ELECTROCHEMISTRY RESEARCH OF PREPARATION SLURRY BEFORE INTERMEDIATE FLOTATION FOR SULPHIDE-POLIMETALLIC ORES

Shautenov M.R., Tusupbaev N. K., Kaipbaev D. K., Thermodynamic and electro kinetics imestigation results of the mechanism for activative influence by potassium permanganate on previously depressed galenite with mixture of sodium sulphite and metallic iron, Vestnik of KazNRTU, Kazakhstan, 2010, № 2, pp 74-78;

Avdohin V. M., Abramov A. A., Oxidation of Sulfide Minerals in Benefication Processes, Nedra, Moscow, USSR, 1989;

Mashevskiy G. N., Kokorin A. M. and other, Development of scientific basis of improvement of technology and creation of algorythmic base for computer control of Erdenetiyn Ovoo deposit ore flotation for the purpose of production profitability improvement. New solutions in technics and technology of ore extraction and processing at the Joint Enterprise «Erdenet», Collection of reports of the scientific conference, Erdenet, Mongolia, 1998. pp. 87–101;

Khramtsova I.N., Baskaev P.M., Kajtmazov N.G. and other, Method of floatation of sulfide copper minerals from chalcopyrite-cubanite pyrrhotine-containing copper-nickel ores, Patent RU 2 252 822 C1, Russia, Bull. 15, Application 2003132669/03 from 11.11.2003, Date of publication from 27.05.2005;

Xumeng Chen, Yongjun and Dee Bradshaw, Effect of regrinding conditions on the flotation of sulphide minerals in the cleaner stage, XXVII International Mineral Processing Congress, Canada, 2014, Chapter 2, pp 11-22;

Keith Quast, Massimiliano Zanin and William Skinner, Impact of sea water on grinding and flotation characteristics of a Cu-Mo ore, XXVII International Mineral Processing Congress, Canada, 2014, Chapter 11, pp 96-104;

Balatovic M., Handbook of Flotation Reagents: Chemistry, Theory and Practice. Flotation of Sulfide Ores, Vol. 1, 2007, 446 p.;

Gold deposits in Kazakhstan, Directory edited by Bespaev H. A., Globa V.A., Abishev V. M. and other, Almaty, Information Analytical Center of Geology and Mineral Resources of the Republic of Kazakhstan, p. 166, 1996-1997;

Lead and Zinc deposits of, Directory edited by Abdullin A. A., Bespaev H. A., Daukeev S. J. and other, Almaty, Information Analytical Center of Geology and Mineral Resources of the Republic of Kazakhstan, 152 p., 1997;

Romanenko S. A., Effectiveness of multi-sensor ionometry systems and neural network modeling methods application in flotation processes laboratory studies, Obogaschenie rud, Russia, N1, pp 18-22, 2013;

Problems of analytical chemistry, Edited by Vlasov U. G., Vol. 14 - Chemical sensors, Russia, Moscow, Nauka, 399 p. 2011;

Melentiev B. N., Ivanenko V. V., Pamphilova L. A., Solubility of some ore-forming sulphides under hydrothermal conditions, USSR, Moscow, Nauka, 102 p., 1968;

Mashevskiy G. N., Машевский Г.Н. Development of scientific bases and introduction of new methods for optimizing the reagent regime in the practice of flotation enrichment of non-ferrous metal ores based on ionometric means. Abstract for the degree of Doctor of Technical Sciences, Leningrad, USSR, VNII «Mekhanobr», 48 p., 1989.