thermoelectrical

ON THE FORCE Executive Force A simple expression of thermoelectrical potential

一种热电势的简易表达法

The Application and Maintenance of Electrical Execute Machine in Thermoelectrical Station

电动执行机构在热电站的应用及维护

Application of FCS Control System in Gas Thermoelectrical Plant

现场总线控制系统在燃气热电厂中的应用

Thermal Sensors in Δ TQ Parameter Testing Instrument for Thermoelectrical Refrigerating Components

温差致冷组件△TQ参数测试仪中的温度传感器

Progress of Researching on Thermoelectrical Material in Infrared

红外热释电材料的研究进展

The Study of Photics Character and Thermoelectrical Properties of Silicon-Germanium Alloys

硅锗合金光学性质及热电转换性能的研究

Study on Synthesis of Doped p-type Ca_3Co_4O_9 and n-Type LaNiO_3 and Their Thermoelectrical Properties

掺杂p型Ca3Co4O9及n型LaNiO3热电材料的制备及性能研究

Superlattice Based Micro - thermoelectrical Coolers

基于超晶格的微型热电制冷器

InGaAs / InGaAsP and AlGaAs / AlGaAs superlattice based thermoelectrical coolers were fabricated using IC technology .

分别用InGaAs/InGaAsP、AlGaAs/AlGaAs超晶格制造了微型热电制冷器。

Thermoelectrical properties of Sn doped Bi-Sr-Co-O layered misfit oxides

Sn掺杂Bi-Sr-Co-O层状氧化物的热电性能

The Investigation of Thermoelectrical Properties of Perovskite Structure of Rare-Earth Cobalt Oxides System Effect of Calcium Application on Yield and Quality of Nectarine Cultivated in Greenhouse

钙钛矿型稀土钴酸盐的热电性质研究土施钙对温室油桃果实及品质的影响

Recently , much higher thermoelectrical figure of merit has been found in nanostructure-thermoelectric materials , so it may be a effective way to recycle the heat generation via thermoelectric effects .

最近，由于人们在纳米结构材料中得到了较高的热电品质因子，因此合理利用纳米系统的热电效应将成为回收利用废热非常有效的办法。

Theoretical basis of thermodynamics on fluid phase balance is studied in this paper , and estimating rule of thermoelectrical equilibrium with interfacial phenomena is analyzed . Adsorption theoretical model is evaluated on the base of essential theory of adsorption .

本文研究了流体相平衡的热力学理论基础，并分析了存在界面现象时的热力学判据，研究了吸附的基本理论，选择了空穴溶液理论模型计算凝析气在多孔介质表面的吸附；

When some different conductors are connected into a closed circuit with any temperature distribution , it is difficult to analyze the total thermoelectrical potential in the closed circuit according to the Peltier potential and the Thomson potential .

当具有不同温度分布的多种导体连接在一个环路中时，按照帕尔贴电势和汤姆逊电势分析环路中的总的热电势是困难的。