利用高分辨率航磁数据圈定尼日利亚卡诺州部分地区金矿潜力带

E. Daniel, R. Jimoh, K. Lawal
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引用次数: 3

摘要

近几十年来,由于地球物理技术的迅猛发展,深部地质构造和成矿作用的几何和运动学研究取得了很大进展。位于尼日利亚卡诺州沙诺诺地方政府区内的矿化带,其成因受剪切带控制。本次研究的目的是圈定和表征研究区周围的地下地质构造。对航磁资料进行定性和定量分析,给出了明确的磁特征模式。构造指数为1的航磁资料的欧拉解显示,在NE-SW和NW-SE方向存在主要的构造异常趋势。这些构造的走向很少与尼日利亚基底杂岩的裂缝走向相似。这些构造为富矿质流体在研究区主岩内的流动提供了通道,控制了金矿化的侵位。
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Delineation of Gold Mineral Potential Zone Using High Resolution Aeromagnetic Data Over Part of Kano State, Nigeria
The study of the geometry and kinematics of deep geological structures, bearing mineralization has advanced greatly by the aggressive progress of geophysical techniques over the last decades. The mineralization zones located in the Shanono local government area of Kano state Nigeria has its genesis controlled by shear zones. This research was aimed at delineating and characterizing subsurface geologic structures around the study area. Both qualitative and quantitative analysis of aeromagnetic data has provided defined distinct pattern of the magnetic signatures. Euler solution of the aeromagnetic data with structural index one, revealed the presence of the major tectonic trends of anomalies in the NE-SW and NW-SE directions. The trends of few of these structures are observed to be similar to fracture orientations in the Nigerian basement complex. These structures control the emplacement of the gold mineralization as these provides the pathways to flow of mineral rich fluid within the host rocks of the study area.
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