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Wide/narrow azimuth acquisition footprints and their effects on seismic imaging 被引量:3
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作者 Di Bangrang Xu Xiucang Wei Jianxin 《Petroleum Science》 SCIE CAS CSCD 2008年第4期308-313,共6页
Acquisition footprint is a new concept to describe the seismic noise in three-dimensional seismic exploration and it is closely related to geometry and observation shuttering. At present, the study on acquisition foot... Acquisition footprint is a new concept to describe the seismic noise in three-dimensional seismic exploration and it is closely related to geometry and observation shuttering. At present, the study on acquisition footprints has become a hot spot. In partnership with the Dagang Oilfield, we used the channel sand body seismic physical model to study the characteristics of wide/narrow azimuth acquisition footprints and analyzed and compared the two types of footprints and their effects on target imaging. In addition, the footprints caused by data processing of the normal moveout offset (NMO) stretching aberration were discussed. These footprints are located only in the shallow or middle layer in the time slice, and possibly affect the imaging of shallow target layers, and have no influence on deep target imaging. Seismic physical modeling has its advantages in the study of acquisition footprints. 展开更多
关键词 Wide/narrow azimuth geometry acquisition footprint stretching aberration time slice seismic imaging
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