thermoelectric的例句大全

Novel rare-earth contained bismuth telluride thermoelectric materials were prepared by solvothermal synthesis at 180 ℃ using bismuth chloride, tellurium powder and lanthanum chloride or oxide as starting materials, and the following hot uniaxial pressing ( HUP), 400 ℃, at 50() MPa for 1h.

以氯化铋、碲粉、氯化镧或氧化镧为原料，采用180℃溶剂热合成和400℃、50MPa、1h热压技术制备了含稀土的新型Bi2Te3基热电材料。

This test system is composed of procedure temperature-controlled chest, wire-mesh basket , thermoelectric couples, and auto-recording thermometer.

该套实验装置由程序控温箱 、 金属网篮 、 热电偶以及温度自动记录仪等构成.

Substance converting heat into electric energy under certain range of temperature is called thermoelectric material, of which converting efficiency is mainly determined by its own intrinsic properties and evaluated by ZT of dimensionless factor.

在一定的温差下，可将热能转换为电能的材料称为温差电材料。其热电转换效率的大小主要取决于材料的性能，通常用无量纲因子ZT来表示。

The distribution of Zn in the samples was observed. The effects of excess Zn and doping atom In on thermoelectric properties of β-Zn_4Sb_3 compound were investigated systematically.

系统地研究了在β-Zn4Sb3化合物中第二相Zn含量和分布状态以及掺杂元素In对β-Zn4Sb3基热电材料热电传输特性的影响规律。

The matched load of thermoelectric generator is not equal to the internal resistance unlike most circuit. ( 2) The performances of parallel thermoelectric generator and series thermoelectric generator were studied by theoretical analysis and experimental test.

通过理论分析和实验测试，研究了温差发电器串联连接和并联连接的性能。

Product Degree Coefficient and its Application in Thermoelectric Cost-apportion

产品地位系数及其在热电成本分摊中的应用

Intelligent Testing System for △ T. Q Parameter of thermoelectric cooler

半导体致冷器△T·Q参数智能测试系统

The preparation of multicomponent alloy can optimize material compositions and improve thermoelectric properties.

制备多元合金可以优化材料的成分,提高材料的热电性能.

Oil or gas fueled thermoelectric generating station. Planned or in service can be specified.

燃油或燃气的热力发电厂. 可指定规划的或已投入使用的.

This paper deals with method of soldering thermoelectric cooler with metal dewar of infrared detector.

本文论述了四级微型半导体致冷器与红外探测器金属杜瓦瓶的钎焊方法.

The microstructures and thermoelectric properties of Ca 3 Co 4 Oo-based oxides doped by four dopants have been investigated.

选用四种元素作为掺杂剂,分别研究了所得材料的显微结构和热电性能.

It also studied a typical thermoelectric couple, got the gas buoyancy distribution and best reed contraction.

同时以某热电偶为例,进行了实际分析, 得出了气体浮力的分布情况和簧片的最佳变形量.

The thermoelectric convertor makes use of this differential to generate an electric current.

这种热点发电机利用气体和引擎冷却剂之间的温差产生电流.

The nono-powder of BN was selected to change the thermoelectric properties of Mg _ 2 Si based thermoelectric materials.

本文选择了纳米BN粉以改变Mg_2Si基热电材料的热电性能.