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Acquisition Geometry Influence on Angle-Dependent Amplitudes in a 3D Subsalt SituationNormal access

Authors: E.J. van Veldhuizen and G. Blaquière
Event name: EAGE Research Workshop - Advances in Seismic Acquisition Technology
Session: Marine Acquisition/Processing
Publication date: 20 September 2004
Organisations: EAGE
Language: English
Info: Extended abstract, PDF ( 742.13Kb )
Price: € 20

A18 ACQUISITION GEOMETRY INFLUENCE ON ANGLE- DEPENDENT AMPLITUDES IN A 3D SUBSALT SITUATION Abstract 1 A subsurface image that is obtained from seismic data after data processing can be biased by the acquisition geometry: it contains an acquisition footprint. For a proper evaluation of the influence of the acquisition geometry on image quality in areas of complex geology for example in subsalt situations a method is needed that can handle complex situations with irregular structures and large contrasts. Focal beam analysis is a method with a strong link to wave theory and therefore enables a quantitative analysis of image quality

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