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- W3118585933 abstract "A model of the evolution of a massive sulphide ore-magmatic system was constructed for the Akzharsky ore field, which is based on the analysis of two groups of elements of a typical model that characterize the magmatic and ore stages of its development. According to the proposed model, the ore deposits of the Akzharsky ore field were formed by a combined method. Copper came with deep hydrothermal solutions, separated in the process of magmatic liquation at the final (ore) stage of the development of the ore-magmatic system. Sulfur also had a juvenile source, as evidenced by the closeness of its isotopic composition in pyrites to the meteorite standard, and iron was extracted from the host rocks as a result of their hydrothermal processing. The onset of the ore process is associated with the formation of propylites and the hydrothermal-sedimentary deposition of hydroxide ferrous mineralization, subsequently transformed into magnetite ores under the influence of metamorphism. Massive sulphide mineralization completes ore formation and is a product of partial processing of early hydroxide ferruginous ores by later pyrite-bearing fluids. Ore formation was shortlived and proceeded under conditions of periodically renewed volcanic activity, which contributed to the rapid burial of ores and prevented the full development of the ore cycle from the earliest to the final mineral paragenesis, as well as the creation of large massive sulphide deposits. The process of massive sulphide ore formation was short-term and onestage, which manifested itself in the relative simplicity and uniformity of the texture and structural features of the ores, telescoping of productive mineralization in a narrow vertical interval, and the absence in some cases of distinct mineral and geochemical zoning." @default.
- W3118585933 created "2021-01-18" @default.
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- W3118585933 date "2020-01-01" @default.
- W3118585933 modified "2023-09-23" @default.
- W3118585933 title "MODEL OF MASSIVE SULPHIDE ORE-MAGMATIC SYSTEM OF AKZHARSKY ORE FIELD (SOUTH URALS)" @default.
- W3118585933 doi "https://doi.org/10.17122/ngdelo-2020-6-6-15" @default.
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