Impact of Copper Inserts in Collector Bars
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Publisher
John Wiley & Sons, Inc.
Reference9 articles.
1. R. von Kaenel J. Antille Energy savings by using new cathode designs 2011
2. W. Wang Qiang L. Baokuan Magneto-hydrodynamic model coupling multiphase flow in aluminum reduction cell with innovative cathode protrusion Light Metals 2013 615 619
3. M. Gagnon P. Goulet R. Beeler D. Ziegler M. Fafard Optimization of the cathode collector bar with copper insert using finite element method Light Metals 2013 621 626
4. M. Blais M. Désilet M. Lacroix Energy savings in aluminum electrolysis cells: effect of cathode design Light Metals 2013 627 631
5. Y. Hongjie L. Fengqin C. Suwei Y. Xiaopei Technology for manufacturing cathodes for aluminum reduction in China Light Metals 2013 1239 1243
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3. Copper Bars For The Hall-HÉRoult Process;Light Metals 2016;2016-02-07
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