Fault System Interpretation Using Gravity and Magnetic Data

Deng Mei-yin, Zhang Bin
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Abstract

Generally, the horizontal gravity gradient map resulted from Bouguer anomaly reflect quite well the planar distribution of the faults with large scale in the area of XX block under study. But volcanic rocks developed at some locations in Eocene may disturb, to some extent, the extraction of fault information from gravity anomalies, therefore only gravity data are constrained for proper interpreting the faults in the basement. On another hand, the information of magnetic anomaly, especially paternoster magnetic anomalies and the magnetic anomalous features depicted by the first- vertical derivative map are mainly related to faults. This paper presents a case to identify the fault system by using gravity and magnetic data, and finally the reliable fault system is inferred.
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利用重磁资料解释断层系统
一般来说,由布格异常生成的水平重力梯度图较好地反映了XX块体研究区域大尺度断裂的平面分布。但始新世部分地区发育的火山岩在一定程度上干扰了重力异常中断层信息的提取,因此只有重力数据才能对基底断层进行正确的解释。另一方面,磁异常信息,特别是paternoster磁异常和一垂导数图所描绘的磁异常特征主要与断层有关。本文介绍了一个利用重磁资料识别故障系统的实例,从而推断出可靠的故障系统。
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