Today over 90 % zinc is produced hydrometallurgically in electrolytic plants.

The optimum electrolytic corrosion process has been selected through observations.

通过观察比较,找出了最佳电解腐蚀工艺.

The quality of electrolytic capacitor was judged by self-discharge voltage.

用自放电电压的高低来判定电容器的质量.

Our company is very specilizing in electrolytic manganese metal and FEMN.

本公司主要经营电解金属锰及锰铁,等.

The insulation of electrolytic cell is closely related to the safety of electrolysis operation.

电解槽绝缘的好坏关系到电解生产的安危.

In present paper a new technology of the second start-up method of electrolytic cell is described.

本文介绍了一种采用不清炉的二次启动的技术.

The traditional second startup of electrolytic cell needs re-furnace loading and expense materials.

传统的电解槽二次启动需要重新装炉因此投资巨大.

Service life of aluminum electrolytic cell affects directly the economic benefit of aluminum smelting enterprise.

铝电解槽的寿命直接关系到铝冶炼企业的经济效益.

In order to electrolyze dressing wheel of metal binding agent, the electrolytic grinding fluid is developed.

为了对金属结合剂砂轮电解修整, 研究并配制了电解磨削液.

The requirements of chemical components, producing technology of negative aluminium foil for electrolyze capacitor are explained.

阐述了电解电容器负极用铝箔对化学成分 、 生产工艺技术的要求,生产过程中的质量控制原理及方法.

Substances electrolyzed mordern electrolysis technology can be widely used in electrolytic industry and electrochemistry.

目前的电解技术消耗资源,造成电解液电解并析出物质,可应用于各种电解工业及电化学领域.

Conclusion The Electrolyzed Oxidizing Water kills bacteria is quickly and strongly and innocuous for body.

结论氧化电位水原液杀灭细菌芽胞效果迅速、杀菌力强.

Substances electrolyzed by mordern electrolysis technology can be widely used in electrolytic industry and electrochemistry.

今朝的电解技能耗损资源,造成电解液电解并析出事物,可应用于各类电解工业及电化学范畴.

Objective Experimental observation on germicidal efficacy bit of electrolyzed oxidizing water.

目的用悬液定量杀菌试验,观察氧化电位水杀灭细菌芽胞的效果.

Objective To study the germicidal effect of electrolyzed oxidizing water ( EOW ) on the disinfection of sprayer.

目的探讨氧化电位水在 喉头 喷雾器喷头消毒中对普通细菌的消毒效果.

The maintenance of bipolar ion-exchange membrane electrolyzer during its operation is discussed.

论述了复极式离子膜电解槽运行过程中的维护.

The problems in current increase of diaphragm electrolyzer and the countermeasures were introduced.

介绍了在隔膜电解槽电流提升过程中所遇到的问题及采取的解决方法和措施.

The new setup, market situation and technical progress of ion-exchange membrane electrolyzer are described worldwide.

简述世界离子膜电槽最新建设情况及其市场与技术发展概况.

The structure of bipolar components of 38 DD 350 type ion-exchange membrane electrolyzer is introduced.

介绍了38DD350型离子膜电解槽复极元件的结构.

The electrolyzer system calls for yield quick returns and small investment.

运行结果表明选择该电槽系统实现了见效快、投资少的目标.

The selection of switch with load of different electrolyzer and its parameters were introduced.

简要介绍了不同电解槽有载开关及有关参数的选择.