1) reversible electrode potential
可逆电极电势
1.
The mechanism of Zn-Ni battery and Ni-MH battery, and the preparations, the crystal structures and the electrochemical properties of nickel oxyhydroxides were reviewed, and the discharging specific capacity of nickel oxyhydroxide and reversible electrode potential of Ni(OH)2/NiOOH electrode were also analyzed.
综述了锌镍电池和MH-Ni电池的工作原理及羟基氧化镍的制备、结构、电性能;分析了羟基氧化镍的放电比容量及Ni(OH)2/NiOOH电极的可逆电极电势;围绕高放电比容量、自放电率低、高密度羟基氧化镍的发展前景,建议了今后的研究方向。
2) reversible electrode
可逆电极
1.
By supplementing and consummating the special property of reversible electrode and the method of writing reversible cell, this paper put forward a scheme of designing reversible cell which started with the reversible electrode.
本文通过对可逆电极特性和可逆电池书写方法（即电池符号）的补充、完善，提出了一种从可逆电极入手设计可逆电池的方案。
2.
Various types of reversible electrode reaction expressions and electrode diagrams are presented and a discussion about how to design quickly and accurately the appointed chemical reactions into the reversible cell to counter different types of chemical reactions is conducted.
提出了各类可逆电极反应通式和电极图式，并针对不同化学反应，研讨了如何准确快捷地将指定化学反应设计成可逆电
3) reversible battery's electromotive force
可逆电池电动势
1.
The relations of liquid′s surface tension and temperature and the problem of reversible battery′s electromotive force are processed with the cycle procedure means.
用循环过程法对液体的表面张力与温度的关系以及可逆电池电动势等问题进行处理 ,不仅求解很方便 ,且物理意义也很明确 ,扩充了普通物理中用循环法解题的范
4) reversible potential of a cell
电池可逆电势
5) reversible hydrogen electrode
可逆氢电极
6) irreversible electrode
不可逆电极
补充资料：电池可逆电势
分子式：
CAS号：
性质：可逆电池的平衡电势，又称电动势。
CAS号：
性质：可逆电池的平衡电势，又称电动势。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条