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Vol. 13 (2010 year), No. 4

Mazukhina S.I., Masloboev V.A., Chudnenko K.V., Bychinsky V.A., Svetlov A.V.
Natural surface and underground water formation conditions in the Kola North (an example of the Khibiny Massif)

Processes of surface and underground water formation in the Khibiny massif have been studied using a physical-chemical model of the "water – rock – atmosphere – organic substance" system. The obtained model solutions are indicative of the fact that formation of surface and underground water of the Khibiny massif takes place on the whole in the framework of the considered system without attracting a hypothetical outside source. The results are of practical and methodological importance for assessment of prediction of the man-induced impact on water systems in conditions of Subarctic.

(in Russian, стр.10, fig. 3, tables. 6, ref 23, Adobe PDF, Adobe PDF 0 Kb)

Vol. 15 (2012 year), No. 2

Masloboev V.A., Makarov D.V., Nesterov D.P., Mazukhina S.I., Bocharova I.V., Menshikov Yu.P., Svetlov A.V.
Geoecological validation of mechanisms and parameters of physical-chemical processes facilitating the in-depth processing of complex suphide ores and mining wastes

The advisability of processing copper-nickel ore dressing tailings of current production has been substantiated. The optimal parameters of metal leaching with sulphuric acid have been determined. In laboratory experiments the geotechnological extraction of non-ferrous metals from a leaching layer representing a tailing material of fraction +0.063 mm has been studied. When investigating the geotechnological processes of non-ferrous metal extraction on the basis of two copper-zinc ore deposits located in the Urals, the authors have come to the conclusion that heap leaching is of little use for the ores of the Letneye deposit. Leaching results for the Yaman-Kasy ore have shown more promise.

(in English, стр.8, fig. 6, tables. 1, ref 16, Adobe PDF, Adobe PDF 0 Kb)

Vol. 16 (2013 year), No. 3

Bayurova Yu.L., Nesterov D.P., Korneva E.A., Svetlov A.V., Makarov D.V., Masloboev V.A.
Artificial geochemical barriers as a way to solution of ecological and technological problems

Possibility of use as an artificial geochemical barrier of various mixtures chemically reactive minerals and rocks, products and wastes of chemical and metallurgical processing of ores and concentrates has been shown. Some examples of application of barriers for creation of anti-filtration screens with a view to purify waste and natural waters and to re-purify non-ferrous metals have been considered.

(in Russian, стр.6, fig. 1, tables. 0, ref 22, Adobe PDF, Adobe PDF 0 Kb)