anode reaction

And that the reaction speed is determined by fuel concentration at the anode.

化学反应速度主要取决于阳极燃料气体的体积分数。

The results show that the highest current effi-ciency of the electrolytic reaction is obtained in a solution consisting of 0.45M CoSO_4 and 5.3M H_2SO_4 us-ing silver ions as the catalyst, PbO_2/ Pb as the anode at 11 ℃.

结果表明，在11℃、以银离子作催化剂，用Pbo＿2／Pb作阳极，在含0.45MCOSO＿4的5.3M硫酸溶液中进行电解反应时，可获得较高的电流效率。

A kinetic equation of the anode is deduced by introducing a factor of reaction time in each step based on traditional electrochemistry kinetic theory.

在传统电化学动力学基础上，引入了基元反应平均反应时间，推导了阳极反应动力学方程。

To raise the temperature, flow of the reaction gas and the film humidity can help to improve the battery performance, the influence on the battery performance from the cathodic oxygen flow is greater than the anode hydrogen flow. 3.

适当的提高温度、反应气体流量和膜湿度有助于提高电池性能，阴极氧气流量对电池性能的影响要大于阳极氢气流量的影响。

By means of non-linear regression method calculated the anodic kinetics parameters. The mechanism of anode reaction and its rate-determining step were discussed.

用非线性回归法，计算了阳极过程的动力学参数，进而讨论阳极反应机理和反应速度控制步骤。

The mechanism of corrosion resistance is also analyzed in light of the effect of the conversion coatings on the cathod and anode reaction mechanism of zinc plate and the changes of EIS behavior in 5% NaCl solution.

分析了转化膜的成膜机理，并从转化膜对镀锌层在5%NaCl溶液中的阴、阳极反应历程的影响及交流阻抗行为的变化，分析了钼酸盐转化膜的耐蚀机理。