首页> 外文会议>Mineral Deposit Research: Meeting the Global Challenge >Genesis of the large-super large Pb, Zn, Ag deposits in the Lanping basin and adjacent area: A new evidence from Cenozoic alkaline rocks and deep-seated xenoliths in west Yunnan Province, China
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Genesis of the large-super large Pb, Zn, Ag deposits in the Lanping basin and adjacent area: A new evidence from Cenozoic alkaline rocks and deep-seated xenoliths in west Yunnan Province, China

机译:兰坪盆地及邻区大,超大型铅,锌,银矿床成因:云南西部新生代碱性岩和深部异种岩的新证据

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The injection to continent from the convection mantle or asthenosphere may be a direct driven force for the continental mineralization (Li et al., 1993; Deng, 1999). Therefore, to seek the dynamic mechanism, process and source of the large scale mineralization from the depth of the continental mantle and/or crust has already become a new research project in the studies of the present ore deposit. The west Yunnan, especially the Lanping basin, is an important component of the Tethyan-Himalayan metallogenic domain and an attractive area to the domestic and overseas ore researchers, because of the super-large scale of Pb,Zn deposit in the Jinding and the large scale of metallogenic concentration area of Ag and polymetallic ore deposit in the Baiyangping.However, a key point for the ore deposit researchers is, why such large scale metallogenic resources can be concentrated in the Lanping Basin and adjacent area?
机译:从对流幔或软流圈注入大陆可能是大陆矿化的直接驱动力(Li等,1993; Deng,1999)。因此,从大陆地幔和/或地壳的深度寻找大规模矿化的动力机制,过程和来源已经成为目前矿床研究中的一个新的研究项目。云南西部特别是兰坪盆地是特提斯-喜马拉雅成矿区的重要组成部分,并且是金矿和大型金矿中铅锌矿床的超大型,对国内外的矿石研究者来说是一个吸引人的地区。白杨坪的银和多金属矿床成矿集中区的规模。然而,矿床研究人员的关键是,为什么如此大规模的成矿资源可以集中在兰坪盆地及其邻近地区?

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