高精度磁法测量在铅锌铜矿地质勘查工作中应用

Application of high precision magnetic survey in geological exploration of lead zinc copper mine

由于传统铅锌铜矿地质勘查方法对磁性矿物的探测和感知分离,因此勘查相对均方误差大。针对这一问题,进行高精度磁法测量在铅锌铜矿地质勘查工作中应用研究。选取铅锌铜矿地质勘查点;勘查铅锌铜矿地质信息。设计仿真实验,结果表明,设计的勘查方法勘查相对均方误差最大值为0.296,对照组为0.815,设计的勘查方法勘查能力更强,可以实现对铅锌铜矿地质有效勘查。

Due to the separation of detection and perception of magnetic minerals in traditional geological exploration methods of lead zinc copper deposits,the relative mean square error of exploration is large.Aiming at this problem,the application of high-precision magnetic survey in the geological exploration of lead zinc copper mine is studied.Select the geological exploration point of lead zinc copper mine and explore the geological information of lead zinc copper mine.The simulation experiment shows that the maximum relative mean square error of the designed exploration method is 0.296,and the maximum relative mean square error of the control group is 0.815.The designed exploration method has stronger exploration ability and can realize effective exploration of lead zinc copper mine geology.