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1·Electrode reaction mechanism is studied.

探讨了电极反应机理。

2·The mechanism of electrode reaction was discussed as well.

同时，探讨了电极反应机理。

3·Mechanism of the electrode reaction was also discussed briefly.

讨论了电极的响应机理。

4·The electrode reaction was one electron transfer reaction with one proton.

该电极过程为单电子单质子过程。

5·The current character, the reversibility and the mechanism of electrode reaction etc. were also studied.

文中对体系的电流特性，电极反应过程的可逆性，电极反应机理等也进行了研究。

6·The reversibility of the electrode reaction of poly (N methyl) aniline was inspected by cyclic voltammetry.

用循环伏安法考察了聚（N-甲基）苯胺电极反应可逆性；

7·Since the electrode reaction has been changed, the voltage of the electrolyzer has been reduced by about 1v.

这改变了电极反应，使电解槽的槽电压降低1.0伏左右。

8·The experimental results prove that the electrode reaction of Hesperidin is an irreversible two-electron electrode process.

实验证明橙皮甙的电极反应机理为双电子的不可逆过程。

9·The degradation process of triadimefon and the electrode reaction mechanism of the system were also discussed in this paper.

另外，本文还对三唑酮的降解过程和体系的电极反应机理进行了探讨。

10·The theory of semidifferential cyclic voltammetry for simple electrode reaction at hemispherical microelectrode has been described.

介绍了超微半球电极上具有简单电极反应时的半微分循环伏安理论。