The analysis of correlation relationships between results of natural electric field and chemical elements content measurements (a case study of central Urals objects)
Authors:
About authors
- post-graduate student National Mineral Resources University (Mining University)
Abstract
The article analyses relationships between electrochemical processes in the weathering crust and geochemical fields to estimate the natural electric fields influence on the movement of metal ions in rocks. In situ and laboratory tests data can help to evaluate mass transfer under the influ-ence of electric fields and redistribution of chemical elements in rocks due to electrical phenom-ena. The observed dependences allow confirming the influence of the natural electric field on dif-ferentiation of elements in rocks.
Область исследования:
(Archived) Application of up-to-date electric exploration technologies in mineral deposits prospecting
References
- Komarov V.A. Geoelektrokhimiya (Geoelektrochemistry): Uchebnoe Posobie. St Petersburg: Izd-vo St Petersburg gos. un-ta, 1994. p.136.
- Nyussik J.M., Komov I.L. Elektrokhimiya v geologii (Elektrochemistry in the geology). Leningrad: Nauka, 1981. p.240.
- Ryss Y.S. Geoelektrokhimicheskie metody razvedki (Vvedenie v geoelektrokhimiyu) (Geoelectrochemical exploration methods (Introduction to geoelectrochemistry). Leningrad: Nedra.1983, p.255.
- Senchina N.P. Pereraspredelenie khimicheskikh elementov pod deistviem estestvennogo elektricheskogo polya (na primere Buruktal'skogo mestorozhdeniya nikelya, Yuzhnyi Ural) (Redistribution of chemical elements under the influence of natural electric field (on the example of Buruktalsky nickel deposit, Southern Urals). Nauchno-tekhnicheskie vedomosti SPbGPU. Seriya «Nauka i obrazovanie». 2013. N 2, p.57-61.
- Putikov O.F., Lazarenkov V.G., Talovina I.V., Senchina N.P. Usloviya formirovaniya estestvennogo elektricheskogo polya (EP) na mestorozhdeniyakh silikatnogo nikelya kor vyvetrivaniya (Conditions of natural electric field (EF) formation in deposits of nickel silicate weathering crusts). Zapiski Gornogo instituta. 2013, Vol.200, p.81-86.
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