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首页> 外文期刊>Moscow University geology bulletin >The mineral–geochemical evidence of contact transformation of ores of the Dzhusinskoe pyrite–polymetallic deposit (Southern Urals)
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The mineral–geochemical evidence of contact transformation of ores of the Dzhusinskoe pyrite–polymetallic deposit (Southern Urals)

机译:Dzhusinskoe硫铁矿 - 多金属矿床(南部乌拉尔)接触改造的矿物地球化学证据

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Abstract The Dzhusinskoe pyrite–polymetallic deposit is characterized by an abundant concentration of dykes of basic and intermediate rocks. Thermal metamorphism of ore-host rocks and the recrystallization of ore minerals are associated with the intrusion of post-ore dykes. A regular increase in the homogenization temperature from 156° at a distance from a dyke to 287–305°C in the contact zone was established. Highly saline (6.4–15.7 wt % NaCl eq.) CO2–H2O–NaCl fluids under high pressure (up to 1500 bar) can be associated with the processes of contact and regional metamorphism.]]>
机译:<![CDATA [<标题>抽象 ara> Dzhusinskoe pyrite-多金属沉积物的特点是碱性和中间岩石堤的丰富浓度。 矿石岩石的热变质和矿石矿物的重结晶与矿石后染料的侵入有关。 建立了在接触区中距离堤坝至287-305℃的距离为156°的均质化温度的定期增加。 高压(高达1500巴)下的高度盐水(6.4-15.7wt%NaCl equmly naCl eq)Co <下标> 2 -h <下标> 2 O-NaCl流体可以与过程相关联 联系和区域变质。]]>

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