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冀北万全寺银金矿床地质地球化学特征
引用本文:王宝德,牛树银,孙爱群,刘亚明,郭鹏志,孙双海.冀北万全寺银金矿床地质地球化学特征[J].地质与勘探,2008,44(1):15-20.
作者姓名:王宝德  牛树银  孙爱群  刘亚明  郭鹏志  孙双海
作者单位:1. 石家庄经济学院地质调查研究院,石家庄,050031
2. 天津华北地质勘查总院,天津,300181
摘    要:万全寺银金矿床位于张宣幔枝构造东侧的侏罗纪断陷盆地中,成矿时限晚于133.33Ma~101.82 Ma.通过硫、铅、氢、氧、碳及稀有气体同位素研究认为,成矿物质应源自地球深部,在中生代冀西北幔枝构造演化过程中集中成矿.成矿热液以岩浆水为主并加入了部分天水.

关 键 词:万全寺银金矿床  地质地球化学特征  冀北
文章编号:0495-5331(2008)01-0015-06
收稿时间:2006-12-18
修稿时间:2007-03-09

GEOLOGY AND GEOCHEMISTRY OF WANQUANSI SILVER-GOLD DEPOSIT,NORTH HEBEI PROVINCE
WANG Bao-de,NIU Shu-yin,SUN Ai-qun,LIU Ya-Ming,GUO Peng-zhi,SUN Shuang-hai.GEOLOGY AND GEOCHEMISTRY OF WANQUANSI SILVER-GOLD DEPOSIT,NORTH HEBEI PROVINCE[J].Geology and Prospecting,2008,44(1):15-20.
Authors:WANG Bao-de  NIU Shu-yin  SUN Ai-qun  LIU Ya-Ming  GUO Peng-zhi  SUN Shuang-hai
Abstract:Wanquansi Ag- Au deposit is located in the Jurassic fault depression at the east part of Zhangiiakou -Xuanhua mantle branch structure. Ag- Au mineralization is posterior to 101.82 to 133.33 Ma. Based on sulfur, lead, oxygen, carbon and noble gases isotopes, it is considered that the mineralizing materials came from the deep mantle. Economic ores were concentrated in the process of mantle branch evolution during Mesozoic. Hydrotherreal fluids were dominated by magmatic water with some meteoric water.
Keywords:Wanquansi Ag- Au deposit  geology and geochemistry  north Hebei
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