首页> 外文期刊>Journal of Ocean University of China >Platinum-group Elements Geochemistry of the Yangliuping Magmatic Ni-Cu-PGE Sulfide Deposit: Implications of Its Genetic Link with the Extrusive Basalts
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Platinum-group Elements Geochemistry of the Yangliuping Magmatic Ni-Cu-PGE Sulfide Deposit: Implications of Its Genetic Link with the Extrusive Basalts

机译:杨柳坪岩浆镍-铜-铂族金属硫化物矿床的铂族元素地球化学:其与挤压玄武岩的遗传联系的含义。

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摘要

Primitive mantle-normalized Platinum-group elements (PGE) concentration patterns for the Zhengziyanwo intrusion and Dashibao Formation basalts are of positive slope, similar to most of the world-class magmatic Ni-Cu-PGE sulfide deposits. Characters of this intrusion and its related ores and Dashibao Formation basalts are their negative Pt-anomaly and high concentration of Rh relative to Pt and Pd, facts being interpreted to be the results of crystallization and fractionation of Pt-alloys and spinel phase-free crystallization history for the magma, respectively. PGE parameters of the Dashibao Formation basalts are consistent with the general trend of those found for the Zhengziyanwo intrusion, and this might infer a genetic link between them.
机译:正子岩窝侵入和大石堡组玄武岩的原始地幔归一化铂族元素(PGE)浓度模式具有正斜率,类似于大多数世界级的岩浆镍-铜-PGE硫化物矿床。该侵入体及其相关矿石和大石堡组玄武岩的特征是其负的Pt异常和相对于Pt和Pd的高Rh含量,事实被解释为Pt合金结晶和分级分离以及尖晶石无相结晶的结果。岩浆的历史。大石堡组玄武岩的PGE参数与正子岩窝侵入岩的总体趋势一致,这可能推断它们之间的遗传联系。

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