Разработка комплекса геолого-геофизических методов для выделения водообильных участков
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Bychkov S.G., Mityunina I.Yu., Stepanov Yu.I. 2018. Kompleksirovaniye elektrorazvedochnykh i gravimetricheskikh dannykh pri vydelenii vodoobilnykh uchastkov [Integration of electrical and gravity data in the allocation of water-abundant areas]. In: Inzhenernaya i rudnaya geofizika, p. 6. (in Russian)
Klimentov P.P., Bogdanov G.Ya. 1977. Obshchaya gidrogeologiya [General hydrogeology]. Moskva, Nedra, p. 357. (in Russian)
Matveev B.K. 1990. Elektrorazvedka [Electrical Exploration]. Moskva, Nedra, p. 368. (in Russian)
Nikitin A.A., Khmelevskoy V.K. 2004. Kompleksirovaniye geofizicheskikh metodov [Integration of geophysical methods]. Tver, Gers Publishing House, p. 294. (in Russian)
Oborin S.V. 2007. Problemy prognozirovaniya i geologicheskogo izucheniya vodoobilnykh uchastkov v zonakh povyshennoy treshchinovatosti gornykh porod osadochnogo chekhla na primere mestorozhdeniy podzemnykh vod Kirovskoy oblasti [Problems of forecasting and geological study of water abundant areas in zones of high fracturing of the sedimentary cover on the example of groundwater deposits of the Kirov region]. Theoretical and Applied Ecology. 3:50-53. (in Russian)
Bychkov S., Novoselitskiy V., Prostoloupov G., Scherbinina G., Tchadaev M. The computerbased system VECTOR as a tool for detection and localization of both gravity and magnetic field sources and its applications at geological interpretation. Abstracts of Contribution of the EGS-AGU-EUG Joint Assembly. 5. EAE03-A-01497.
DOI: http://dx.doi.org/10.17072/psu.geol.17.4.379
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