1) Reactive power I/V pair
电流电压偶对
2) I/V pair
电压电流偶对
3) voltage-current dual
电压-电流对偶
4) current-voltage dual
电流-电压对偶
5) galvanic current
电偶电流
1.
According to dynamics of coupled sacrificial anode with carbon steel,the integral of galvanic current vs.
依据牺牲阳极与A3钢偶合后的电极动力学,电偶电流Ig的时间积分电量值为牺牲阳极实际发出电流量,电偶电流Ig的时间积分电量值与铜库仑计效率存在一定的关系,通过测试铸造铝合金牺牲阳极和A3钢在3%NaCl溶液中偶合后的电偶电流Ig,表明用电偶电流快速评价铸态铝合金牺牲阳极性能可行,可以用来筛选牺牲阳极配方。
2.
To study the effect of rate between cathodic and anodic area,and temperature on galvanic corrosion of these two kinds of steel,electrochemical techniques were used to analyze galvanic current and interface configuration on anodic electrode.
结果表明,在模拟油气田水介质腐蚀环境中,G3钢和SM80SS钢分别成为阴、阳极;温度升高(30、60、90℃)会使电偶电流增加,电偶效应增大;随着阴阳极面积比增大,电偶电流不断增大。
6) current-voltage dual
电流-电压对耦
补充资料：偶对
1.指诗文的对偶。
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