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Imaging complex structure in seismic reflection data using p | 16602
International Research Journals

International Research Journal of Geology and Mining

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Imaging complex structure in seismic reflection data using prestack depth migration: case study of Olua area of the Niger Delta, Nigeria

Abstract

G. Z. Ugwu* and C. C. Ezeh

Estimate of seismic velocity from seismic reflection data in prestack depth migration can be formulated as a general inverse problem. The current state of the art solution to this nonlinear problem is reflection tomography. The technique consists of minimizing the nonlinear least–squares function measuring the mismatch between the traveltimes picked from the seismic data and those calculated by ray tracing through the model. This technique was applied to 3D seismic reflection data acquired from Olua area of the Niger Delta, Nigeria. An improved image of the fault plane in the subsurface was obtained.

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