CAJ | 학술논문

在地形复杂的山区选取合适的方法，准确、高效的探测地下深部矿体的赋存位置，是我们面临的挑战。应用先进便捷的高频大地电磁（HF—MT）测深系统Stratagem EH-4对桂北目标矿区进行电磁排列剖面测量。分别采用Bostick和快速松弛迭代反演方法对实测数据进行解释处理，经工程验证成果图件所标示断裂构造及矿体位置与实际地质情况吻合。该野外观测方法、技术及数据处理、解释方案值得在矿产资源勘察中推广应用。
재지형복잡적산구선취합괄적방법，준학、고효적탐측지하심부광체적부존위치，시아문면림적도전。응용선진편첩적고빈대지전자（HF—MT）측심계통Stratagem EH-4대계북목표광구진행전자배렬부면측량。분별채용Bostick화쾌속송이질대반연방법대실측수거진행해석처리，경공정험증성과도건소표시단렬구조급광체위치여실제지질정황문합。해야외관측방법、기술급수거처리、해석방안치득재광산자원감찰중추엄응용。
In the mountains area, we have to solve the problem that how to select appropriate method, accurately and effectively explore the burial condition and location of the deep mineral ore with complex terrain. Advanced and Convenient high-frequency magnetotelluric （HF-MT） sounding system Stratagem EH- 4 was applied to electromagnetic array profile survey in target mining area of northern Guangxi. Bostick and Rapid Relaxation Iterative inversion method were used to interpret the observational data, and it has been verified by the mine works that location of faults and orebodies marked by resulting images are tally with the real geological conditions, which provide resource base for the continued production of the mine. This measurement technique and interpretation method should be popularized and applied in mineral resources exploration, especially in mountains area.