摘要
铝电解槽铝液界面波动的研究对提高铝液界面的稳定性、降低极距，进一步挖掘铝电解槽节能潜力具育重要的理论和实际意义。铝电解铝液界面波动的数值模拟研究已开展30余年，但目前仍然没有理想的计算铝电解槽铝液界面波动的方法。本文从铝电解槽铝液界面分形特征出发，探讨了铝电解槽铝液界面波动分形模型，为进一步揭示铝电解槽铝液界面的波动机理奠定了理论基础。
The interface fluctuation research of the aluminum reduction cells is important to improve the stability of the interface of liquid aluminum and further excavate energy saving potential. The numerical simulation study of liquid wave of the aluminum electrolytic aluminium has been carried out more than 30 years, but now there is still no ideal calculating method. This project has the fractal characteristics of the interface of the aluminum liquid of the aluminum electrolytic cell as the basis, study the the Fractal Model of the Interfacial Waves of Aluminum Electrolytic Cell, so as to lay a theoretical foundation for further revealing the fluctuation mechanism of the interface of liquid of the aluminum reduction cells.
基金
受大学生创新训练项目支持资助（2013CLCX002）.
关键词
铝电解槽
波动
分形
Aluminum Reduction Cell
Wave
Fractal
