西罗多佩山脉切皮诺岩石构造单元伟晶岩中含石榴石(REE+Y)的矿物关联

R. Vassileva, Sylvina Georgieva, J. Cempírek, V. Grozdev, R. Škoda, Elitsa Stefanova
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引用次数: 0

摘要

拉基托沃镇附近的 "Suhata Reka "采石场出露了大型伟晶岩体。它们的主要矿物成分是钾长石(40%)、斜长石(30%)、石英(25%)和云母(≤ 5%),此外还有含(REE+Y)的原生和次生附属物。伟晶岩的原生矿物质包括锆石、独居石、氙石、稀少的磷灰石和相当数量的石榴石。厘米大小的天青石-菱锰矿晶体含有大量裂隙,这些裂隙承载着含次生(REE+Y)磷酸盐(氙石、绿泥石)和硅酸盐矿物(如 REE-橄榄石)。石榴石后期 REE 矿化的形成是由于其热液蚀变和次生相中 REE+Y 的重新分布。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Garnet (REE+Y)-bearing mineral association in pegmatite from the Chepino lithotectonic Unit, Western Rhodopes
Large pegmatite body/bodies are outcropping in the “Suhata Reka” quarry, near the town of Rakitovo. Their bulk mineral composition with dominant K-feldspar (40%), plagioclase (30%), quartz (25%) and mica (≤ 5%) is complemented by (REE+Y)-bearing association of primary and secondary accessories. Zircon, monazite, xenotime, scarce apatite and noticeable amount of garnet are among the pegmatite primary minerals. The cm-sized almandine-spessartine crystals contain numerous fractures which host secondary (REE+Y)-bearing phosphate (xenotime, cheralite) and silicate minerals (e.g. REE-epidote). Formation of the late-stage REE-mineralization in garnet is due to its hydrothermal alteration and redistribution of REE+Y in the secondary phases.
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