Age and geochemical evolution of granite magmatism in Olkhon region from Caledonian syncollisional ore-free granite to the rare metal granite and pegmatite of Middle Paleozoic intraplate setting
Viktor Antipin Valentina Makrygina Larisa Kushch Nataliya Sheptyakova
中国地质（英文）2024，Vol.7Issue(1)：63-79,17.
中国地质（英文）2024，Vol.7Issue(1)：63-79,17.DOI:10.31035/cg2023040
Age and geochemical evolution of granite magmatism in Olkhon region from Caledonian syncollisional ore-free granite to the rare metal granite and pegmatite of Middle Paleozoic intraplate setting
Age and geochemical evolution of granite magmatism in Olkhon region from Caledonian syncollisional ore-free granite to the rare metal granite and pegmatite of Middle Paleozoic intraplate setting
摘要
关键词
Pegmatite/Geochemistry/Submantle plume/Magmatism/Caledonian collision/Middle Paleozoic intraplate setting/Be-Rb-Nb-Ta-Li-F mineralization/Olkhon region/RussiaKey words
Pegmatite/Geochemistry/Submantle plume/Magmatism/Caledonian collision/Middle Paleozoic intraplate setting/Be-Rb-Nb-Ta-Li-F mineralization/Olkhon region/Russia引用本文复制引用
Viktor Antipin,Valentina Makrygina,Larisa Kushch,Nataliya Sheptyakova..Age and geochemical evolution of granite magmatism in Olkhon region from Caledonian syncollisional ore-free granite to the rare metal granite and pegmatite of Middle Paleozoic intraplate setting[J].中国地质（英文）,2024,7(1):63-79,17.基金项目
The authors would like to thank M.Khomutova for editing in English.We would like to thank V.Khubanov(Institute of Geology SB RAS,Ulan-Ude)for performing U-Pb dating of samples.The study was conducted within the framework of the state task(topic ID 0350-2019-0007)and supported by grant 20-55-44002-Mong_a of the Russian Foundation for Basic Research.The authors also want to thank the reviewers and editors for their contribution to improving this article. （Institute of Geology SB RAS,Ulan-Ude）
