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УДК550.83 Kazanin G.S. (JSC «MAGE») // kazaning@mage.ru Ivanov G.I. (JSC «MAGE») // ivanov.gi@mage.ru INNOVATIVE TECHNOLOGY – THE BASIS OF SUSTAINABLE DEVELOPMENT OF JSC «MAGE» Describes the new innovative technology that uses JSC «MAGE» in integrated exploration work on the shelf. Particular focus is given to oil and gas. New data about the prospective oil and gas objects Arctic shelf of Russia, who had not been previously investigated. For these purposes, the expedition has the most modern equipment – bottom stations Geospace, enable you to perform seismic 2D/3D mode 4C. This technology makes available conducting multicomponent seismic exploration in the Arctic, providing a gradual transition to full-wave (MIF) seismic survey. The characteristic of the new vessel «Nikolay Trubyatchinskiy» which acquired the company. Key words: Innovative technologies, Arctic, oil and gas, MAGE, seismic 2D/3D mode 4C, bottom stations Geospace. Р. 3-7 |
NEFTEGAZONOSNOST OF THE WEST ARCTIC SHELF |
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УДК 551.35 + 553.98 (985) Kazanin G.S. (JSC «MAGE») // kazaning@mage.ru Shkarubo S.I. (JSC «MAGE») // SergeySh@mage.ru Zayats I.V. (JSC «MAGE») // zayatsi@mage.ru Pavlov S.P. (JSC «MAGE») // sergeyp@mage.ru NEW DATA ON THE GEOLOGY AND PETROLEUM POTENTIAL OF THE RUSSIAN SHELF The article describes the results of integrated geophysical work performed at JSC «MAGE» in recent years. The maps of the forecast oil and gas potential of the Barents- Kara shelf. Shows the results of recent work carried out on the Shtokman gas condensate field. Reviewed studies of gaseous elements in the Albian deposits Luninsky and Vosnochno Ledovoj structures. New data on the two-story structure of the geological section of the Laptev Sea in the seismic wave field. Key words: Barents-Kara shelf, Laptev Sea, oil, gas, seismic, gas lenses. Р. 7-13 |
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УДК -551.24:551.46 (268.45) Kirillova-Pokrovskaya T.A. (JSC «MAGE») // bycrin@rambler.ru Diyachenko A.B. (JSC «MAGE») // anna-dya4enko@yandex.ru PRE-COVER BASEMENT OF NEARSHORE ZONEZ OF ARCTIC SEAS The complex of geological and geophysical information accumulated by present days indicates that in monoclonal zones of West Arctic Seas there are two independent systems – sedimentary cover (SC) and pre-cover intermediate structural lift (ISL) that have different locations of pockets of oil-and-gas formation and areas of accumulation. Key words: Sedimentary cover, intermediate structural lift, Arctic shelf, crystalline basement, Eurasian sub-basin, Amerasion sub-basin, continental slope, cuphole, medial range. Р. 13-18 |
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УДК 55(268.45) Pavlov S.P. (JSC «MAGE») // sergeyp@mage.ru Shlykova V.V. (JSC «MAGE») // valyash@mage.ru Velichko B.M. (JSC «MAGE») // grigoryeva@mage.ru Vasiliev V.V. (JSC «MAGE») // vladv@mage.ru GEOLOGICAL STRUCTURE OF THE NORTHERN PART OF THE BARENTS SEA As a result of the works which have been carried out by JSC «MAGE» in the northern part of the Barents Sea during the period from 2006 to 2011, the regional stage of studying of the region was almost complete a regional stage of exploration; it allowed to perform more justified structural imaging on main unconformity surfaces characterizing major stages of the sedimentary cover development, as well as to prepare appropriate structural – tectonic maps. Key words: structural-tectonic zonation, seismic sequence, structural map, anomalous gravity field, basement, compression stress, stretching of the Earth crust. Р. 18-23 |
GEOLOGICAL STRUCTURE OF THE EAST ARCTIC SHELF |
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УДК 550.83 (268.53) Shkarubo S.I. (JSC «MAGE») // SergeySh@mage.ru Zavarzina G.A. (JSC «MAGE») // zavarzinag@mage.ru Zuykova O.N. (VNIIOkeangeologia) // zuykova50@mail.ru RESULTS OF MODERN STAGE OF THE LAPTEV SEA SHELF STUDY: FROM HYPOTHESES TO NEW FACTS AND PROBLEMS The work is based on results of the integrated interpretation of geological-geophysical data (seismic, gravity and magnetic, and geological survey data), acquired by JSC «MAGE» on the Laptev Sea shelf in 2005–2012. The aim of the work is to corroborate a seismic stratigraphic model of the sedimentary cover structure, and basin structure. The main method of study is a seismic stratigraphy and structural analysis. The arguments are given in favour of the epi-Late Cimmerian age of the sedimentary cover of the Laptev Sea shelf. Key words: Laptev Sea shelf, sedimentary cover, fold foundation, seismic sequence, rifting. Р. 23-30 |
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УДК 551.24:553.98(268.53) Zavarzina G.A. (JSC «MAGE») // zavarzinag@mage.ru Shlykova V.V. (JSC «MAGE») // valyash@mage.ru Shkarubo S.I. (JSC «MAGE») // SergeySh@mage.ru Poshtatskaya A.G. (JSC «MAGE») // poshtatskaya.ag@mage.ru NEW DATA ON THE GEOLOGICAL FRAMEWORK OF THE PRITAIMYR REGION, THE LAPTEV SEA SHELF In 2011-2012 JSC «MAGE» has conducted the regional complex geophysical surveys in the pritaimyr part of the Laptev Sea. As a result of the geophysical interpretation the geological framework of the suture zone of the Siberian platform, Verkhoyano-Kolymskaya, Taimyro-Severozemelskaya folded areas and the Laptev plate was refined. Key words: tectonics, shelf, Laptev Sea Р. 30-34 |
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УДК 55:551.24(268.45-11) Zhuravlev V.A. (JSC «MAGE») // vitalyzh@mage.ru Kirillova-Pokrovskaya T.A. (JSC «MAGE») // bycrin@rambler.ru Shadrina E.U. (JSC «MAGE») // ryzhova.e@mail.ru EARTH CRUST MODEL ON THE PROFILE A7 (LOMONOSOV RIDGE) It gives information about structure and geodynamic conditions of forming of the Earth crust of the Lomonosov Ridge and adjacent structures. It shows similarity of the petrophysical property and structure of the Earth crust of the ridge and East-Arctic shelf. Key words: geodynamics, metamorphism, ophiolites, petrophysics, rifting, serpentinization. Р. 35-38 |
NEW TECHNOLOGIES |
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УДК 551.35 Zayats I.V. (JSC «MAGE») // zayatsi@mage.ru Makarov E.S. (JSC «MAGE») // makarov@mage.ru DEVELOPMENT AND RENOVATION – FORMULA FOR SUCCESS To meet the present market of geophysical services requirements, geological companies need continuous improvement of their technical base. In the article, as an example of MAGE, possible ways of a company development are considered. Key words: development, modernization, geophysical equipment renovation. Р. 38-40 |
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УДК 551.35 Kazanin G.S. (JSC «MAGE») // kazaning@mage.ru Nechkhaev S.A. (JSC «MAGE») // nechkhaevsa@mage.ru Shchedrov V.A. (JSC «MAGE») // chshedrovva@mage.ru Zimovskiy A.V. (JSC «MAGE») // zimovskiyav@mage.ru MULTICOMPONENT MARINE SEISMIC SURVEY IN THE ARCTIC SHELF ON THE BASE GEOSPACE TECHNOLOGY The results of implementation of the two projects seismic survey 2D-4C, which JSC «MAGE» performed with the use of subsea systems cordless battery seismic waves ADR type OBX Geospace (OYO Geospace Ind., USA).This technology opens a new stage of technological development in the industry, making available conducting multicomponent (4C) seismic survey in the Arctic , providing a gradual transition to full-wave (GTFW) seismic survey. Temporary seismic sections were able to trace reflectors – C, D, M1, M, B, T4, including horizons connected with the surface of the folded Paleozoic complex. Analysis of data on X, Y components , showed the possibility of registering the PS waves with low noise level in the shallow waters of the Arctic shelf , received cuts PP, PS waves. Key word: transition zone, 4C seismic survey, PS converted waves, ocean bottom registrar Geospace. Р. 40-44 |
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УДК: [550.837:528.948]:550.812.1(268.4+268.5) Kholmyanskiy M.A. (VNIIOkeangeologia) // holm936@rambler.ru Kazanin G.S. (JSC «MAGE») // kazaning@mage.ru Pavlov S.P. (JSC «MAGE») // sergeyp@mage.ru Ivanov G.I. (JSC «MAGE») // ivanov.gi@mage.ru Slinсhenkov V.I. (VNIIOkeangeologia) // vladimir.slin@yandex.ru HAYDROELRCTROCHEMICAL PROFILING – NEW DIECTION OF OIL AND GAS PROSPECTING WORKS ON ARCTIC SHELF OF RUSSIA The methodic and technology of carry out of the electrochemical profiling on shelf are described. The profiling has promised to discover oil and gas deposits on the arctic shelf and to determine of their type. The method is recommended for wide application in prospecting works on sea. Key words: method, hydro electrochemical, oilgasal, prospecting, shelf, profiling. Р. 44-47 |
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УДК 550.84.02+552.578(268.52) Stupakova A.V. (Moscow State University) // stoupakova@gmail.com Kazanin G.S. (JSC «MAGE») // kazaning@mage.ru Ivanov G.I. (JSC «MAGE») // ivanov.gi@mage.ru Kiryukhina T.A. (Moscow State University) // takir@bk.ru Kurasov I.A. (Moscow State University) // kurasov88@mail.ru Maltsev V.V. (Moscow State University) // 1950wma@gmail.com Pavlov S.P. (JSC «MAGE») // sergeyp@mage.ru Ulyanov G.V. (LLC «RN-Shelf-Arctic») // g_ulyanov@rosneft.ru THE MODELING OF HYDROCARBONS FORMATION PROCCESSES IN THE SOUTH-KARA DEPRESSION The geological and geothermal characteristics of the Yamal peninsula Jurassic and Cretaceous deposits are presented in this article, along with geochemical studies of the main source rocks to evaluate their catagenesis and hydrocarbon potential if the South-Kara depression. Key words: South-Kara depression, source rocks, basin modelling, catagenesis. Р. 47-51 |
HISTORIOGRAPHY |
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УДК 550.822.2 (268.52-13) Verba M.L. (JSC “Sevmorgeo”) // verba@sevmorgeo.com LENINGRAD FIELD AT KARA SEA: VIVID PAGE IN HISTORY MAGE The most significant discovery at Kara shelf made by geophysicists MAGE back in the 70-s of the last century, when this expedition, carrying the name of KMAGÈ, then made its first steps in exploring the Western Arctic continental margin. The story of the direct participant of search works is followed. The major dome highes named Leningrad and Rusanovskaya was discovered at that squares as a result of that search works. The giant gas deposits was revealed where after drilling. Key words: seismic exploration, prospecting, mine, Kara Sea. Р. 51-56 |
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УДК 535.51:549+62+7 Pechenkin I.G. (VSUGE «VIMS») // vims-pechenkin@mail.ru POLAROIDS APPLICATION IN MINERALOGY, TECHNOLOGY AND ART (The 135th anniversary of Vladimir Vasilevich Arshinov) The short essay is dedicated to 135 anniversary from the birth of V.V. Arshinov, the famous scientist, the founder of school for petrographers. He for his scientific activity devoted special attention to the polaroids. He is the creator of many optical devices that have received wide recognition. He proposed to use them in various branches of science, technology and art. In the mid-1930s professor V.V. Arshinov developed basic principles for creating «the shining mosaic». Its colorations and hues are formed when natural transparent, colorless minerals are placed between two sheets of polarization foil. The scientist’s numerous proposals in regard to the application of the shining mosaic, which in his view could become a new connecting link between science and art, weren’t implemented. Key words: Arshinov, polaroid, polarized light, «shining mosaic». Р. 56-59 |