阳极效应是融盐电解中的一种特殊现象。尤其是在铝电解中，最为普遍。
The anode effect is a characteristic phenomenon in molten salts electrolysis, especially in aluminium electrolysis.
通过详细分析阳极效应发生的机理、原因及影响效应熄灭成功率的几个因素，得出实施自动熄灭阳极效应系统的必要性。
The mechanism, reason and effecting factors on anode effecting are discussed in detail, on the other hand, the necessary of the application of anode effecting auto-quench system is also expatiated.
分析了由于铝电解的一种特有现象——阳极效应的发生造成铝电解系列电流波动较大，在对系列电流分段调整时铝电解电能的损失情况。
This article analyses the electric energy loss of adjusting the line current by stages, which has a bigger wave motion when the anode effect happens-a phenomenon peculiar to aiu-minium reduction.
正是由于这种保护效应，阳极的容量即使在循环200次后仍然保全的很好，相反，若是使用有缺陷的石墨烯层，阳极容量将会随着循环进行急速降低。
Because of this protective effect, the anode's capacity is preserved even after 200 cycles, whereas anodes with an imperfect graphene layer rapidly decrease with cycling.
用等效电路的方法研究了点阴极情况下的电场辅助阳极连接效应，计算了连接电流、连接孕育期和紧密接触面积。
Effects of point cathode anodic bonding are theoretically investigated by using electrical circuit analog. The bonding current, incubation period and intimate contact area are calculated.
提出了基于荷花效应的双微观结构的制作及其复制技术，介绍了采用阳极氧化技术制作双微观结构氧化铝模板的方法。
This paper presented fabrication and replication technology of binary micro-structure based on lotus effect. Aluminum template had been produced by means of anodic oxidation.
聚乙烯阳极外磁绝缘离子二极管阳极等离子体的形成基于阳极聚乙烯膜表面脉冲放电过程和阴极电子轰击效应。
The formation of anode plasma in external magnetic field MID is derived from the pulsed discharge and electron impact on the surface of anode polymer.
模拟溶液各离子含量成倍增加后，退化珠光体的阳极电流密度升高，电化学交流阻抗值降低，局部腐蚀效应增大。
As the ion contents of the soil simulation solution doubled, the anodic dissolution of degenerated pearlite increases, and the local impedance of the electrode decreases.
模拟溶液各离子含量成倍增加后，退化珠光体的阳极电流密度升高，电化学交流阻抗值降低，局部腐蚀效应增大。
As the ion contents of the soil simulation solution doubled, the anodic dissolution of degenerated pearlite increases, and the local impedance of the electrode decreases.
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