1) the working potential of anode
阳极工作电位
1.
Results show that the working potential of anodes is lower than -0.
根据地下参比电极接触测试原理 ,测试了套管被保护前后纵向深度上的套管自然电位、套管保护电位、阳极工作电位和阳极开路电位 。
3) anodic overpotential
阳极过电位
1.
Based on their physical and chemical properties test and anodic overpotential measure by so called modified current interruption technique, the effects of AlF 3 dopant and baking temperature on the overpotential of carbon anode were studied.
在实验室制备各类AlF3 掺杂试验阳极 ,在测试其基本物理化学性能的基础上 ,采用“改进断电流法”进行阳极过电位测试 ,研究AlF3 添加剂和阳极焙烧温度对阳极过电位的影响。
2.
The results showed that the anodic overpotential decreased with increasing of Bi content in the alloy.
结果表明,阳极过电位随着合金中Bi含量的提高而降低,当Bi含量为1。
4) anodic overvoltage
阳极过电位
1.
Study of anodic overvoltage in neodymium electrolysis;
钕电解阳极过电位的测定
2.
Effect of raw material recipe on anodic overvoltage of pre-baked carbon anode in aluminum electrolysis;
铝电解预焙阳极原料配方对阳极过电位的影响
5) anode potential fall
阳极电位降
6) Potentiostatically anodic polarization
恒电位阳极极化
补充资料：阳极电位
分子式：
CAS号：
性质：腐蚀电池中阳极的电极电位。它随流过电极的电流密度而变化，一般说来，随着电流密度的增大，阳极电位向正方向移动。
CAS号：
性质：腐蚀电池中阳极的电极电位。它随流过电极的电流密度而变化，一般说来，随着电流密度的增大，阳极电位向正方向移动。
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