtained . the transmission of heat differential equation for the heat conduction process of thermoelectric module was derived and the solution with the first kind boundary conditions under the influence of thomson effect and the solution with the third kind boundary conditions without the influence of thomson effect was obtained 在假设热电制冷的热端温度固定的条件下,得出热电制冷器在不同工况下的最佳工作参数并进一步求得在三类边界条件下的最佳工作参数;导出了电偶臂在电与热的偶合作用下传热微分方程,并对其进行解析求解:在考虑汤姆逊效应的影响下得出一类跟三类边界条件下传热方程的解析解,在忽略汤姆逊效应的影响下得出二类跟三类相的边界条件下传热方程的解析解。
	6.	And the influence of the heat removal in the cold and hot sides and electric current and some other factors which affect the cooling performance of thermoelectric refrigerator was also discussed by numerical calculation . furthermore , the influence of thomson effect on the performance of thermoelectric refrigerator in different refrigerating capacity and electric current was analyzed . and the work parameter of thermoelectric refrigerator was pointed out under the conditions that whether or not considering the influence of thomson effect 通过数值计算详细讨论了稳态条件下冷、热端传热系数及电流等因素对热电制冷器制冷性能的影响,分析了在不同制冷量和不同工作电流下汤姆逊效应对温度场的影响,指出了设计中是否要考虑汤姆逊效应的工况条件。
	7.	In the present paper , according to the characteristics of the dynamic running of the thermoelectric refrigerating devices and its components for the refrigerator is analyzed and the independent components " models are established . the entire model describing the working procedure of the refrigerating system is set up with the method of parameters coupling to combine the models of the refrigerating system , load , cabinet and air in the cabinet . the running characteristics of thermoelectric refrigerators on the effects of received current , load and ambient temperature are investigated using small - signal linearization method 本文根据热电制冷系统动态运行的特点,分析了电冰箱制冷系统及各个部件的热物理过程,运用参数耦合的方法把制冷系统、负载、箱体及箱内空气模型有机地结合在一起,建立了完整的制冷系统工作过程模型,用小阶跃信号线性化法分析了电流、负载功率和环境温度波动共同作用下的热电制冷器工作特性。
	8.	The mathematical and physical dynamic models are given based on the adsorbent theory of porous medium . its running and parameters affecting its performance are numerically studied and the method that control the water content in the absorbent bed is recommended . the improvement on system configuration to recover heat is discussed and the operation scheme is given 利用多孔介质吸附模型和平衡吸附压力的概念建立了该系统工作过程的物理数学模型，数值模拟的方法模拟了其工作过程和影响因素，提出了控制吸附床含湿量的方案，验证了改进流程回收能量的可行性并给出了操作方案，提出并分析了用热电制冷器回收水蒸气潜热节约电能的方法。

Similar Words：

"热电致冷参量放大器" Chinese translation, "热电致冷器" Chinese translation, "热电致泠材料" Chinese translation, "热电制冷" Chinese translation, "热电制冷机" Chinese translation, "热电制冷装置" Chinese translation, "热电中心" Chinese translation, "热电转化" Chinese translation, "热电转换" Chinese translation, "热电转换器" Chinese translation