电解的

In this study, the method using SOMto produce Tantalum and was discussed under the condition of laboratory.

本文在实验室条件下开展了利用固体透氧膜法制备金属Ta的研究，主要研究了固体透氧膜在熔盐电解中的稳定性。

The affects of oxidant dosage,residual acid concentration and leaching time on leaching efficiency of tellurium were studied.

采用氧化酸浸的方法从铜电解阳极泥处理过程中产生的综合渣中浸出碲。

Effects of tungstate and some other additives on the structure, property and component of the MAO coatings were investigated and the electrolyte subsequently was optimized with the orthogonal experimental design approach.

通过正交实验优化和对微弧氧化膜结构、成分及性能的测试评价，得到了性能较好的微弧氧化电解液配方。

The results show that electro-flotation cell is a unit of high performance in solid-liquid separation.

研究表明，电解浮选是高效的固液分离单元，水力停留时间和电流密度是主要的影响因素。

The sooner volatilization of electrolyte and water, the shorter of battery service life.

电解液及水的挥发越快，电池的使用寿命越低。

Compared with the two latter anodes, the iron wire gauze anode presented the highest current efficiency at relatively small current density.

结果发现，铁丝网电极在不同电流密度、电解时间和温度的影响下，生成高铁酸钠的电流效率、浓度及Fe／Fetol。

The determination of zinc chloride and ammonium chloride in electrolyte of dry cells was stu died based on the principle of complexometric titration and acid alkali titration.

应用络合滴定和酸碱滴定的原理，对干电池电解液中氯化锌氯化铵的测定进行了探讨。

In the electrolyze and decompose process of sodium aluminate solution with ion membrane,some key influence factors on agglomerative efficiency were researched.

在铝酸钠溶液离子膜电解种分的过程中，考察一些主要因素对其附聚效率的影响。

Producing anhydrous magnesium chloride by dehydration of bischofite was considered as one of the most advanced technology to utilize and develop the magnesium resource of the salt lakes in Qinghai.

中文摘要：由水氯镁石制备电解镁的原料-无水氯化镁，是盐湖镁资源综合开发利用的有效途径之一。

Under technological conditions such as: room temperature, current density 200 A/m^2, anolyte acidity 0.5 mol/L chlorhydric acid, acidity of catholyte 1.5 mol/L chlorhydric acid, circulation of anolyte and catholyte 40 L/h, Ni(superscript 2+) concertration 0.85 mol/L, and the average cell voltage 1.3 V, the electricity consumption of dissolving a ton of nickel base alloy is 813 kWh, and the Ni(superscript 2+) retention rate of the ion exchange membrane is more than 99.5%.

在电流密度200 A/平方公尺、阳极酸度0.5 mol/L、阴极酸度1.5 mol/L、循环量40 L/h、Ni(上标 2+)浓度0.85 mol/L左右和室温的条件下电解，平均槽电压1.3 V，电溶1 t镍合金板耗电813 kWh，阴离子交换膜对镍的截留率大於99.5%。

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。