Abstract
Both lateral and vertical deep fluid hydrodynamics are irregularly studied; the available data concern largely productive formations, while the remainder of the section remains unknown or poorly known with respect to its hydrogeology. Therefore, the vertical distribution of formation pressures and filtration properties is insufficiently studied.
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References
Anikeev V A (1964) Abnormally high formation pressures in oil and gas fields. Nedra, Leningrad
Anikeev V A (1980) Geodynamic theory of superhigh formation energy of drilled oil- and gas-bearing Earth interior. In: Earth degassing and geotectonics. Nauka, Moscow
Antsifirov A S (1963) On migration of hydrocarbons through rock salt. Neftegazovaya geologiya i geofizika 10:25–36
Atamanyuk N I, Krupskii Yu Z, Ermakova V I (1979) Geochemical criteria of oil and gas permeability of fractures. Neftegazovaya geologiya i geofizika 8:25–28
Chepikov K R, Ermolova E P (1980) Authigenic minerals from Lower Cretaceous sediments of the Prikumsk petroliferous area as indicators of oil accumulation age. In: Rock reservoirs of oil and gas. Nedra, Moscow
Chepikov K R, Ermolova E P, Medvedeva A M (1980) On oil migration in Vendian and Cambrian sediments of the Nep-Botuoba Anticline. In: Rock reservoirs of oil and gas. Nedra, Moscow
Chepikov K R, Medvedeva A M, Klimushkina L P (1980) On autonomous position of the Paleozoic complex in West Siberia based on palynological analysis of oils. In: Rock reservoirs of oil and gas. Nedra, Moscow
Djunin V I (1985) Investigation methods of the deep subsurface flow. Nedra, Moscow
Dzyuba A A (1977) Recent hydrothermal activity on old platforms. In: Hydrothermal process in regions of tectono-magmatic activity. Nauka, Moscow
Isaev V P, Rukavishnikov I I (1977) Role of lateral and vertical migration during oil and gas formation in the southern Siberian Platform. Trudy ZapSibNIGNI 118:8–15
Journal of the All-Union Mendeleev Society (1986) 31:482–600
Kardash V T (1977) On relation of sedimentary ore genesis in the Ukrainian Carpathians and magmatism. Dokl AN USSR 7:596–600
Kozin A N (1978) Influence of the endogenic factor on formation of stratal chloride waters. Geologiya i geokhimiya grouchokh iskopaemykh 50:16–22
Kropotkin P N (1986) Earth degassing: and genesis of hydrocarbons. Zhurn Vsesouz Mendeleev ob-va 31:540–547
Kropotkin P N, Valyaev G M (1979) Concealed faults and Earth degassing. In: Tectonic evolution of the crust and faults. Nauka, Moscow
Krotova V A (1974) Interrelations between hydrogeological and tectonic factors and their influence on the formation and distribution of hydrocarbon accumulations. Trudy VNIGRI 348:8–17
Krotova V A (1978) Integrity of subsurface fluids and geotectogenesis. In: Problems of hydrogeology and engineering geology. Nauka i Tekhnika, Minsk
Kushnarev M V, Pashkovskii V N, Begmetov E Yu et al (1972) Projection of brine occurrence in the Bukhara-Khiva region. In: Geology of petroliferous deposits in western and southern Uzbekistan. Tashkent
Nesterov I I, Ryl’kov A V, Kulakhmetov N Kh et al. (1977) Scales of oil and gas migration in Mesozoic sediments of West Siberia. Trudy ZapSibNIGNI 118:3–8
Nevskaya N M, Dedeev V A (1973) Geothermal and hydrodynamic peculiarities in the sedimentary cover of the Pechora Syneclise and their relation with endogenic processes. Trudy VNIGRI 338:63–70
Nikanorov A M (1977) Vapor-liquid inclusions in minerals as a basis for paleohydrogeological reconstructions. Dokl AN BSSSR 21:839–842
Romanyuk A F, Subbota M I, Kleimenov V F (1977) Migration distance of lateral and vertical hydrocarbon migration in the Dnieper-Donets Depression. Trudy ZapSibNIGNI 118:81–86
Rustamov R I (1993) Results of hydrodynamic studies obtained during exploration of oil fields in the Srednyaya Kura Depression. Crucial problems of petroleum hydrogeology. Nauka, Moscow
Sarkisyan S G (1977) Influence of fluid and gas “breath” on post-sedimentary transformations of sedimentary sequences. Trudy IGIRGI 21:85–95
Sokolovskii L G, Sedletskii V I (1970) Geochemical peculiarities in origin of highly mineralized brines in southern Central Asia. Sov Geol 7:101–112
Sukharev G M (1979) Hydrogeology of oil and gas fields. Nedra, Moscow
Taliev S D (1976) An example of seismicity influence on vertical migration of fluids and localization of hydrocarbon accumulations. Trudy VNIGRI 387:125–137
Vakin E A, Kutyev F Sh (1979) Deep generation of the fluid component in recent hydrothermal solutions. In: Study and use of geothermal resources in volcanic domains. Nauka, Moscow
Valyaev B M (1987) Geodynamic aspects of deep hydrocarbon degassing. Doctorate dissertation (Geol.-Mineral.). GIN RAN, Moscow
Vsevolozhskii V A (1991) Basics of hydrogeology. MGU, Moscow
Zapivalov N P, Polkanova V V (1979) Neotectonics and petroleum resource potential of southern West Siberia. Geologiya nefti i gaza 12:48–57
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Djunin, V., Korzun, A. (2009). Heat and Mass Transfer in Deep Formations of Petroliferous Basins. In: Hydrogeodynamics of Oil and Gas Basins. Springer, Dordrecht. https://doi.org/10.1007/978-90-481-2847-1_11
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DOI: https://doi.org/10.1007/978-90-481-2847-1_11
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