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Magnesium, titanium, rare metals, semiconductors
ArticleName Carbothermal reduction of polymetallic titanium-bearing oxide ores
ArticleAuthor Averin V. V., Bidylo A. P., Kulifeev V. K., Kropachev A. N.
ArticleAuthorData V. V. Averin, Senior Researcher, e-mail: imet@ultra.imet.ac.ru, The Baykov Institute of Metallurgy and Material Science, Russian Academy of Sciences; A. P. Bidylo, Engineer; V. K. Kulifeev, Professor, Consultant; A. N. Kropachev, Docent, The Department of Metallurgy of Non-ferrous, Rare and Precious Metals, National University of Science and Technology “MISIS”.
Abstract

Thermodynamical calculations with “Terra” program of interaction between perovskite and titano-ferrite with carbon under the conditions of atmosphere pressure and vacuum have been realized. The results was collated, and the dual-stadiality of the process of perovskite reduction with obtaining calcium stream and low titanium oxide has been determined. Experimental data of vacuum-thermal perovskite reduction has been also presented, dual-stadiality of the process has been defined.

keywords Perovskite, titano-ferrite, carbothermy, vacuum, titanium, dissociation temperature.
References

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