Experience of the complex application оf geophysical and geoelectrochemical methods for the prediction and prospecting оf mineral deposits
About authors
- 1 — Ph.D. head of laboratory FGU NPP «Geologorazvedka»
- 2 — Ph.D. head of department FGU NPP «Geologorazvedka»
- 3 — Ph.D. leading research assistant FGU NPP «Geologorazvedka»
Abstract
Due to the complexity of prospecting and exploration of deep seated mineral deposits, there are new requirements for the methods used. Methods should be focused on the structural and tectonic characteristics of target objects. A set of methods, including gravity, magnetic, geoelectrochemistry is intoduced. This article describes applying of this complex technology and an example of using it effectively is given.
Область исследования:
##submission.archive.categories## Application of the modern electric exploratory technologies in prospecting of mineral deposits
References
- Alekseev S.G., Veshev S.A., Voroshilov N.A.Geoelektrochemical technology prospecting and exploration for ore and oil deposits // Applied Geochemistry. Prospecting and Exploration. 2002. Is s.3. P .365- 382.
- Alekseev S.G., Veshev S.A., Voroshilov N.A. Indepth study of minerogenic complex areas of modern methods of geochemistry and geophysics // Prospecting and Exploration of mineral resources. 2011. No 12. P.40-48.
- Alekseev S.G., Veshev S.A., Voroshilov N.A. Prospecting and exploration of different ranks hydrocarbon depo sits using new geophysical and geochemical methods // Russian Journal of Geophysical. 2011. No 49-50. P .70- 93.
- Alekseev S.G., Voroshilov N.A., Vasilieva V.I.Regional geoelectochemical research in European Russia to meta llogenic prognosis. // Russian Journal of Geophysical. 1994. No 3-4. P .38- 40.
- Veshev S.A., Voroshilov N.A., Alekseev S.G. Geoelektrochemical technology prospecting and exploration of solid minerals and hydrocarbons // Exploration and procpecting of mineral deposits. 2003. No 4. P.38-43.
- Voroshilov N.A., Veshev S.A., Alekseev S.G. A new way to prospecting for mineral deposits in closed areas // Russian Journal of Geophysical. 2002. No 29-30. P .25- 33.
- Geotraverse granite. The methodology and results of the studies. Yekaterinburg: URGK VNTGeO and USP, 1992. 113 p.
- Putikov O.F., Margovich E.G., Veshev S.A.Geoelektrochemical methods in the prospecting for oil, gas and mineral deposits // Proceeding of Mining Institute. 2005. V.162. P.50- 54.
- Antropova L.V., Goldberg I.S., Voroshilov N. А.,Ryss Yu.S. New methods of regional exploration for blind mineralization: application in the USSR // Journal of Geochemical exploration. 1992. 43. P.157- 166.
- Alekseev S.G., Dukhanin A.S., Veshev S.A., Voroshilov N.A. Some aspects of practical use of geoelectrochemical methods of exploration for deep-seated mineralization // Journal of Geochemical Exploration. 1996.56. P.79-86.
- URL: www.geoscience.gov.
Similar articles
Geodynamic types of rare-metal granite magmatism and associated ore deposits
2013 S. M. Beskin, Yu. B. Marin
Identification of ore association by variation of geochemical spectrum of ore-forming elements оn the example of Zolotoe deposit (Yenisei ridge)
2013 A. L. Popov
Mineral and energy resources of Siberian platform and prospects of their development
2013 V. B. Archegov