Выступления и презентации 2013
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 Monazite and zircon dating of Horodyskia-bearing rocks from the Rocky Cape Group, NW Tasmania, Australia |
U-Pb dating of minerals |
Possible Source Rocks for Proterozoic Tarkwa Paleoplacer Au Deposit, Ghana |
| Cenozoic Mineral Deposits of Ecuador |
Mineralogy of gold in oxidized ores at the Urals, Russia |
| Hydrothermal vent fauna in the Urals VMS deposits: criteria for occurrence |
 Adomako-Ansah K., Mizuta T., Ishiyama D., Hammond N.Q., Yamamoto M.Archean banded iron formation gold-hosted deposit in the Amalia greenstone belt, South Africa: ore textures and geochemical features of mineralization |
| Anfilogov V.N., Khachay Y.V. Formation of the earth’s core and silicate layers |
| Apukhtina O., Kamenetsky V.S., Ehrig K. Geology and mineralisation of the IOCG-type Olympic Dam deposit |
| Ayupova N.R., V.V. Maslennikov, S.P. Maslennikova, S.A. Sadykov, L.V. Danyushevsky Biomorphic signatures of metalliferous oxide-ferruginous rocks from the Urals VMS deposits |
| Belogub E.V., Novoselov K.A., Palenova E.E., Zabotina M.V., Khvorov P.V. Mineralogy of oxidized ore of Ikryanskoye gold deposit (Sverdlovsk district, Russia)Mineralogy of oxidized ore of Ikryanskoye gold deposit (Sverdlovsk district, Russia) |
| Blinov I.A. Mineralogy of the oxidized ores from the Verkhnyaya Arsha Pb-Zn deposit, South Urals |
| Chuvashov B.I., Anfimov A.L, Soroka E.I. Age and formation condition of ore-hosting se-quence of the Saf’yanovka deposit, Central Urals: data on foraminifers |
| Fujioka N., Ishiyama D., Maslennikov V., Adomako-Ansah K. Contrasting characteristics of Ural- and Baimak-type VMS deposits in the Urals, Russia |
| Gregory D., Large R., Bull S., Halpin J., Lounejeva E., Maslennikov V., Sack P. The trace element composition of sedimentary pyrite and variations in trace element content with pyrite textures |
| Huang Q. , Zhu Y. Petrology and geochemistry of the Haladala Pluton and associated Au-bearing hydrothermal veins in Southwestern Tianshan, China |
| Ivleva E.A., Pak N.T. The biggest rare-earth deposits in Tien Shan |
| Kaneto F., Murzin V.V., Hoshino K. Gold-bearing rodingites from the Karabash alpine-type ultrabasic massif, South Urals, Russia |
| Maslennikov V.V., Simonov V.A., Ankusheva N.S., Maslennikova S.P., Little C.T.S., Buschmann B., Danyushevskiy L.V., Spiro B. Hydrothermal vent fauna in the Urals VMS deposits: criteria for occurrence |
| Maslennikova S.P., Maslennikov V.V., Large R.R., Danyushevsky L.V., Kotlyarov V.A., Lein A.Yu., Bogdanov Yu.A., Herrington R.J., Ishiyama D., Urabe T., K. Revan, TseluikoA.S., Buschmann B. Mineralogy and chemistry of modern and ancient black, gray smoker chimneys and diffusers |
| McGoldrick P.J. Biological and geochemical aspects of low temperature hydrothermal vents of Australia’s giant mid-Proterozoic sedex zinc systems |
| Melekestseva I.Yu., Maslennikov V.V., Maslennikova S.P., Large R., Danyushevsky L. Trace elements in sulfides from the Semenov hydrothermal cluster, 13°30´ n, Mid-Atlantic ridge: LA-ICP-MS data |
| Melekestseva I.Yu., Zaykov V.V., Ankusheva N.N. The Aldan-Maadyr zone, Western Tuva, Russia: formation conditions of gold-quartz veins in listvenites, conglomerates, and beresites |
| Novoselov K.A., Belogub E.V., Frolov A., Mikhailov A.B., Khvorov P.V. Gold mineralisation in Piilola area (East Finland) |
| Piquer J., Skarmeta J. Structural geology of the Rio Blanco – Los Bronces district, central Chile: controls on stratigraphy, magmatism and mineralization |
| Polgári M. Two step microbial formation model of black shale-hosted manganese carbonate deposits– case study of the Úrkút deposit, Hungary |
| Puchkov V.N. Global geostructure, their evolution and metallogeny |
| Revan M.K., Genç Y., Maslennikov V.V. , Monecke T., Ünlü T. Fossil fauna findings in the massive sulfide deposits of the eastern Pontide belt, northeast Turkey |
| Revan M.K., Genç Y., Maslennikov. V.V., Maslennikova S.P, Large R.R., Danyushevsky L.V. Upper Cretaceous hydrothermal chimney fragments from the eastern Pontide Belt, NE Turkey: Implications for Pontide VMS Deposits |
| Sadykov S.A. Magnetic Field Effect on Fractionation of Carbon Isotopes in the Reaction of Ca(OH)2 with Air Carbon Dioxide |
| Safina N.P., Melekestseva I.Yu., Ankusheva N.N, Yuminov A.M, Nimis P., Kotlyarov V.A. Barite from the ancient VMS-deposit and modern hydrothermal sulfide fields: a comparison of formation conditions |
| Sapargaliyev E.М., Polyancky N.V., Ganzhenko G.D. Formation conditions of the Ridder-Sokolnoe deposit, Rudnyi Altai, Kazakhstan |
| Seravkin I.B. The types of VHMS deposits of the Urals and their geodynamic setting |
 Shaybekov R.I.Coloradoite from the silicification zones of the Uchastok Krutoy gold ocur-rence, Pay-Khoy, Russia |
| Shevkunov A.G. Conditions and dynamic of development of the orogenic type minerals forming system on the example of the Kumtor gold deposit (Middle Tien Shan) |
| Simonov V.A., Maslennikov V.V., Kotlyarov A.V. Physico-chemical conditions of magmatic and hydrothermal systems of Paleozoic “black smokers” of the Rudny Altai (North-East Kazakstan) |
| Sinyakovskaya I.V., Zaykov V.V. Geodynamic types of the pyrophyllite deposits |
| Testa F.J., Cooke D.R. Preliminary thermodynamic model for Bi-minerals in the San Francisco de Los Andes Bi-Cu-Au breccia pipe, San Juan, Argentina |
| Tret’yakov G.A. Extraction of metals from the sediment by the heated seawater: a physical-chemical modeling |
| Udachin V.N., Weiss D.J., Aminov P.G., Spiro B., Williamson B.J. Isotopic geochemistry of tracers for mining and smelting activities in landscapes environment in the South Ural |
| Zaykov V.V., Ankushev M.N., Zaykova E.V., Yuminov A.M. Ore geoarcheology of the Urals metallogenic zones |