1.
The potential of the actual cell, AE°, can then be regarded as the algebraic sum of the two half-cell potentials.
实际电池的电势AE°可看作两个半电池电势的代数和。
2.
THE CORRESPONDING RELATION BETWEEN A CELL REACTION AND THE CELL OR EMF
电池反应与电池及电动势的对应关系
3.
compound semiconductor solar cell
化合物半导体太阳电池
4.
electric accumulator (storage batteries)
蓄电池（二次电池）
5.
The electromotive force between the two poles of this battery is 3.6v.
这个电池两极的电动势是3.6伏特。
6.
a form of voltaic cell once used as a standard for electromotive force.
一度作为标准电动势的一种伏打电池。
7.
Technology status in quo and development trends of batteries for telecommunication
通信电源用电池技术现状与发展趋势
8.
We can only measure the difference between the potentials of two half cells when they are linked to form an electrochemical cell.
当两个半电池连接形成一个化学电池时，我们仅能测定两个半电池之间电位的差值。
9.
The electrons are passed via a semiconductor to an electrode, through which they leave the cell.
电子通过半导体到达电极，在那里它们离开电池。
10.
Preparation of dispersed electrode and EMF of dispersion cell
分散电极的制备及其分散差电池的电动势
11.
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
12.
metal-isolator-semiconductor solar cel
金属－绝缘体－半导体太阳电池
13.
The New Semiconductor Thin Films Used for Thin Film Solar Cells;
用于薄膜太阳电池的新型半导体薄膜
14.
Study of the Anode Half Cell System of Planner Intermediate Temperature SOFC;
中温平板式SOFC阳极半电池体系的研究
15.
Fabrication and Performance Research of Large Size Half Cell by Tape Casting
流延法制备大尺寸半电池及性能研究
16.
Correspondingly, any complete electrochemical cell can be separated into two hypothetical half-cells.
同样，任一完整的化学电池也可分为两个假设的半电池。
17.
Progress in Studied on Tandem Solar Cells
叠层太阳能电池研究进展和发展趋势
18.
Improvement on the experiment of measuring the emf and internal resistance of the dry cell with potentiometer
用板式电势差计测量电池的电动势和内阻实验的改进