首页> 外文会议>International Workshop on Tethyan Orogenesis and Metallogeny in Asia and Cooperation among Institutions of Higher Education: Extended Abstract Volume >Evaluating the origin of major magmatic iron deposits in Iran (Gol-Gohar, Sanagan and Bafq): constraints from geological, mineralogical and geochemical characteristics
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Evaluating the origin of major magmatic iron deposits in Iran (Gol-Gohar, Sanagan and Bafq): constraints from geological, mineralogical and geochemical characteristics

机译:评估伊朗主要岩浆铁矿床的起源(Gol-Gohar,Sanagan和Bafq):地质,矿物学和地球化学特征的制约

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摘要

Iron deposits in Iran encompass a variety of geological settings.The geology, mineralogy and geochemistry of three major Fe deposits (i.e., Gol-Gohar, Sangan and Bafq) suggest that magmatic activity and induced metasomatism, both related to the subduction of either Paleo-Tethys or Neo-Tethys oceanic lithosphere under the Iranian continental plate, played a dominant role in the formation and evolution of the Fe ore deposits.
机译:伊朗的铁矿床涵盖各种地质环境。三个主要的铁矿床(即Gol-Gohar,Sangan和Bafq)的地质,矿物学和地球化学表明,岩浆活动和诱发的交代作用都与古近纪的俯冲作用有关。伊朗大陆板块下的特提斯或新特提斯海洋岩石圈在铁矿床的形成和演化中起着主导作用。

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