reaction impedance

By adding special conductivity-improving materials and increasing real reaction surface. the impedance of MH/ Ni battery was decreased to make it suitable for electric bicycles on which the batteries were due to continuously discharge on high current.

采用在电极中加入导电性好的导电剂以及增大电极的真实面积的方法，使电池内阻降低，制成适合电动自行车用可连续大电流放电的MH/Ni电池。

Following is concluded: non-crystalline Ni-19.2P alloy has good corrosion resistance because of its high stable potential, polarization resistance and reaction impedance.

结果表明：Ni-19.2P非晶态合全稳定电位高，极化阻力和反应阻抗大，腐蚀速率小，具有优良的耐蚀性能。电化学测量技术是研究镀层耐蚀性能快速有效的方法。

With increasing flow velocity the shear stress on the metal electrode surface and the electrochemical corrosion rate increased, and the electrochemical reaction impedance decreased.

随着流速增大，电极表面受到的切应力增大，反应阻抗减小，电化学腐蚀加速，协同效应增强，结果使电极流动腐蚀速度增加。

With the increasing content of bismuth, the reaction impedance of the Pb-Ca-Sn-Al-Bi alloy has decreased gradually.

随着铋含量的递增，铅钙锡铝铋合金反应电阻逐渐降低。

But the reaction impedance decreased, and then the corrosion rate increased.

但极化条件下反应电阻下降，反应速率加快。

The study found that the electrode reaction among products and the adsorption ability of electrode reaction charge transfer impedance values with the increase of the content of Al 、 Sn decreases.

研究发现了电极反应的中间产物的吸附能力及其对电极反应电荷转移的阻抗值随着Al、Sn含量的增加而减小。

Electrochemical reaction impedance of the MH electrode decreased with the increase of depth of discharge, and increased when the DOD was above 80% in discharge process.

在放电过程中，贮氢电极表面电化学反应阻抗随放电深度增加而减小，当放电深度大于80%时电化学反应阻抗又增大。

The evaluation of impedance parameters shows electrochemical reaction impedance of metal/ electrolyte interface is primarily determined by water uptake in coatings. The water sorption of coatings directly determines electrochemical reaction area of base metal/ electrolyte interface.

阻抗参数解析表明，金属/溶液界面的电化学反应阻抗主要决定于涂层中的吸水过程，后者直接决定基体/溶液界面的电化学反应面积。

The results of electrochemical impedance spectroscopy ( EIS) indicate that the electrode polarization reduces and hence the increase of the electrochemical reaction impedance of cathode is restrained after composite doping during cycling.

电化学阻抗谱（EIS）测试结果表明，复合掺杂降低了该材料的电化学极化，抑制其在循环过程中电化学反应阻抗的增加。

Ac impedance spectroscopic studies on electrochemical reaction at the interface of LiCoO_2 cathode materials

LiCoO2材料界面电化学反应交流阻抗分析

The Measurement of Differential Capacity of Acrylonitrile Aqueous Electrochemistry Dimerization Reaction by AC Impedance Method

交流阻抗法测量丙烯腈电化学二聚反应电极微分电容