电解的

Therefore, DEMS with the dual thin layer flow through cell can be used to measure quantitatively the formation amount or rate of the gaseous or volatile species produced electrochemically on massive electrodes.

因此，由此电解池与DEMS结合可以用来定量测量块状电极上产生的气体或挥发性物质的量或生成速度。

First of all, the paper introduces the character of techniques of electro bath production and the liquid siphon operation.

论文首先介绍铝电解工艺和出铝操作的特点，分析了影响出铝操作的因素。

In electroanalysis for long the S in the process produces dissolve to give reaction to conduce to the appearance that improves electrode crude rate, it is one of main reasons that increase active of electrode analyse hydrogen.

在长时间电解过程中S发生溶出反应有助于提高电极的表面粗糙程度，是提高电极析氢活性的重要原因之一。

Sandwich type cell, parallel syringe and capacity measuring system used for the investigation of BLM have been developed and computer controlled electroanalysis system CS-1087 has been installed successfully.

成功地研制出研究BLM的电解池，平行注射器和电容仪等，安装了计算机控制的电分析系统CS-1087，确立了BLM成膜方法，并选定了成膜溶剂。

The voltage drops of anode,cathode,the voltage between two poles and the voltage drops of generatrix of 80kA pre-baking anode electrobath were tested in Aluminium Electrolysing Works of Shandong Aluminium Industry Co.,Ltd.

对山铝电解铝厂的80kA预焙阳极电解槽的阳极压降、阴极压降、极间电压及母线压降进行测试，并根据测试数据进行电压平衡计算，认为电压分配比较合理，阳极压降偏高。

The relationship between current density and tank voltage has been studied when the oilfield sewage is treated by the electrocoagulation method.

测定了不同材料电极的i-V关系曲线，研究了电解过程中溶液电导率、电极板间距以及电极联结方式对i-V关系的影响。

In addition, the mechanism of micro electrolysis treating technology was discussed in details.

本文还较为详细的探讨了微电解中和处理技术的作用机理。

In an industrial process called electrolysis, it changes to chemical energy.

在所谓的电解工业的过程中，它转化成化学能。

Next up I decided to try my hand at electrolysis on the gas tank.

接下来，我决定尝试在油箱上的电解我的手。

Water electrolysis is one of the most effective techniques to produce hydrogen.

电解水制氢是现有已成熟的制氢技术中最具应用前景的一种技术。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。