2019
DOI: 10.25283/2223-4594-2019-4-118-130
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Iron-Oxide-Copper-Gold and Related Deposits: Geological and Genetic Models and Perspectives for the Arctic Regions of Russia

Abstract: Статья поступила в редакцию 10 июня 2019 г. Обсуждаются аспекты геолого-генетических моделей железооксидно-золото-медных и родственных месторождений и рассматриваются перспективы прогнозирования и выявления этих крупнейших комплексных (многометалльных) месторождений в арктических регионах России. Данные месторождения известны в мире крупными ресурсами меди, золота, иногда железных руд, урана, редкоземельных элементов, апатита и расположены преимущественно в террейнах древних платформ и их ближайшего обрамления… Show more

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“…are characterized by a similar distribution of S isotopes, while the ores of the other two deposits are homogenous and depleted in δ 34 S. Despite the close δ 34 S in the sulfides, the first two deposits could be diverse in origin because there is an important difference in their structure, i.e., the Udokansky complex lacks evaporites, while they occur in the Katanga deposits [76,77]. This feature does not allow us to assume brines as a source of sulfur at the Udokan, as is allowed in many models [78][79][80][81]. S2 and [51,77,78].…”
Section: Sulfur Isotopes In the Ores Of The Deposits From The Kodar-u...mentioning
confidence: 99%
“…are characterized by a similar distribution of S isotopes, while the ores of the other two deposits are homogenous and depleted in δ 34 S. Despite the close δ 34 S in the sulfides, the first two deposits could be diverse in origin because there is an important difference in their structure, i.e., the Udokansky complex lacks evaporites, while they occur in the Katanga deposits [76,77]. This feature does not allow us to assume brines as a source of sulfur at the Udokan, as is allowed in many models [78][79][80][81]. S2 and [51,77,78].…”
Section: Sulfur Isotopes In the Ores Of The Deposits From The Kodar-u...mentioning
confidence: 99%