电极的

The metabolism of SRB which involved hydrogenase was the main reason for the MIC of AZ91 alloy.

细菌的代谢过程所导致的电极的阴极去极化加速了镁合金的点蚀的形成和发展。

The authors analyze the mechanics of ozone generated by corona discharge and the elements of surface discharging electrode and conclude that heightening the inductivity and the surface resisitivity of the dielectric and decreasing the thickness of the dielectric can increase the productivity of the ozone generator.

本文论述了电晕放电法产生臭氧的机理和沿面放电用电极的结构及影响因素，认为提高电介质的介电常数、表面电阻率和降低电介质的厚度可以提高臭氧发生器的效率。

The purpose of these experiments is to discovery the influence that some factors made on IBC. These factors are frequency and intensity of current, electrode size, distance between sender and receiver, et al.

实验研究了电流的频率和强度，电极的种类和大小以及收发的距离等因素对电流耦合型人体通信的影响。

The effect of Joule heat on the separation under the critical separation-voltage had also been investigated.

在微流控芯片上，研究了管路-电极的距离，缓冲液的浓度，管路的截面积等参数对临界电压的影响。

In addition, it was found that the chemical structure and concentration of leveler exerted considerable influences over the filling performances.

旋转电极的检测结果与扫描式电子显微镜所观测到的填孔效果一致，且发现添加剂的化学结构与浓度对於填孔效果均有显著的影响。

In this paper,the method of machining of micropore by electric spark was introduced.

介绍了电火花微孔加工方法，着重对加工参数、工具电极的制备以及对加工中应注意的问题进行了探讨，成功地在厚80μm的不锈钢板材上加工出128个直径55μm的微孔。

The new product that this Toshiba interior produces, module of CSCM miniature camera, be first the product of applicable TCV science and technology, regard the chip that contains successive electrode as the structure brilliant circle, the surface that can implement the camera module part below brilliant round condition is stuck outfit, assemble.

此次东芝内部出产的新产物—CSCM微型相机模块，是初度合用TCV科技的产物，将晶圆作为带有陆续电极的芯片结构，能够实现晶圆状况下的相机模块部件的概况贴装、组装。

Forth through the experiment we have confirmed two important parameters that cathodic protection in solid electrolyte environment and regard the graphite as the comparison electrode--the minimum protection electric potential and the minimum protection density of electric current of uncovered metal.

通过试验确定了在CP-F1固体电解质环境中，以石墨为参比电极的系统中，阴极保护的两个重要的参数—最小保护电位和裸露金属的最小保护电流密度。

The influences of soakage time on cyclic voltammogram of EDLC with three porous carbons obtained are different due to the different micropore distribution.

3种不同孔径分布的微孔型多孔炭作电极的EDLC的循环伏安特性受浸渍时间影响的程度也不同。

The specific capacitance for the nano-NiO/C composite electrode is influenced by the concentration of KOH and sweep rate and high electrolyte concentrations and low sweep rates leads to a high specific capacitance.

结果表明，纳米NiO/C复合电极的比电容受KOH浓度和扫描速度的影响，高的电解质浓度和低的扫描速度有助于获得高的比电容。

What would he tell Judith and the children?

他将怎样告诉朱迪丝和孩子们呢？

I this is at that time, the opinion with peacockish true girl is full of in a heart.

这就是当时的我，一个心中布满虚荣的女孩子真实的想法。