电解槽

普通红砖用于电解槽的可行性研究

The feasible research on the application of general red brick to electric tank

改进铝电解槽槽罩绝缘性能，消除槽罩漏电

Improving Insulation of Electric Tank Slot Cover to Eliminate Electricity Leakage of Slot Cover

模糊控制理论在电解槽pH值控制中的应用

Appliance of a Fuzzy Control Theory in pH Control of Electrobath

基于BP神经网络的铝电解槽热平衡控制系统

Heat balance control of aluminum reduction cell based on BP nerve networks

基于PLC与专家控制器的电解槽预焙烧燃烧控制系统

Prebaked Electrolytic Tank Control System Based on PLC and Expert PID Controller

F2型离子膜电解槽活性涂层的最佳经济寿命

Optimum economical service life of active coating for F_2-style ion-membrane electrolyzer

本文采用P型单晶硅片，在三极电解槽中，进行了电化学深刻蚀的探索性实验。

P-type Silicon crystal plates have been adopted in the paper . Then the electrochemical etching experiments are done in three electrodes electrobath .

基于ANSYS分析的铝电解槽电磁场计算方法

Numerical calculations of the 3-D electromagnetic fields of aluminum reduction cells based on ANSYS program

300kA铝电解槽三维电热场电位ANSYS分析

Analysis of 3D Thermo - electric Field Potential for 300 kA Aluminum Electrolysis Cell Using ANSYS

本文还讨论了如何在工业铝电解槽上利用反电动势法测定Al2O3浓度的问题。

How to measure Al_2O_3 concentration in industrial cells from cemf was also discussed in this paper .

对电解槽控制线路故障元件存在范围的确定，提出了K故障下诊断的新方法。

A method for determining the existent minimum range of fault elements in control circuit for aluminium reduction cell was presented .

制氟电解槽电极极化产生CF4的判断与处理

The Judgment and Settlement to CF_4 from the Fluorine Cell due to Electrode Polarization

泄流式TiB2/C阴极电解槽研究

Study on Drained Cathode Cell with TiB _2 / C Coating

铝电解槽TiB2/C阴极材料的研究

Investigation of tib_2 / c composite cathode for aluminium cell

ANSYS有限元分析软件提供了电磁计算方法，可以解决铝电解槽生产设计中的磁场计算分析。

ANSYS Finite Element Analysis software provides methods of electric and magnetic computation . It can solve some problems in production and design of aluminum reduction cell .

本论文研究了模糊逻辑控制在电解槽pH控制中的应用，对基于模糊逻辑控制的pH控制进行了仿真研究。

This article studies the application of fuzzy logical control about the pH value in the electrobath . Simulation is used to test the pH control based on the fuzzy logical control .

常温固化TiB2阴极涂层在预焙铝电解槽上应用

Application of TiB_2 Cathode Coatings Solidified Under Ambient Temperature in Pre-Baking Aluminum Reduction cells

在多维分析的基础上，结合电解槽生产数据的特点，运用了K-means聚类算法。

Assorts Based on the analysis of the data , combined with the characteristics of production , using a K - means clustering algorithm .

离子膜电解槽用纳米Ni-Mo合金阴极的制备及其催化析氢性能

The preparation of nano-Ni-Mo alloy cathodes for ion-exchange membrane electrolyzers and their catalytic hydrogen evolution property

在实验室铝电解槽中，对TiB2/C复合阴极材料的工艺持性进行了实验。

The operating performance of TiB_2 / C composite cathodes was evaluated in a laboratory aluminium reduction cell .

本文还用Visualc++，SqlServer2000，MATLAB三者结合，设计了铝电解槽故障诊断系统软件。系统主要分为三大模块：监测模块、信号处理模块和诊断模块。

Programming combining with Visual C + + , SQL Server 2000 , MATLAB , the fault diagnosis software system was designed , which included three main modules : monitoring module , signal processing module and diagnosis module .

以商业软件ANSYS为开发平台，采取标量电位法和双标量磁位法相结合的方法开发了铝电解槽电场与磁场计算模块，并应用到154kA铝电解槽磁场计算。

On the basis of commercial software ANSYS , the scalar voltage potential method and two scalar magnetic potentials method were used to establish a calculating module of magnetic field and electric field in aluminum reduction cells .

利用有限元软件ANSYS，建立了包含工字钢部分在内的铝电解槽几何模型。针对沈阳铝镁设计研究院设计的300kA铝电解槽，进行了三维电热场耦合分析。

Aluminum electrolysis cell including I - shaped steel is built by the software ANSYS , and 3D thermo - electric field analysis for the 300 kA aluminum electrolysis cell designed by Shen Yang Aluminum & Magnesium Academe .

无隔膜电解槽中对苯醌电合成的研究无隔膜槽中ACF电极成对电解脱色活性艳蓝KN-R

Studies on Electrosynthesis of Para Quinone in an Undivided Electrolytic Cell Paired Electrolytic Decoloration of C.I.Reactive Blue 19 on ACF Electrodes in An Undivided Cell

AZM-F2型电解槽阳极气体分离器腐蚀探讨

Investigation on the corrosion of anode gas separator in AZM-F 2 electrolyzer

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。

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

160kA预焙铝电解槽区域电流效率

Zone current efficiency in 160 kA prebake aluminum electrolysis cell

延长160kA预焙阳极电解槽使用寿命之实践

Practice of prolong service life of the 160 kA pre-baked anode pots

160kA预焙铝电解槽物理场测试与分析&综合分析与建议⑷

Measurement and analysis of physical fields of 160 kA pre - baked pots

160kA铝电解槽限电条件下的生产实践

Practice of Production Management for 160 kA Electrolysis Cell in the Current Limit