electrolyzer

n.

电解剂；

双语例句

用作名词(n.)

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。

权威例句

1. But, the original detection scheme cannot satisfy request of timeliness and accurately detecting the cell electrolyzer voltage.

然而原有的检测方案并不能完全满足单元槽电压检测的及时性和准确性要求。

2. The corrosion phenomenon of ionic membrane electrolyzer in production process was introduced. The reasons of corrosion were also discussed.

介绍了离子膜电解槽在生产运行过程中的腐蚀现象，讨论了产生腐蚀的原因。

3. Galvanic cell type hydrogen sensors and fuel cells belong to the former, and hydrogen pump, steam electrolyzer and membrane reactors to the latter.

原电池型的氢传感器和燃料电池属于前者，氢泵、蒸汽电解器和膜反应器属于后者。

4. All kinds of the factors of anode polarization in fluorine electrolyzer were discussed, and solutions to diminish anode polarization were put forward.

阐述了制氟电解槽引起阳极极化的各种因素、预防措施以及发生阳极极化后的消除办法。

5. Process, characteristics and parameters of refined brine by new process for ionic membrane electrolyzer were introduced. The existing problem and points for attention were pointed out.

介绍了采用新工艺精制离子膜电解槽盐水的工艺概况、特点及参数。指出了存在的问题及注意事项。

6. The fluctuation of electrolyzer diaphragm rose in adsorption and series countermeasures on the steady running were introduced.

介绍了电槽隔膜吸附中出现的波动及通过一系列调整使电槽稳定运行的过程。

7. Innovations on process of diaphragm production of diaphragm electrolyzer with metal anodes, control index of common diaphragm and modified diaphragm and correlation data were introduced.

介绍了对金属阳极电解槽隔膜制作工艺的改进，普通隔膜、改性隔膜制作控制指标及相关数据。

8. A mathematical model of electric field in electrolyzer is built.

建立了计算电解槽内部电场的数学模型；

9. The present status of high voltage of rectification equipment in bipolar type ion-exchange membrane electrolyzer was introduced.

介绍了复极式离子膜电解装置整流设备的电压值偏高的现状。

10. 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。

11. Abnormal phenomenon in operation of electrolyzer and its production reasons were introduced. After adoption of countermeasures, electrolyzer operates with stability and high efficiency.

介绍了金属阳极电解槽运行中的异常现象及产生的原因，经采取相应的改进措施，使电槽平稳高效地运行。

12. The technological innovation for changing input brine from faintly alkaline to weakly acid was introduced. The side reaction was reduced, so the current efficiency of electrolyzer was raised.

介绍了对进槽盐水由酸碱性改为微酸性的技术改造，减少了副反应的发生，从而提高了电解槽的电流效率。

13. Through the development of specialized cell electrolyzer voltage detection module SM413, HollySys MACS Optimization of cell electrolyzer voltage detection, Solve the technical problems.

通过开发专用槽电压检测模块SM413，和利时MACS系统实现了对单元槽电压检测的优化，解决了这一技术难题。

14. Structure characteristics of Uhde electrolyzer and De Nora electrolyzer, design fixing and the improvement on the basis of the situation of Yangzhou pesticide and chemical Co.

介绍了伍迪电解槽的结构、设计安装特点以及结合扬州农药化工公司自身情况所做的改进工作。

15. After that, the industrial test production of A356 alloy with electrolytic low content titanium melt produced in industrial aluminum electrolyzer was conducted in factory.

进行了利用工业铝电解槽生产的电解低钛铝合金熔体直接生产A356合金的工业试验。

16. The process modification to treat and recycle the waste water from the washing compartments of electrolyzer in Shandong Hengtong Chemical Industry Inc. is introduced.

以山东恒通化工有限公司的工艺改造为例，介绍电解冲箱废水治理及回收利用的一种新方法。

17. Common diaphragm electrolyzer were revamping by activated cathode process and modified diaphragm process. Voltage was reduced, and effect on saving electricity was obvious.

采用活性阴极改性隔膜技术对普通隔膜电槽进行改制，降低了槽电压、节电效果显著。

18. Application: High Power Converters, Motor Control, Electrolyzer , Battery Chargers, Trackside Snbstations.

应用：大功率变流器、电机控制、电解、充电设备、变电站。

19. This paper describes the direct recovery of gold and silver from the thiourea and sulphuric acid eluate of the loaded resin elution by using electrowinning in the diaphragm electrolyzer.

本文阐述了在隔膜电解槽中，用电积法直接从载金树脂硫脲硫酸解吸液中回收金、银的技术。

20. Quantity of transfer water were calculated by parameters of ionic membrane electrolyzer, and the operation status of ionic membrane by the changing trends of transfer water were analysed.

根据离子膜电槽运行数据计算出水迁移量，并通过其变化趋势分析了离子膜的运行状况。

21. For prolonging the life of electrolyzer, quality of diaphragm and clarified brine should be guaranteed, and the concentration of fresh soda should be controlled.

为了延长电槽运行时间，要保证隔膜和精制盐水的质量、稳定地调控淡碱浓度。

22. The development of F4 diaphragm electrolyzer with S-3000 press filter is summarized.

总结了S-3000型压滤式F4隔膜电解槽的开发研制过程。

23. Various possible problems arised in runing of monopolar type ion-membrane electrolyzer are analyzed thoroughly and the effective countermeasure are proposed.

对单极式离子膜电解槽运行过程中可能出现的各种问题进行了深入细致地分析，并提出了有效的解决方法。

24. The hazards caused by transient voltage loss for electrolyzer are introduced, and the preventative measures are proposed.

介绍了瞬间失压对电解槽的危害，提出了相应的预防措施。

25. This document introduces the brief point of technology and performance in the first set of electrolyzer of Ion - Exchanger - Membrane in NingXia.

本文介绍了我区第一套离子膜法制碱工艺及设备引进中的工艺及性能要点。

26. This document introduces the brief point of technology and performance in the first set of electrolyzer of Ion - Exchanger - Membrane in NingXia.

本文介绍了我区第一套离子膜法制碱工艺及设备引进中的工艺及性能要点。

27. The process of acceptance brine by bittern of Ye county were introduced. Calculations showed that the concentration of secondary brine met the requirements of electrolyzer.

介绍了利用叶县卤水制合格盐水的工艺。通过计算证明二次盐水浓度可满足电解槽的工艺要求。

-- 来源 --

28. diaphragm electrolyzer

隔膜电解槽

-- 来源 -- 英汉 - 翻译参考[网络]

29. a bipolar type ion-exchange membrane electrolyzer

复极式离子膜电解槽

-- 来源 -- 英汉 - 翻译参考[网络]

30. In view of the problem on rise of electrolyzer voltage in ion-exchange membrane caustic soda in our factory, a set of reasons were analyzed, and lots of correlation measures have been adopted to eliminate the rise.

针对我厂离子膜烧碱生产中出现的槽电压升高的问题,认真分析了其产生的原因,并提出了相应的解决措施。

-- 来源 --