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《Acta Scientiarum Naturalium Universitatis Pekinensis》 2013-04
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Review of the Metallogenesis of the Endogenetic Rare Earth Elements Deposits Related to Carbonatite-Alkaline Complex

SONG Wenlei1,XU Cheng1,,WANG Linjun2,WU Min3,ZENG Liang1,WANG Lize1,FENG Meng1 1.The Key Laboratory of Orogen and Crustal Evolution(MOE),School of Earth and Space Sciences,Peking University,Beijing 100871;2.Architectural Engineering College,Guizhou Minzu University,Guiyang 550025;3.Shandong Gold Non-Ferrous Mining Group Co.,Ltd,Jinan 250100;  
The geological characteristics and mineralization of the endogenetic rare earth elements(REE) deposits related with carbonatite-alkaline complexes are reviewed.The REE deposits mainly include primary magmatic and hydrothermal types.The former is relatively rare,and REE minerals crystallized from carbonatite magma.The REE minerals in hydrothermal deposits are intergrowth with calcite,fluorite,barite,quartz.They occur as ore veins intruding carbonatite-alkaline complexes and wall rocks,or as fracture or void filling fine-grained,polycrystalline aggregates overprinting earlier carbonatitic minerals.Previous researches showed that REE mineralization was controlled by the crystallization and accumulation of carbonate minerals during carbonatitc magma-hydrothermal processes.However,REE enrichment mechanism is still debate,i.e.liquid immiscibility of carbonate-silicate magmas,fractional crystallization of carbonate minerals from carbonatite magma,extraction of carbonatitic liquids,and hydrothermal alteration of carbonatites.Note carbonatites normally show light REE enrichment and mineralization,and absent heavy REE minerals.Therefore,high temperature and pressure experiments on REE partition coefficients between volatile-rich carbonate and alkaline silicate melts or fluids,and REE partition behavior between carbonate and co-precipitating minerals during carbonatite magma evolution,will be a key to reveal the REE mineralization mechanism.
【Fund】: 国家自然科学基金(41222022 41173033);; 贵州民族大学引进人才科研基金资助
【CateGory Index】: P618.7
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