1.
The Uncertainty Assessment of Measurement Result of Working Platinum-10% Rhodium/Platinum Thermocouple with Short Length Thermoelectric Power
工作用铂铑10~-铂短型热电偶热电势测量结果的不确定度评定
2.
Measurement of anisotropy thermopower of decagonal AlCuCo quasicrystal
D相AlCuCo准晶各向异性热电势的测量
3.
Quick Determination of Silicon Content in Iron-Base Alloy by Thermo-Emf
热电动势法快速测定铁基合金中硅含量
4.
AM ANALYSIS OF UNCERTAINTY IN MEASURING EMF OF THERMOCOUPLE WITH DC POTENTIOMETER
直流电位差计测量热电偶电动势的不确定度分析
5.
Compensation of the Parasitic EMF During Measuring the Cutting Temperature by the Method of Natural Thermocouple
用自然热电偶法测量切削温度时寄生电动势的补偿
6.
Problems and Pondering in EMF Methods for Measuring Thermodynamic Functions of Multiphase Reaction System
电动势法测量多相反应体系热力学函数的问题与思考
7.
This text introduces a kind of digital thermometer. The digital thermometer is used in experience on measureing the thermocouplepower rate of thermoelectric pair.
本文介绍了一种数字温度计代替“测量热电偶的热电势率实验”中使用的普通温度计。
8.
hot-wire instrument for measuring electrical quantities
测电量用热线式仪表
9.
The Real Time Detecting Device of Heat Dissipating for Thermodynamics Equipment in Power Plants;
电厂热力设备散热量的实时检测装置
10.
The Influence of Standard Electric Source on Determination of the Differential Thermal Electromotive Force;
电位差计测量温差电动势实验的研究
11.
thermoelectric force
热电势, 温差电(动)势
12.
Test method for thermoelectric power of precision resistance alloys
GB/T6147-1985精密电阻合金热电动势率测试方法
13.
Methods of measurement for pyroelectric television cameras
GB/T15303-1994热释电电视摄像机测量方法
14.
The Mean Value Survey Law for Thermal Resistance Test of Power Semiconductor Radiator
电力半导体散热器热阻测试中的平均值测量法
15.
revising method of (thermal) electromotive force
（热）电动势修正法
16.
Practice for use of calorimetric dosimetry systems for electron beam dose measurements and dosimetry calibrations?
电子束剂量测量及剂量学校准用量热式剂量测量系统的使用方法
17.
The Uncertainty in the Measurement of Electric Potential of Battery by Planar Electric Potential Difference Meter;
板式电位差计测量电池电动势的不确定度评定
18.
Also, the iRs contribution to the measured potential will be much smaller.
再之，iRs对测量电势的贡献也是很小的。