METHOD OF GAS ASPIRATION anodic aluminum electrolysis cell with Söderberg anodes and upper conductor

• 1. 用于在Hall-Héroult类型电解槽中生产铝的电解过程中使用的阳极以及制造该阳极的方法 [P] . 中国专利： CN107208288B . 2020.11.27
• 2. 用于在Hall‑Héroult类型电解槽中生产铝的电解过程中使用的阳极以及制造该阳极的方法 [P] . 中国专利： CN107208288A . 2017-09-26
• 3. METHOD OF GAS ASPIRATION anodic aluminum electrolysis cell with Söderberg [P] . 俄罗斯专利： RU2007109587A . 2008-09-27

  机译： 用Söderberg进行气体抽吸阳极铝电解槽的方法

• 4. METHOD OF FORMING ANODE SECONDARY aluminum electrolysis cell with Söderberg and the upper current lead (optional) [P] . 俄罗斯专利： RU2005104665A . 2006-08-10

  机译： 用Söderberg和上部电流引线形成阳极二次铝电解槽的方法（可选）

• 5. Way to collect anode gas aluminum electrolysis cell with Söderberg [P] . 俄罗斯专利： RU2006124902A . 2008-01-27

  机译： 用Söderberg收集阳极气体铝电解槽的方法

• 1. Effect of electromagnetic force and anode gas on electrolyte flow in aluminum electrolysis cell [J] . ZHOU Nai-jun, XIA Xiao-xia, BAO Sheng-zhong 中南大学学报（英文版） . 2006,第005期
• 2. Laboratory study of property-modified prebaked carbon anode and application in large aluminum electrolysis cells [J] . XIAO Jin, LI Jie, YE Shao-long, 中南大学学报（英文版） . 2005,第0z1期
• 3. CFD simulation of effect of anode configuration on gas-liquid flow and alumina transport process in an aluminum reduction cell [J] . 詹水清, 李茂, 周孑民, 中南大学学报（英文版） . 2015,第007期
• 4. LARGE GAS BUBBLES UNDER THE ANODES OF ALUMINUM ELECTROLYSIS CELLS [J] . Alexandre Caboussat, László Kiss, Jacques Rappaz, Light Metals . 2011,第2011期
• 5. CFD Simulations of Gas-Liquid Multiscale Flow Characteristics in an Aluminum Electrolysis Cell with Population Balance Model: Effect of Anode Slot Configuration [J] . Zhan Shuiqing, Huang Yujie, Wang Zhentao, JOM . 2019,第1期
• 6. Effect of electromagnetic force and anode gas on electrolyte flow in aluminum electrolysis cell [J] . ZHOU NAI-JUN, XIA XIAO-XIA, BAO SHENG-ZHONG Journal of Central South University of Technology . 2006,第5期
• 7. Innovative Anode Coating Technology to Reduce Anode Carbon Consumption in Aluminum Electrolysis Cells [C] . A. Jassim, N. A. Jabri, S. A. Rabbaa Annual Meeting amp;amp;amp; Exhibition of The Minerals, Metals amp;amp;amp; Materials Society . 2019
• 8. Micropyretic synthesis of nickel aluminide intermetallic composites and nonconsumable anodes in the Hall-Heroult cells for aluminum electrolysis. [D] . Zhang, Hao. 1996
• 9. Multi-electrolyte-step anodic aluminum oxide method for the fabrication of self-organized nanochannel arrays [O] . Chun-Ko Chen, Sheng-Hui Chen 2012
• 10. Anodic Bubble Behavior in a Laboratory Scale Transparent Electrolytic Cell for Aluminum Electrolysis [O] . Yipeng Huang, Zhaowen Wang, Youjian Yang, 2018
• 11. Final report on DSA methods for monitoring alumina in aluminum reduction cells with cermet anodes. Inert Electrodes Program [R] . Windisch, C. F. 1992

• 1. Effect of aluminum-containing additives on the reactivity in air and CO_2 of carbon anode for aluminum electrolysis [J] . LAI Yanqing ,LI Jie ,LI Qingyu . 稀有金属：英文版 . 2004,第2期
• 2. CFD simulation of effect of anode configuration on gas–liquid flow and alumina transport process in an aluminum reduction cell [J] . 詹水清1 ,李茂1 ,周孑民1 . 中南大学学报 . 2015,第007期
• 3. １３５ＫＡ中间下料预焙阳极电解槽上部结构的综合治理 [C] . 张德林 . 中国有色金属学会第三届轻金属冶金学术会议 . 1995
• 4. 东海铝业300kA预焙阳极电解槽综合研究 [A] . 王建军 . 2005