Conference Proceedings
The AusIMM Proceedings 1968
Conference Proceedings
The AusIMM Proceedings 1968
Technology of Electrolytic Reduction of Alumina by the Hall-Heroult Process: V. The Formation of Chiolite by Reaction Between Molten Cryolite and Aluminium
The reactions between molten aluminium and cryoIite have been determined from a material balance of all components involved in the process. The interpretation of results were supported by x-ray diffraction studies of the evolved vapours, quenched electrolyte samples, and side-reaction products.The most important reaction involves the formation of both Na2F (sodium subfluoride) and chiolite in the fused electrolyte. The Na2F accelerates vaporization of the melt. Some AIF (aluminium monofluoride) may also be formed but the proportion of this is much less than for the former subvalent compound.
Contributor(s):
B J Welch, R J Snow
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Technology of Electrolytic Reduction of Alumina by the Hall-Heroult Process: V. The Formation of Chiolite by Reaction Between Molten Cryolite and AluminiumPDFThis product is exclusive to Digital library subscription
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Technology of Electrolytic Reduction of Alumina by the Hall-Heroult Process: V. The Formation of Chiolite by Reaction Between Molten Cryolite and AluminiumPDFNormal price $22.00Member price from $0.00
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- Published: 1967
- PDF Size: 0.873 Mb.
- Unique ID: P_PROC1968_1166