electrolytic cell

1. Design of real-time monitoring system for level fluctuation of liquid aluminum in aluminum electrolytic cell
   铝电解槽阴极铝液液面波动实时监测系统设计
2. When powders aluminium oxide is electrolyzed, how to raise the current efficiency in electrolytic cell and reduce cost is studied in this paper.
   对采用粉状氧化铝电解时如何提高电解槽电流效率，降低成本进行了探讨。
3. Cathode: The negative electrode of an electrolytic cell.
   阴极：在电解池内的负电极。
4. The structure of the electrolytic cell is the polymerized mobile type.
   电解池结构为聚合型流动式。
5. Studies on a new phase plate dry barrier for aluminium electrolytic cell
   铝电解槽用新型干式防渗料性能的研究
6. Design on Aluminum Electrolytic Cell at High Anodic Current Density
   高阳极电流密度铝电解槽的设计思路
7. Application of Neural Network for Rare Earth Electrolytic Cell Design
   神经网络在稀土熔盐电解槽槽压中的应用研究
8. A new-type electrolytic cell is designed, in which the technology for the recovery of cemented scrap is studied.
   设计了一种新型的电解装置，研究了废旧硬质合金回收的工艺条件；
9. Particle electrode potential of bipolar packed electrolytic cell was investigated experimentally.
   对复极性固定床电解槽中粒子电极感应电位进行了研究。
10. Application of Secondary Cementation in Electrolytic Cell Foundation Settlement Reinforcement and Restoration
    二次灌浆在电解槽沉降基础加固复位中的应用
11. The controller is applied to realize the control of pre-baked aluminium electrolytic cell temperature.
    自动装料槽，自动输矿槽利用该控制器实现对预焙铝电解槽的温度控制。
12. Study on electrochemical oxidation conditions of phenol wastewater in the plate and frame electrolytic cell
    板框式电解槽中电氧化处理苯酚模拟废水的工艺研究
13. Study on measuring technique of instant current efficiency on large sized Al electrolytic cell
    大型铝电解槽瞬时电流效率测定技术的研究
14. Design on the Current Oscilloscope for Anode Guide Rod in Aluminium Electrolytic Cell; Numerical Simulation of Guided Wave Propagation in Grouted Rockbolt
    铝电解槽阳极导杆电流示波器的研制锚杆锚固结构中导波传播的数值模拟
15. Process of Phenol Degradation in a Divided Electrolytic Cell with Biofilm-cathode and Optimization of Conditions ( biology) nuclear membrane.
    隔膜式电解槽生物膜阴极降解苯酚的过程及其条件的优化（生物学）（细胞）核膜。
16. In addition, electrolytic experiments were carried out with platinum as anode and titanium as cathode at constant current in electrolytic cell without membrane.
    使用无隔膜的电解池，以钛基镀铂电极为阳极，以钛电极为阴极，在恒电流的条件下进行了电解实验。
17. Hazard resource recognition and risk assessment in multiple roasting startup of aluminum electrolytic cell
    铝电解槽焙烧与启动过程中的危险源辨识与评价
18. The concentration of hydrogen ion, voltage on electrobath and the temperature of electrolyte were the main factors affecting hydrogen production from indirect electrolysis of hydrogen sulfide and the voltage on electrolytic cell took a most important part in the process.
    通过理论推导和实验验证，确立了硫化氢间接电解制氢中试阴极反应的主要影响因素为氢离子浓度、槽压和电解液温度，其中槽压的影响最大。
19. A thin-layer electrolytic cell for reflective visible spectra is designed and made.
    设计制作了一种反射式薄层可见光谱电解池。
20. In a cationic membrane electrolytic cell, 4-aminopyridine was synthesized by constant potential of cathode technique and the process conditions were optimized.
    在阳离子隔膜电解槽用阴极恒电位的方法电化学合成了4-氨基吡啶，并对工艺条件进行了优化。
21. A graphite tube anode in the 3000 A electrolytic cell was replaced by the multiple graphite rod anode to study the decrease in the carbon content in electrolytic neodymium metal.
    对3000A钕电解槽的阳极结构做了改进，用多根石墨棒组成的阳极代替筒状阳极进行了降低钕中碳含量的研究。
22. The method is proved to be effective by the experiment in the 160 kA spot blanking premelting anode aluminum electrolytic cell.
    在160kA点式下料预焙阳极铝电解槽进行实验，结果证明了该方法的有效性。
23. The electrolytic preparation of potassium ferricyanide is carried out in diaphragmless electrolytic cell with titanium anode and copper cathod.
    在无隔膜电解槽中采用钛阳极、铜阴极电解制备铁氰化钾。
24. Under the condition of dendritic growth, the influences of support electrolyte, surfactant and pulse potential on the morphology and growth behavior of zinc have been studied. Meantime the concentration distribution of Zn~ ( 2+) in the thin electrolytic cell was also measured.
    在枝晶生长条件下，研究了支持电解质、全氟表面活性剂和脉冲电压等对锌枝晶生长行为的影响，并检测了电解池中Zn2+的浓度分布。
25. Research on Titanium Diboride Wettable Cathode Technology for Aluminum Electrolytic Cell
    铝电解槽二硼化钛可湿性阴极制备技术研究
26. Aluminum electrolytic cell more than physical field coupling modeling and simulation are very complex and cumbersome.
    铝电解槽的多物理场耦合建模与仿真非常复杂与繁琐。
27. Achieve energy saving and prolonging life purpose through the electrolytic cell electrolytic cell process system optimization.
    通过电解槽工艺系统的优化实现节能降耗和延长电解槽寿命之目的。
28. Four united parts connected with electrolytic cell could control and measure current and potential of the electrochemical system.
    四部分互相连接，再与电解池相连，可以对电化学系统中电流、电位等信号进行控制和测量。
29. In order to save energy, electrolytic cell sidewall waste heat recovery and its affecting factors were studied in this paper.
    为实现铝电解过程中的节能降耗的目标，本文对电解槽侧部余热的回收及其影响因素进行了研究。

noun

1. a cell containing an electrolyte in which an applied voltage causes a reaction to occur that would not occur otherwise (such as the breakdown of water into hydrogen and oxygen)