1) cathode reaction
阴极反应<冶>
2) cathodic reaction
阴极反应
1.
While cathodic reaction mechanism of N80 steel changed at 60 ℃,and the EIS characteristics at corrosion potential were similar to those of anodic .
结果表明 :在 30℃、6 0℃、90℃范围内 ,阳极反应机理没有发生变化 ,而阴极反应机理在 6 0℃时已经发生改变 ,自腐蚀电位下的EIS反映的是阳极过程的EIS特性 ;由于 6 0℃生成的腐蚀产物软而无附着力 ,极化电阻最小 ,相应的腐蚀速率最快 。
2.
The electrochemical impedance spectroscopy (EIS) was used to analyze the possible cathodic reactions and reaction rate during CO2 corrosion of steel N80 in various electrolytes.
利用电化学阻抗(EIS)技术研究了N80钢在不同介质条件下CO2腐蚀过程中可能存在的阴极反应及其反应速度。
3) cathode reaction
阴极反应
1.
Compared with the conventional fuel cell,the working principle of Microbial fuel cell is reviewed,and the influent factors on energy output,such as the loss of the activity of biocatalyst,the loss of electron transfer,the loss of the internal resistance and the loss for cathode reaction,have been described in this paper.
立足于环境污染的背景,简述了微生物燃料电池的工作原理,并综合描述了微生物燃料电池中微生物的生物催化活性、电子传输模式、质子传递阻力及阴极反应等能量损失因素对输出电压的影响,并概要地指出微生物燃料电池的发展前景。
4) polar reaction
极性反应<冶>
5) anodic reaction
阳极反应<冶>
6) cathodal electro-Fenton
阴极E-Fenton反应
补充资料：融融冶冶
1.美好艳冶。
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