Review: Spectral Analysis of Aeromagnetic Data Interpretation

Sunday Ayigun, K. Hamid, Omoniyi O. Titilola
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Abstract

Spectral analysis of aeromagnetic data interpretation method is a vital tool in the field of geology and geophysics for solid minerals, groundwater, hydrocarbon and geothermal energy exploration. Human existence depends on availability of mineral and their explorations for daily activities in every part of the world. In order to reduce the scarcity of minerals and problems associated with minerals exploration, this paper reviews shed more light on source of data acquisition, data processing and interpretation in respect to the subject matter. Two case studies were considered, the first case study was on the spectral analysis method of aeromagnetic data interpretation in Longuda Plateau and its environs in Adamawa state North Eastern Nigeria. The data of the study area was divided into 16 x16 data points; the data was subjected to 2D Fourier transformation. After the spectral analysis the depth to magnetic sources were discovered ranging from 1900 m to 2620 m at the basement and shallow depth was ranging from 512 m to 670 m magnetic sources. The second case study was on magnetic data processing for hydrocarbon exploration in the Pannonian Basin, Yogoslavia, from the magnetic data analysis, hydrocarbon potential zones were identified.
综述:航磁数据解释的频谱分析
谱分析航磁资料解释方法是地质和地球物理领域中固体矿产、地下水、油气和地热能勘探的重要工具。人类的生存取决于矿物的可得性和对世界各地日常活动的勘探。为了减少矿物的稀缺性和与矿物勘探有关的问题,本文综述了关于该主题的数据采集来源、数据处理和解释。考虑了两个案例研究,第一个案例研究是尼日利亚东北部阿达马瓦州隆达达高原及其周边地区航磁数据解释的频谱分析方法。研究区数据分为16 × 16个数据点;对数据进行二维傅里叶变换。经波谱分析,发现基底处磁源深度为1900 ~ 2620 m,浅层磁源深度为512 ~ 670 m。第二个案例研究是对Yogoslavia Pannonian盆地油气勘探的磁数据处理,通过磁数据分析,确定了油气潜力带。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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