The progress of processing methods in wide angle reflection and refraction seismic
Wang Xiaoliu
Abstract
Wang Xiaoliu
Abstract
The research in the zones of no or weak record and investigation of lithosphere mainly uses wide-angle reflection and refraction seismic. In order to improve the processing quality of large offset seismic datasets, we can use some unique processing methods, such as non-hyperbolic NMO and corridor stack, etc. This paper mainly discussed some key techniques in wide\|angle reflection and refraction seismic and some existing problems based on the introducion of the progress of wide-angle seismic.
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The research in the zones of no or weak record and investigation of lithosphere mainly uses wide-angle reflection and refraction seismic. In order to improve the processing quality of large offset seismic datasets, we can use some unique processing methods, such as non-hyperbolic NMO and corridor stack, etc. This paper mainly discussed some key techniques in wide\|angle reflection and refraction seismic and some existing problems based on the introducion of the progress of wide-angle seismic.
Key concepts: Refraction, Reflection (computer programming), Geology, Seismic refraction, Offset (computer science), Seismology, Geophysical imaging, Optics