康欢, 江思宏, 韩宁, 陈春良. 2017: 德国拉梅尔斯贝格铜-锌-铅-钡矿床研究进展. 地质通报, 36(8): 1483-1492.
    引用本文: 康欢, 江思宏, 韩宁, 陈春良. 2017: 德国拉梅尔斯贝格铜-锌-铅-钡矿床研究进展. 地质通报, 36(8): 1483-1492.
    KANG Huan, JIANG Sihong, HAN Ning, CHEN Chunliang. 2017: Research progress of the Rammelsberg Cu-Zn-Pb-Ba deposit, Germany. Geological Bulletin of China, 36(8): 1483-1492.
    Citation: KANG Huan, JIANG Sihong, HAN Ning, CHEN Chunliang. 2017: Research progress of the Rammelsberg Cu-Zn-Pb-Ba deposit, Germany. Geological Bulletin of China, 36(8): 1483-1492.

    德国拉梅尔斯贝格铜-锌-铅-钡矿床研究进展

    Research progress of the Rammelsberg Cu-Zn-Pb-Ba deposit, Germany

    • 摘要: 拉梅尔斯贝格矿床是中欧华力西期最重要的SHMS(以沉积岩为容矿围岩的块状硫化物)类矿床之一,位于莱茵海西期地体的上哈茨地块。该矿床形成于泥盆纪,矿体赋存于艾菲尔阶的威森巴赫页岩中,经华力西造山运动发生了强烈的变形。主要有新矿体、老矿体和富含重晶石的灰色矿体,主要硫化物矿物为黄铁矿、闪锌矿、方铅矿和黄铜矿。硫同位素数据显示,拉梅尔斯贝格矿床有2个硫源,一个是热液成因;一个是生物成因,来自细菌还原的海水中的硫酸盐。铅同位素说明,它的铅主要来自均匀的地壳。与其他SHMS类矿床相比,拉梅尔斯贝格矿床明显富铜。

       

      Abstract: Located in the Upper Harz of Rhenohercynian terrane, the Rammelsberg deposit is one of the most important SHMS (sediment-hosted massive sulfide) deposits of the Variscan period in Central Europe. The deposit is hosted by the Devonian Eifelian Wissenbach shale, and the orebodies were intensely deformed by the Variscan oregeny. The main orebodies are composed of the old orebody, new orebody and the barite-rich gray orebody. The principal sulfide minerals are pyrite, sphalerite, galena and chalcopyrite. The data of the sulfur isotopes show two sulfur sources for the Rammelsberg deposit, one was from the hydrothermal component, and the other was from the biogenic compontent bacterial reduction of sea water sulfate. The Pb isotopes show that the lead was de-rived from a homogeneous crustal source. Compared with the other SHMS deposits, the Rammelsberg deposit is relatively copperenriched.

       

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