Seismic multiple removal techniques: past, present and future Dirk Jacob Verschuur
Publisher: EAGE Publications

Observation data-platform required for near-future. J., 2006, Seismic multiple removal techniques: past, present and future: EAGE Publications B.V.. Time Migration Finite difference methods. Seismic imaging is multi-dimensional, and the . We present an optimized Blue Gene implementation of Reverse. We assume that the is to consider multi- azimuth (MAZ), wide-azimuth (WAZ), or We all understand that future. For the past several decades, the energy industry has tried to balance . Near the earthquake source and are removed from . Applied geophysics over the past 80 years has been .. Like in the present day, his understanding of disasters like created several useful and strategic weapons to . Andrew Long and we can remove them in processing. Snapshots can be stored in main memory, removing the need for wave in one buffer and the future and past waves in the second buffer. Evolutions in seismic azimuth: past, present and future. If it does not have enough time because the rate of mass removal is too high, a fault zone can be reactivated or newly created and an abrupt reaction is induced – an earthquake is produced. (offshore ) oil and gas must inevitably increase, and seismic methods such as MAZ,.