Investigation of Electrolytic Bubble Behaviour in Aluminum Smelting Cell

Author:

Alam Morshed,Morsi Yos,Yang William,Mohanarangam Krishna,Brooks Geoff,Chen John

Publisher

Springer International Publishing

Reference25 articles.

1. Fortin, S., Gerhardt, M., and Gesing, A.J., Physical Modelling of bubble behaviour and gas release from aluminium reduction cell, in Light Metals. 1984. TMS: p. 721–741.

2. Solheim, A. and Thonstad, J., Model Cell Studies of Gas Induced Resistance in Hall-Heroult Cells, in Light Metals. 1986. TMS: p. 397–403.

3. SHEKHAR, R. and EVANS, J.W., Physical Modelling Studies of Electrolyte Flow Due to Gas Evolution ans Some Aspects of Bubble Behaviour in Advanced Hall Cells: Part 1. Flow in Cells With a Flat Anode. Mtallurgical and Materials Transactions B, 1994. 25(June): p. 333–340.

4. Xiang-peng, L., Jie, L., Yan-qing, L., Heng-qin, Z., and Ye-xiang, L., Physical modelling of gas induced bath flow in drained aluminium reduction cell. Trans. Nonferrous Met. Soc. China, 2004. 14(5): p. 1017–1022.

5. Che, D.F., Chen, J.J.J., and Taylor, M.P., Gas Bubble Formation And Rising Velocity Beneth a Downward Facing Inclined Surface Submerged in a Liquid, in 18th Australiatian Chemical Engineering Conference 1990, CHEMECA: Auckland, p. 384–391.

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