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Determination of Contractional Fault Systems in the Southern Margin of the Ordos Basin, China, by Multisource Data Processing

机译:多源数据处理确定鄂尔多斯盆地南部边缘合同故障系统

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In this paper, multisouroe geoscientific data processing are used to study the reverse faults in the southern margin of Ordos basin, China, such data include NOAA data, the data of Bouguer gravity anomaly and aeromagnetic anomaly, and the multisource geophysical processing methods include upward continuations, vertical derivative and gradient image, and synthetic image processing method - remote sensing image processing and geophysical image processing under I2S600. On the basis of these results and with geological investigation in the field, the authors have determined the existence of an EW striking contractional system, a NE striking contractional system and a NW striking contractional system. These three systems reveal the evolution of geological structures along the southern margin of Ordos basis and in the north side of Qinling orogenic belt.
机译:在本文中,MultiSourooe地球科学数据处理用于研究鄂尔多斯盆地南部边缘的逆向故障,这些数据包括NOAA数据,Bouguer重力异常和航空磁性异常的数据,以及多源地球物理处理方法包括向上持续,垂直衍生和梯度图像,合成图像处理方法 - I2S600下的遥感图像处理和地球物理图像处理。在这些结果和本领域的地质调查的基础上,作者已经确定了EW罢工合同制度的存在,一个罢工的合同制度和NW罢工的合同制度。这三种系统揭示了鄂尔多斯南部边缘的地质结构的演变,在秦岭造山带的北侧。

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