电解槽

The results show that, the distribution of magnetic field and electromagnetic force in the aluminum film on the cathode slope are in symmetry to the long axis of the cell, especially the magnetic force is in the same direction as the gravity force, which is in favor of the aluminum discharging from the cathode slope. The highest fluctuation of aluminum pad surface in the accumulation sump is 0.021 m, which still remains within the safe range, and will not cause interpolar short circuit, so a normal operation process could be maintained with the same bus bar configuration as the current 75 kA aluminum reduction cells.

结果表明：阴极斜坡表面电磁场和电磁力场分布基本呈沿电解槽长轴对称分布，且电磁力与重力方向相同，这有利于阴极表面电磁力向聚铝沟排放，而在电磁力作用下，聚铝沟内铝液波动最大幅度为0.021 m，仍保持在安全范围之内，不会引起两极短路现象的发生，表明在现有75 kA普通预焙槽母线配置方案下，可以维持导流型结构电解槽的正常运行。

On the basis of Ohm's and Kirchhoff's law, The mathematic model that can be used to caluculate the 3—D current distribution in alumina reduction cell was derived, and the computer program was compiled by finite differential method.

根据欧姆定律和基尔霍夫定律，用有限差分法导出了求解铝电解槽内三维电流分布的数学模型，编制了计算程序，在国内首次较准确地计算了铝电解槽内三。。。

In rare earth electrolysis cell , there exist complicated physical fields, and current field is root of other fields.

稀土电解槽中存在着复杂的物理场，而电场是其他物理场的根源，热场、流场是决定稀土电解槽的电解是否能进行的重要因素。

In the reduction cell, the field calculation for bath solution can be reduced to a potential boundary value problem with a given current while that for liquid aluminum is reduced to the second boundary value problem.

本文提出一种采用相对电参量计算铝电解槽电流场的方法，将铝电解槽中电解液电流场的计算归结为给定总电流的位场边值问题，铝液电流场归结为第二类边值问题。

To stabilize the degree of superheat may make the cavity of cell to be more stable.

稳定过热度可以使铝电解槽炉膛趋于稳定，精准的换极、出铝操作及合理的热损失分布有利于炉膛趋于规整，提高电解槽运行的稳定性。

The paper makes a theoretical analysis of blushing of the pot shell from the thermal equilibrium point of view and puts forward some countermeasures for them in terms of process management.

本文针对特大型电解槽炉帮发红的生产现象，从热平衡角度进行了理论分析，并结合生产实践从工艺管理的角度提出了一些对策，有利于电解槽槽壳发红的认识和治理。

According to the analysis of both calculation and measurement, some suggestions were put forward to improve the cell operation and to raise the current efficiency for prebake aluminum production cell.

采用区域电流效率的观点，分析了某厂160kA 预焙铝电解槽电流效率的特点，认为低电流效率区域的存在和面积偏大导致电解槽平均电流效率偏低，并由此提出了提高电流效率的途径。

According to the analysis of both ca lculation and measurement, some suggestions were put forward to improve the cel l operation and to raise the current efficiency for prebake aluminum production cell.

采用区域电流效率的观点，分析了某厂160kA 预焙铝电解槽电流效率的特点，认为低电流效率区域的存在和面积偏大导致电解槽平均电流效率偏低，并由此提出了提高电流效率的途径。

The developed coating materials and technology would overcome the problem of prebake cells with quite short cell life in China, and could also be found application in innovative aluminum reduction cell as wettable inert cathodic materials.

为了克服我国预焙铝电解槽槽寿命过短的严重弊端，并且发展新型铝电解槽用惰性可润湿性阴极材料，本文在广泛的文献调查和前人工作基础上，对TiB_2复合阴极涂层材料和技术进行了深入的研究。

Based on extensive literature review and previous work in the authors group, further and deeper investigation was performed for cathode materials and technology with TiB2 composite coating. The developed coating materials and technology would overcome the problem of prebake cells with quite short cell life in China, and could also be found application in innovative aluminum reduction cell as wettable inert cathodic materials.

为了克服我国预焙铝电解槽槽寿命过短的严重弊端，并且发展新型铝电解槽用惰性可润湿性阴极材料，本文在广泛的文献调查和前人工作基础上，对TiB_2复合阴极涂层材料和技术进行了深入的研究。

If you are unfortunate enough to the lovelorn, please tell me, I will help you out, really, please contact me!

如果你不幸失恋了，请告诉我，我会帮助你摆脱困境，真的，请联系我啦！

China's plan to cut energy intensity by 20 percent and pollutant discharges by 10 percent between 2006 and 2010 is a case in point.

中国计划在2006年到2010间降低20%的能源强度和减少10%的主要污染物排放，就是一个这样的例子。