M. Kozar, S. Kryvdik, L. Sietaia, O. Panova, L. Proskurka, I. Shvaika, I. Shvaika
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Such specific features of the Saltychian granites as the presence of orthite and an increased amount of titanite, are highlighted. These are the main concentrator minerals of REE, Th, U, and Y. Based on the results of our research and the materials of the predecessors, detailed comparative characteristics of orthite and titanite in various rocks are provided. A significant part of REE and Y is concentrated in apatite and titanite, and Nb, Ta, Zr, V — in ilmenite and biotite. The geochemical features of these minerals are considered by comparing the author's results and literature data. Possible reasons for some discrepancies are analyzed. 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引用次数: 0
摘要
从成矿学角度介绍了亚速海陆块西部盐基下花岗岩的ICP-MS研究成果。与周围花岗岩体相比,盐底纪花岗岩体富集Nb和Ta。认为脉状伟晶岩和类伟晶花岗岩与它们有亲缘关系,其矿物为稀有金属(Nb、Ta、REE、Y)。首次报道了用ICP-MS法测定稀土全谱及Hf、Ta、Sc等元素的结果。测定了7个样品中岩石及其矿物中的主要杂质元素(磷灰石、钛铁矿、黑云母、钛铁矿、正长石)。强调了盐底下花岗岩中正长石的存在和钛矿含量的增加等特殊特征。这些是稀土、钍、铀、钇的主要富集矿物。在本文研究成果的基础上,结合前人资料,给出了各种岩石中正长石和钛矿的详细对比特征。稀土和Y主要富集在磷灰石和钛铁矿中,铌、Ta、Zr、V主要富集在钛铁矿和黑云母中。通过与文献资料的比较,探讨了这些矿物的地球化学特征。分析了一些差异的可能原因。本文的研究结果证实了目前关于亚速盆地盐底纪花岗岩和伟晶岩与稀有金属(Nb, Ta, REE, Y)成矿关系的观点。
GEOCHEMICAL CHARACTERISTICS OF THE SALTYCHIAN GRANITES (WESTERN AZOV AREA) ACCORDING TO THE ICP-MS RESEARCH RESULTS
The ICP-MS research results of the interesting from a metallogenic point of view Saltychian granites of the Azov geoblock western part are presented. Compared to the surrounding granitoids, the Saltychian granites can be enriched in Nb and Ta. It is assumed that vein pegmatites and pegmatoid granites with minerals of rare metals (Nb, Ta, REE, Y) are genetically related to them. For the first time, the results of ICP-MS analysis for the determination of the full REE spectrum as well as elements, such as Hf, Ta, Sc, etc., are presented. The main impurity elements in rocks and minerals from them (apatite, ilmenite, biotite, titanite, orthite) were determined in seven samples. Such specific features of the Saltychian granites as the presence of orthite and an increased amount of titanite, are highlighted. These are the main concentrator minerals of REE, Th, U, and Y. Based on the results of our research and the materials of the predecessors, detailed comparative characteristics of orthite and titanite in various rocks are provided. A significant part of REE and Y is concentrated in apatite and titanite, and Nb, Ta, Zr, V — in ilmenite and biotite. The geochemical features of these minerals are considered by comparing the author's results and literature data. Possible reasons for some discrepancies are analyzed. The research results presented in the article confirm the current ideas postulating the genetic connection of Saltychian granites and pegmatites of the Azov with rare metal mineralization (Nb, Ta, REE, Y).