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Information × Registration Number 0216U000315, 0113U002502 , R & D reports Title Deep structure and geodynamic evolution of the Ingul megablock of Ukrainian Shield in connection with the prospecting of strategic minerals. popup.stage_title Head Gintov Oleg Borisovich, Доктор геологічних наук Registration Date 29-01-2016 Organization S.I.Subbotin Institute of geophysics HASU. popup.description2 The purpose of the theme was the construction of three-dimensional geological and geophysical models, structural maps, sections of crust and mantle Ingulsk megablock Ukrainian Shield (UB) and the development of geological and geophysical search criteria in rare color, red metaly.Na based on a synthesis of geological and geophysical and geological tektonofizychnyh materials built and structural tektonofizychnu card Ingulsk megablock UB; geophysical data base created by the research conducted within megablock. Construct a density three-dimensional, high-speed, magnetic, geoelectric, geothermal and geodynamic models of geological and geophysical Ingulsk megablock. On the basis of last examined the relationship of mineral deposits on how deep geodynamic process. Completed a comprehensive analysis of three-dimensional geophysical and geodynamic models megablock zpivstavlenni data in geological, geochemical, metallogenic, search and exploration. On this basis, established geological and geophysical search features on a number of ore minerals and issued recommendations for further research. As a result of geological and geophysical study Ingulsk megablock and building its deep models proved that the formation of uranium ore material, lithium, gold and other deposits occurred as a result of penetration of fluids in the crust mantle origin. This refutes the long entrenched view of their nature cow. It was also established that the majority of these deposits are located within granite-diorytovoho and diorytovoho types of crust. First open pattern close association with uranium deposits megablock abnormal areas of low velocity in the crust at depths of 0 - 4 km, which established the world's first detailed deep seismic sounding. Product Description popup.authors Бурахович Т.К. Гінтов О.Б. Гордієнко В.В. Дрогицька Г.М. Макаренко І.Б. Мичак С.В. Орлюк М.І. Пашкевич І.К. Старостенко В.І. Трипільський О.А. popup.nrat_date 2020-04-02 Close