1) cathodic polarization potential
阴极极化电位
1.
Their EIS characteristics under cathodic polarization potential in 0.
利用电化学阻抗谱 (EIS)方法研究高绝缘性能防护层 /碳钢试片体系 ,测定阴极极化电位下 4种常用防护层的EIS谱图 。
2) cathodically polarized platinum electrode
阴极极化铂电极
3) cathodic overpotential
阴极过电位
1.
The paper describes the effect on the addictive and principle and method of controlling cathodic overpotential during the refinement in copper electrolysis.
研究了铜电解精炼过程中添加剂的作用与阴极过电位控制法的原理和方法。
2.
The results show that through on-line control of cathodic overpotential,the optimum amount of additives can be determined under different electrolysis conditions and separated quality,and glabrous of cathodic nickel can be raised efficiently in complicated nickel electrolysis.
结果表明:通过阴极过电位的在线监控可得出在不同电解条件时,添加剂最佳量的控制,从而在复杂镍电解过程中显著提高析出阴极镍的质量和光洁度,使零号镍生产的稳定性提高5%,平均电流效率提高1%。
4) cathode fall of potential
阴极电位降
5) bipotential cathode
双电位阴极
6) equipotential cathode
等电位阴极
补充资料：极化电位
极化电位
物理学术语。与管腔内金属支架(stent)的耐腐蚀性有关的物理学参数。支架的金属材料的极化电位越高，耐腐蚀性能越好。
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