1.
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。
2.
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。
3.
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
4.
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
5.
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。
6.
compound semiconductor solar cell
化合物半导体太阳电池
7.
metal-isolator-semiconductor solar cel
金属－绝缘体－半导体太阳电池
8.
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
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.
electric accumulator (storage batteries)
蓄电池（二次电池）
11.
Solar cell industry and application of silicon germanium thin film;
太阳能电池产业与半导体锗硅薄膜的应用综述
12.
Research progress of Ⅲ-Ⅴ compound semiconductor solar cell
Ⅲ-Ⅴ化合物半导体太阳电池的最新研究进展
13.
Analysis of air flow of the semi-rigid solar array in ground vibration test
半刚性太阳电池阵地面振动时的空气效应分析
14.
Each electrode is impregnated with a catalyst to speed the oxidation reduction or half reaction.
每个电极掺入催化剂，以加重电池半氧化或还原反应。
15.
regulating cell
调节电池,附加电池
16.
noise-killing battery
消杂音电池，消噪声电池
17.
by-pass battery
缓冲电池组，补偿电池组
18.
gravity battery
比重液电池，重力电池