Findings in Mineralogy Reported from Guizhou Normal University (The Source, Host Minerals, and Enrichment Mechanism of Lithium In the Xinmin Bauxite Deposit, Northern Guizhou, China: Constraints From Lithium Isotopes)

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Findings in Mineralogy Reported from Guizhou Normal University (The Source, Host Minerals, and Enrichment Mechanism of Lithium In the Xinmin Bauxite Deposit, Northern Guizhou, China: Constraints From Lithium Isotopes)

机译：从贵州矿物学研究结果报告师范大学(源、宿主矿物和新民浓缩锂机制铝土矿矿床,贵州北部,中国:从锂同位素约束)

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2022 MAR 4 (VerticalNews) - By a News Reporter-Staff News Editor at Mining & Minerals - Current study results on Mineralogy have been published. According to news reporting originating from Guiyang, People's Republic of China, by VerticalNews correspondents, research stated, “Most bauxites in China can be classified as the paleoweathering crust sedimentary type (PCS type) and are normally enriched with lithium (Li). However, the source, host minerals, and enrichment mechanism of Li in bauxites are poorly understood.”

机译：2022年3月4 (VerticalNews)——由一个消息记者在采矿和矿物-新闻编辑矿物学研究结果出版。来自贵阳,人民共和国通过VerticalNews记者,中国研究说:“大多数中国铝土矿可以分类作为paleoweathering地壳沉积类型(电脑型)和通常富含锂(李)。浓缩机制铝土矿的李不佳理解。”

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《Mining & Minerals》 |2022年第4期|39-40|共2页
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正文语种英语
中图分类矿业工程;
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Lithium; mineralogy; newsbauxite depositlithium isotopesmineralsbauxiteFINDINGS;

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Findings in Mineralogy Reported from Guizhou Normal University (The Source, Host Minerals, and Enrichment Mechanism of Lithium In the Xinmin Bauxite Deposit, Northern Guizhou, China: Constraints From Lithium Isotopes)

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