DEVELOPMENT OF TECHNOLOGY FOR PROCESSING OF TITANOMAGNETITE WITH LOW TITANIUM CONTENT

1 Leontiev L. I., Vatolin N. A., Shavrin S. V., Shumakov N. S. Pyrometallurgical processing of multimetal ores. Book, M.: Metallurgy, Russia, 1977, p 432; 2 Zajko V. P., Zhuchkov V. I., Leontiev L. I., Karnoukhov V. N., Voronov, Y. I. Technology of vanadium-containing ferroalloys. Book, – M.:ICC "Akademkniga". Russia, 2004, p 515; 3 Smirnov L. A., Deryabin Y. A., Shavrin S. V. Metallurgical processing of vanadium containing titanomagnetites. Book, – Chelyabinsk.: Metallurgy, Russia, 1990, p 256; 4 Gazaleeva G. I., Shihov N. V., Sopina N. A., Mushketov A. A. Modern trends in titanium ore processing, Proceedings of the scientific.-practical. conf. with international participation and elements of the school for young scientists "Prospects of metallurgy and machine building development using complete basic research and R & D", Yekaterinburg, Russia, 2015, pp 32-39; 5 Yusfin Y. S., Pashkov N. F. Iron metallurgy: textbook for universities. – M.: ICC "Akademkniga", Russia, 2007, p 464; 6 Usachev A. B., Romenets V. A., Balasanov A. V. Management of the liquid- phase reduction process of ROMELT, Scientific Journul: Ferrous metals, Russia, issue 8, pp 10-14, 2000; 7 Yusfin Y.S., Danshin V.V., Basilevich Т.N. Fe content impact in the bind to the pellets properties, Scientific Journul: Stell, Russia, issue 3, pp 9-11, 1981; 8 Tleugabulov S.M. Theoretical principles of direct steel production with reduction fusion, Scientific Journul: Steel, Russia, issue 8, pp 18–21, 2003; 9 Roschin V. E., Asanov A. B., Roshchin A.V. Opportunities of double stage titaniummagnetite concentrates processing process, Scientific Journul: Electrometallurgy, Russia, issue 6, pp. 15-25, 2010. 16th International Multidisciplinary Scientific GeoConference SGEM2016 www.sgem.org

1 Leontiev L. I., Vatolin N. A., Shavrin S. V., Shumakov N. S. Pyrometallurgical processing of multimetal ores. Book, M.: Metallurgy, Russia, 1977, p 432; 2 Zajko V. P., Zhuchkov V. I., Leontiev L. I., Karnoukhov V. N., Voronov, Y. I. Technology of vanadium-containing ferroalloys. Book, – M.:ICC "Akademkniga". Russia, 2004, p 515; 3 Smirnov L. A., Deryabin Y. A., Shavrin S. V. Metallurgical processing of vanadium containing titanomagnetites. Book, – Chelyabinsk.: Metallurgy, Russia, 1990, p 256; 4 Gazaleeva G. I., Shihov N. V., Sopina N. A., Mushketov A. A. Modern trends in titanium ore processing, Proceedings of the scientific.-practical. conf. with international participation and elements of the school for young scientists "Prospects of metallurgy and machine building development using complete basic research and R & D", Yekaterinburg, Russia, 2015, pp 32-39; 5 Yusfin Y. S., Pashkov N. F. Iron metallurgy: textbook for universities. – M.: ICC "Akademkniga", Russia, 2007, p 464; 6 Usachev A. B., Romenets V. A., Balasanov A. V. Management of the liquid- phase reduction process of ROMELT, Scientific Journul: Ferrous metals, Russia, issue 8, pp 10-14, 2000; 7 Yusfin Y.S., Danshin V.V., Basilevich Т.N. Fe content impact in the bind to the pellets properties, Scientific Journul: Stell, Russia, issue 3, pp 9-11, 1981; 8 Tleugabulov S.M. Theoretical principles of direct steel production with reduction fusion, Scientific Journul: Steel, Russia, issue 8, pp 18–21, 2003; 9 Roschin V. E., Asanov A. B., Roshchin A.V. Opportunities of double stage titaniummagnetite concentrates processing process, Scientific Journul: Electrometallurgy, Russia, issue 6, pp. 15-25, 2010. 16th International Multidisciplinary Scientific GeoConference SGEM2016 www.sgem.org