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REE Geochemistry of the Lead-Zinc Ores from the Jinding Lead-Zinc Deposit, Lanping, Yunnan

机译:云南兰坪金顶铅锌矿床铅锌矿的REE地球化学特征

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摘要

Nineteen volcanic and magmatic rock samples were collected from the Jinding leadzinc deposit and its surrounding areas in Yunnan. The ICP and AES analyses, referred to the previous results, show that the metal minerals and altered rocks in the Jinding lead-zinc deposit display a decreasing trend of ∑ REE from the early to late stages of mineralization, and similarities in REE distribution patterns, indicating that the ore fluids are characterized by high LREE enrichment, markedly negative δCe anomaly and slight δEu anomaly. These REE distribution patterns exhibit striking similarities to those of the Pliocene trachyte in the study area, both of which are similar in ∑REE, LREE/HREE ratio, δEu and δCe. The ore fluids besides the basin fluids in the deposit are also closely related to those associated with Pliocene trachyte magmas.
机译:从云南金顶铅锌矿床及其周围地区采集了19个火山岩和岩浆岩样品。 ICP和AES分析表明,金顶铅锌矿床中的金属矿物和蚀变岩石从成矿的早期到后期显示∑ REE呈下降趋势,并且REE分布模式相似,表明该矿液具有高LREE富集,明显的负δCe异常和轻微的δEu异常的特征。这些REE分布模式与研究区的上新世长三角型具有惊人的相似性,两者的∑REE,LREE / HREE比,δEu和δCe相似。沉积物中除了盆地流体外的矿石流体也与上新世速滑岩浆有关。

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