CONTENTS № 1/2016
GEOLOGY & METHODICS OF PROSPECT & EXPLORATION OF DEPOSITS
Buchko I.V. (Institute of Geology and Natural Management of the Far Eastern Branch of RAS, Amurskiy State university) // email@example.com
Dementienko A.I. (Amurnedra) // аnatoliye@mail.ru
Zaika V.A. (Old river) // firstname.lastname@example.org
Malchyshkin E.S. (Institute of Geology and Natural Management of the Far Eastern Branch of RAS, Amurgeologiya)
ASSESSMENT OF PROSPECTS OF VERKHNETOKSKY POTENTIALLY DZHUGDZHURO-STANOVOGO SUPERTERREYNA GOLD HUB
Based on the analysis of the current information on the Geology and metallogeny of the Dzhugdzhur-Stanovoy superterrane the prospects of industrial gold its Eastern part, which was composed in the late Mesozoic active continental edge of the Siberian platform.
Key words: Dzhugdzhur-Stanovoy superterrane, Siberian platform, gold, gold-sulfide-quartz formation.
УДК 553.042: 553.411/491(575.11)
Igamberdiev E.E. (State Committee of the Republic of Uzbekistan on Geology and Mineral Resources) // email@example.com
Yusupov R.G. (NNGPO of Goskomgeologiya, the Republic of Uzbekistan) // firstname.lastname@example.org
Azizov A.M. (State Assay Office, Precious Metals Agency of the Republic of Uzbekistan) // email@example.com
METAL CONTENT OF PALEOZOIC MAGMATISM AND POTENTIAL RESOURCES OF PLATINUM-GROUP METALS (CHATKALO-KURAMINSKAYA ACTIVE CONTINENTAL MARGIN)
Practically significant platinum mineralisation of magmatogene and epimagmatic ore deposits is established. Platinum-group metals form proper mineral occurrence forms as also isomorphic-bound and, presumptively, impurity (nanostructure) forms. The geological branch of Uzbekistan expands mineral resource potential by studying Ag- and Au deposits and other formations for nonconventional platinum mineralization.
Key words: magmatism, epimagmatogene, metal content, gold, platinum-group metals, active continental margin.
Mezhelovskiy A.D. (MGRI-RGGRU) // firstname.lastname@example.org
Korchuganova N.I. (MGRI-RGGRU) // email@example.com
Mezhelovskaya S.V. (MGRI-RGGRU) // firstname.lastname@example.org
MORPHOSTRUCTURE WINDY BELT (SOUTH-EAST OF THE FENNOSCANDIAN SHIELD)
At the boundary of Archean and Proterozoic many structures composed of volcanic-sedimentation rocks were formed within the Fennoscandian Shield. One of these structures in the south-east of the Karelian craton is Windy belt. To determine the effect of later tectonic movements on this structure the study of developing structural forms was realized. In morphostructure of Windy belt the real-structural heterogeneities of the geological base, recycled by Neogene-Quaternary tectonic movements, are appearing.
Key words: Windy belt, morphostructure, structural-geomorphological analysis, satellite photographs, lineaments, ring objects, faults, blocks.
Sokolov S.V. (VSEGEI) // email@example.com
Vlasov N.G. (Petropavlovsk PLC) // firstname.lastname@example.org
Kurnik L.P. (Petropavlovsk PLC) // email@example.com
Yurchenko Yu.Yu. (VSEGEI) // Yuri_Yurchenko@vsegei.ru
THE GEOCHEMICAL PROSPECTING OF THE MINERAL DEPOSITS AT THE SITES OF THE AREAL CRUST OF WEATHERING AND THE LACUSTRINE-ALLUVIAL SEDIMENTS INCREASED POWER (BY THE EXAMPLE PIONEER-POKROVSKY ORE CLUSTER)
The high efficiency of geochemical prospecting by the sorption-saline dispersion halos by the method of analysis of the superfine fraction (MASF) (developed at FSUE «VSEGEI») was demonstrated at the areas of the areal crust of weathering crusts and at the lacustrine-alluvial sediments increased power. According to the results of testing MASF on area of the Pioneer-Pokrovsky Ore Cluster Intercession identified specific ore zones and ore bodies of gold mineralization, which are now, are explored intensely.
Key words: sorption-saline dispersion halos, method of analysis of the superfine fraction, closed territory, Pioneer-Pokrovsky gold ore cluster.
Istomin A.D. (Seversk institute of technology of NIYaU MEPhI) // firstname.lastname@example.org
Ladeyshchikov A.B. (Urangeo, Zelenogorskgeologiya) // email@example.com
Laptev Yu.I. (Dalur) // firstname.lastname@example.org
Noskov M.D. (Seversk institute of technology of NIYaU MEPhI) // email@example.com
Cheglokov A.A. (Seversk institute of technology of NIYaU MEPhI) // firstname.lastname@example.org
EXPERIENCE OF APPLICATION OF GEOLOGICAL AND MATHEMATICAL MODELLING OF SHEETED AND INFILTRATION SYSTEMS ON THE EXAMPLE OF THE DALMATOVSKY FIELD OF URANIUM
Provided geological information system designed for entering, storing, processing, interpretation and visualization of information on rudovmeŝaûŝem horizon, creating models of the geological environment. The experience of application system for geological-mathematical modeling of Dalmatovsky infiltration uranium deposits, located in-situ leaching method.
Key words: geological information system, geological-mathematical modeling, plastovo-infiltracionnoe deposit, geotechnological settings.
Tsaruk I.I. (Urangeo СF «Sosnovgeologiya») // email@example.com
Samovich D.A. (Urangeo СF «Sosnovgeologiya») // firstname.lastname@example.org
Budunov A.A. (Urangeo СF «Sosnovgeologiya») // email@example.com
URANIUM OF MONGOLIA
More than 20 years of Soviet and Russian geologists conducted in Mongolia exploration for uranium. During this period it created a reliable raw-material base of energy for the development of the metal mining industry. The ways of further development of geological exploration for uranium with real prospects for significant expansion of the mineral resource base of uranium.
Key words: uranium, ore region, deposit, ore occurrence.
Ovsov M.K. (Geologorazvedka) // firstname.lastname@example.org
Shuval-Sergeev V.N. (Geologorazvedka) // email@example.com
FEATURES OF COMPUTER PROCESSING OF MAGNETOPROSPECTING DATA BY SEARCHES OF CHROMITES WITHIN ULTRABAZITOVY MASSIFS OF POLAR URAL MOUNTAINS
The technique reduces effectively the impact of random component (signal-to-noise ratio) and keeps the most informative components of geophysical data during their processing. The processing technique includes three stages. In the initial stage the extremely high values are eliminated before the gridding of data. In the second data filtering stage takes place along the profiles. The size of the filter does not exceed the distance between the profiles. In the third stage 2D-filtration is performed after the gridding. Simulation of noise is used to estimate the informational content of the components and transformations of data. The results provide a basis for the further development of computer processing technology profile of geophysical data.
Key words: magnetic observation, technique, variability of data structural components.
Piskarev A.L. (VNIIOkeangeologiya, St. Petersburg State University) // firstname.lastname@example.org
Kazanin G.S. (MAGE) // email@example.com
Kireev A.A. (VNIIOkeangeologiya, St. Petersburg State University) // firstname.lastname@example.org
Mischenko O.N. (VNIIOkeangeologiya) // email@example.com
Pavlov S.P. (MAGE) // firstname.lastname@example.org
Poselov V.A. (VNIIOkeangeologiya) // email@example.com
Savin V.A. (VNIIOkeangeologiya) // firstname.lastname@example.org
Smirnov O.E. (VNIIOkeangeologiya) // email@example.com
Suprunenko O.I. (VNIIOkeangeologiya) // firstname.lastname@example.org
Chernyh A.A. (VNIIOkeangeologiya, St. Petersburg State University) // email@example.com
Shlykova V.V. (MAGE) // valуash@mage.ru
THE EASTERN SLOPE STRUCTURE IN THE NORTH BARENTS BASIN AND PROSPECTS OF THE GIANT OIL FIELD DISCOVERY IN THE REGION
The regional combine geophysical survey including 2D seismic reflection CDP, marine gravimetric and differential magnetic survey was recently carried out in the northern part of the Barents Sea. Based on this data a 3D model of the earth’s crust (a density and magnetic) was designed and constructed. At the eastern slope of North Barents Basin a suture zone of ancient overthrust zone was revealed, which have a particular interest for the future oil and gas exploration.
Key words: Barents Sea, seismic CDP, gravity, magnetic, modeling, tectonics, oil.
HYDROGEOLOGY & GEOLOGICAL ENGINEERING
Gornyy V.I. (SRCES RAS) // firstname.lastname@example.org
Seleznev G.A. (PodzemBurStroi) // email@example.com
Tronin A.A. (SRCES RAS) // firstname.lastname@example.org
APPLICATION OF INFRARED-THERMAL SATELLITE FLOWN SURVEY ON THE LOW TEMPERATURE THERMAL WATER EXPLORATION
The I.I. Nikshich hydrostatic model of low temperature hot water springs formation is used. We demonstrated that underground waters, uplifting along tectonic faults with the speed higher than 10-7 m/s, could heat a surface up to few degrees of Centigrade. Thus, the infrared-thermal satellite flown survey provides possibility to explore effectively the low temperature thermal water resources outside of regions of modern volcanic activity. As a result, specially drilled shallow boreholes at the territory of South Ural Mountain Ridge produced enough output of low temperature thermal waters.
Key words: geothermal energy, heat pump, thermal waters, genesis, uplifting fluids, infrared-thermal satellite survey.
TECHNIQUES & TECHNOLOGY
Ozhogin D.O. (VSEGEI) // email@example.com
Ozhogina E.G. (VIMS) // firstname.lastname@example.org
NEED AND POSSIBILITY OF CREATION OF STANDARD SAMPLES OF PHASE STRUCTURE AND PROPERTIES OF MINERALS
Standard samples of phase composition and properties of minerals are intended for verification, calibration, calibration of measuring instruments and metrological evaluation of measurement procedures. State-of-the-art service of standard samples for mineralogical studies and problems of their manufacture are explained.
Key words: standard sample of phase composition and properties of minerals, ore, rock, homogeneity, quantitative mineralogical analysis.
MANAGEMENT & ECONOMICS
Budarina Т.V. (VNIGRIugol) // email@example.com
Zhurbitskiy B.I. (VNIGRIugol) // firstname.lastname@example.org
INFORMATION SUPPORT OF EXPLORATION WORK ON SOLID FOSSIL FUELS
The questions of state and trends of development of informational support for geological-prospecting works on coal and oil shale are considered. The created information systems, resources and programming software are presented. The main characteristics of the databases are adduced, including information about resources/reserves of hard fossil fuels (HFF) – on basins (coal and shale bearing territories), deposits and plots. The used informational technologies are appraised, recommendations for their adaptation for HFF are given. The designed software tools are recommended for practical use to meet the challenges of updating and monitoring of informational resources of HFF, assessment of quality and processing of raw exploration data, modeling of coal deposits and calculation of coal reserves, geological-economical evaluation of coal objects, forecasting of promising territories for organization of geological-prospecting works and licensing.
Key words: information systems, information resources, software, solid fossil fuels, exploration.
BOWELS PROTECTION & ECOLOGY
УДК 631.412: 551.438.5
Sheshnev A.S. (Saratov State University) // email@example.com
Reshetnikov M.V. (Saratov State University) // firstname.lastname@example.org
GEOECOLOGICAL CONDITION OF SOILS AND SOIL NEAR ESPECIALLY PROTECTED NATURAL TERRITORY «ZAPLATINOVKA PIT» (SARATOV)
The assessment of a geoecological condition of soils and soil around especially protected geological object «Zaplatinovka Pit» is executed. Pollution of soils by heavy metals is established. Recommendations about protection of the geological environment are offered.
Key words: specially protected natural territory, ecological condition of soils, Saratov.
Kuzkin V.I. (VIMS) // email@example.com
INFLUENCE OF TECHNOGENIC PROCESSES ON ENGINEERING-GEOLOGICAL AND GEOECOLOGICAL SERVICE CONDITIONS OF FIELDS
Influence of process of the technogenic aeration arising at operation of sulphidic fields is considered. Activization of influence of agents of aeration (water, carbon dioxide, oxygen, etc.) leads to change of the hydrochemical, hydrodynamic and thermodynamic conditions causing change of a condition of the massif of rocks. The drainage of acidic waters makes negative impact on geoecological conditions, significantly accelerating process of interaction of aggressive solutions with strong mineral substances. Key words: technogenic aeration, sulphidic fields, aggressive solutions, geoecology.