The Research Of Deep Electrical Structure And Tectonics Of Tancheng-Lujiang Fault Zone

To understand the deep geological prospecting research innovation, We need todetect the different depths of the lithosphere. The “SinoProbe” project as a majorprograms about the research of the deep structure of china mainland. It's welltechnical preparation for the next project research. It's the key role of the sustainableuse of resources, economic development and the crust to detect the development oftechnology.The papers relying on "deep exploration technology and experimental research l(SinoProbe)", the three measured line of fault zone's72measured point is the mainresearch target, Making use of precision magnetotelluric acquisition instrument andscientific observation technology field observations, the application of advanced dataprocessing and inversion techniques to obtain reliable electrical structure model.Fromthe deep central structural characteristics of final study of Tancheng-Lujiang fault,Wehave some new understanding.The research on the structure and evolution of the entire continent has greatsignificance. Theelectrical spindle azimuth is roughly NE30o. Breaking the westernboundary of the fracture interface westdipping, the cutting depth is about60-80Km,angle is about60-80°; east-dipping eastern boundary fracture interface, Thedepth depth is about40-60Km, angle is about50-70°.The eastern and western zoneof the the electrical spindle azimuth roughly NE25o and NE45o, both sides are verydifferent. The several profiles inversion results also show that the electrical structurethe east and west sides are very different.