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Information × Registration Number 0221U104971, 0116U001637 , R & D reports Title Petrogenetic interpretation of plutonic rock series using predictive-search parameters popup.stage_title Head Poberezhska Iryna V, Registration Date 28-04-2021 Organization Ivan Franko National University of Lviv popup.description2  REPORT Report about SRW: 76 pages, 15 figures, 4 tables. , 38 sources. DIAMOND, APATITE, BETAFITE, CARBONATITES, KIMBERLITES, COMATITES, ASSOCIATE MINERALS, OBJECTS-STANDARDS, FORECASTING AND SEARCHES, INDUSTRIAL DEPOSITS, UKRAINIAN SHIELD Object of research: kimberlite and carbonatite rocks of different geological formations of crystal shields. The purpose of the work - to analyze the use of associate minerals of diamond for forecasting and exploration purposes, to determine the feasibility of their use for each genetic type of diamond-bearing rocks, to characterize the statistical models of distribution of individual components of associate minerals to assess possible prospects for their use. Systematically investigate betafite from various endogenous complexes, assess the role of parent mineral sources and outline the conditions of formation and preservation of parent rocks to create petrological models of deep rocks and their use for forecasting purposes. The results obtained. Peculiarities of calculation of forecast and perspective resources of diamonds based on the use of reference objects in which industrial concentrations of diamonds are detected or are extracted are considered. The general features of indicator minerals of diamond-bearing rocks (kimberlites, carbonatites, etc.) formed in different conditions of temperatures, pressures and depth levels for forecasting and exploration purposes are revealed. Statistical models of distribution of separate components of indicator minerals from the investigated sites of the Azov block of the Ukrainian shield are created. The role of the isotopic composition of oxygen and carbon in order to distinguish carbonate rocks of different genesis to create a petrological model of deep rock formation has been evaluated. Product Description popup.authors popup.nrat_date 2021-04-28 Close