1.
Basic Research on Alkali Metal Thermal-to-Electric Converter with NaK Working Fluid;
钠钾工质碱金属热电转换器的基础研究
2.
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
3.
EXPERIMENTAL STUDY ON THE THERMOELECTRIC CONVERSION CHARACTERISTICS BASED ON METHANE COMBUSTION
基于甲烷燃烧的热电转换特性实验研究
4.
SELECTION OF CIRCULATING WORKING FLUID AND SOLID ELECTROLYTE OF AMTEC
碱金属热电转换器的循环工质和固体电解质的选择
5.
The evaluation of electrical characteristics of AMTEC was one of the several important tasks in this thesis.
计算碱金属热电转换器的特性是本文的重要任务之一。
6.
Electrical energy may be converted into heat, light or chemical energy.
电能可以被转换成热能，光能或化学能。
7.
Electrical energy may be converted to heat, light or chemical energy.
电能可以被转换成热能、光能或化学能。
8.
Electrical energy may be converted to heat , light or chemical energy .
电能可以转换成热能、光能或化学能。
9.
accumulating type heat exchanger of revolution
旋转型蓄热式换热器
10.
Thermophotovoltaics( TPV) technologies are the use of PV cells to convert heat radiation into electricity.
热光伏是通过光伏电池将热辐射能量转换成电能的技术。
11.
Turn-constructing and Turn-taking--Conversational Analysis About the Marriage-seeking in Radio Station;
话轮的构建与转换——电台征婚热线中的会话分析
12.
Measuring method for electric-to-radiant power transfer efficiency of infrared heater
GB/T7287.7-1987红外辐射加热器电—热辐射转换效率测量方法
13.
Structure Design and Thermal Simulation Study on Electric Thermal conversion Unit In Solar Non-carbon Metallurgy
太阳能非碳冶金电热转换单元结构设计及热模拟研究
14.
Experimental Research of Thermochemical Reactors with Combined Heat-and Mass-Exchanging Surfaces for Heat Utilization and Hydrocarbon Fuel Conversion in Various Power Plants
不同电厂中热化学反应器与混合热交换和质交换表面的热能利用和碳氢燃料转化的实验研究
15.
The Effect of Thermal Process on the Conversion Efficiency of Solar Cells;
热处理工序对晶硅太阳电池光电转换效率影响的研究
16.
power off relay
停电用电源转换继电器
17.
"The operation of a machine may involve the transformation of chemical, thermal, electrical, or nuclear energy into mechanical energy, or vice versa."
机械的操作包含将化学能、热能、电能或核能转换成机械能,反之亦然。
18.
How to improve the conversion efficiency of light to electricity becomes the research hotspot.
因此如何进一步提高其光电转换效率成为研究的热点。