1.
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
2.
In-Depth Feature Extraction of Noise Signals in Aluminum Reduction Cells
大型铝电解槽针振信号深层特征提取方法研究
3.
Numerical simulation and optimization of busbar configuration in large aluminum electrolysis cell
大型铝电解槽母线配置的数值仿真与优化
4.
Research for Aluminum Reduction Cells on Unsteady Heterogeneous Models and Technology of Energy Saving by Key Anode;
大型铝电解槽非稳态非均一模型及关键极节能技术研究
5.
Discussion on the technology of increasing the current of large prebaked cell
大型预焙铝电解槽强化电流技术探讨
6.
In-depth Characteristics Extraction of Cell Voltage Fluctuation in Aluminum Reduction Cells
大型预焙铝电解槽槽电压波动特征提取
7.
Study on Design and Optimization of the Electric-Magnetic Field of Large Prebaked Aluminum Reduction Cells;
大型预焙铝电解槽电磁场设计与优化研究
8.
The Simulation of the Thermal-electric Field of Large Prebaked Aluminum Reduction Cell Based on ANSYS;
基于ANSYS的大型预焙铝电解槽热电场的仿真
9.
The Simulation of the Electromagnetic Field of Large Prebaked Aluminum Reduction Cell Based on ANSYS;
基于ANSYS的大型预焙铝电解槽电磁场的仿真
10.
The Research on Optimize of Large Pre-baked Anode Cell Process Technical Conditions;
大型预焙铝电解槽工艺技术条件优化试验
11.
Research on Technology Innovation and Application of 200kA Large Prebaked Anode Aluminum Reduction Cell;
200kA大型预焙铝电解槽技术创新与应用的研究
12.
Practice on Energy Saving Process for Second Startup of Large Pre-Baked Aluminum Smelting Pot
大型预焙铝电解槽二次启动方法的实践
13.
Summary of EPC installation project of electrolytic aluminum improvement on pre-roasting cells at Lanzhou Aluminum Plant;
兰铝大型预焙槽电解铝技改项目安装工程总承包总结
14.
production-scale cell
生产用电解槽,大型电解槽
15.
Application and Practice of the Large-scale 306KA Prebaked Aluminum Reduction Cell with Integrated of Energy-saving Measures
306KA大型预焙阳极铝电解槽综合节能措施的应用实践
16.
Analysis on Heat Balance Characteristics under Lower Molecular Ratio and Control for 180 kA Heavy Pre-baking Aluminum Smelting Pot
浅析180 kA大型预焙铝电解槽低分子比下的热平衡特性与控制
17.
The aluminum electrolysis cell is the major equipment for the production of aluminum.
铝电解槽是工业炼铝的主要设备,延长电解槽的使用寿命,一直是广大铝工作者关注的重要课题。
18.
Mathematical Model and Error Analysis for the Calculation of Magnetic Field in a Reduction Cell
铝电解槽磁场计算的数学模型及其误差分析