基于可控源音频大地电磁测量对广西岑溪市纯塘铅锌矿区深部找矿预测

    Prediction of deep-searching mineralization in the Chuntang Pb-Zn mining area of Cenxi City, Guangxi based on CSAMT

    • 摘要: 广西岑溪市纯塘矿区位于佛子冲背斜西翼,整个矿区的找矿潜力较大。本文采用了可控源音频大地电磁测深(CSAMT)开展深部勘探工作,结合矿区已知矿体特征、成矿模式与岩石电性测定结果,确定了低阻、中-高极化特征是指示矿化或控矿构造存在的地球物理标志。本次CSAMT测量通过结合以往地质勘探资料建立了相应的地质-地球物理电性找矿模型,通过钻探工程验证了CSAMT测量结果的可靠性,推断了三处异常与矿(化)有关,异常在空间上具有连续性,向南北延伸,空间范围亦有较大的找矿潜力,值得进一步开展探矿工作。

       

      Abstract: The Chuntang Mining Area in Cenxi City, Guangxi is located in the western flank of the Fozichong dorsal slope, and the whole mining area has a large potential for finding ore. This time, controlled-source audio geomagnetic bathymetry (CSAMT) is used to carry out the deep exploration work. Combining the characteristics of the known ore bodies in the mine area, the metallogenic model and the results of rock electrical measurements, it was determined that the low-resistance, medium-high polarization feature is a geophysical sign indicating the existence of mineralization or ore-controlling structures. The CSAMT survey has established the corresponding geological-geophysical electrical mineral search model by combining the previous geological exploration data, verified the reliability of the CSAMT survey results through the drilling project, and deduced that the three anomalies are related to mineralization, and that the anomalies have spatial continuity, extend to the north and south, and the spatial scope has a large potential for prospecting, which is worthwhile to carry out further prospecting work.

       

    /

    返回文章
    返回