In marine geophysical exploration using seismic data, sea surface-related multiples can be
used for imaging and producing extra illumination. However, the imaging of multiples can …

Suppression of surface-related and internal multiples is an outstanding challenge in seismic
data processing. The former is particularly difficult in shallow water, whereas the latter is …

During the past few years, significant improvements have been achieved in high-resolution
imaging with seismic data. In particular, seismic full waveform inversion (FWI) has been …

Full waveform inversion (FWI) is an increasingly popular tool for analysing seismic data.
Current practise is to record seismic data sets that are suitable for reflection processing, that …

As complementary to the imaging of primaries, multiples can be used for imaging and
produce additional angular illumination. These additional illumination angles can improve …

In the shallow water environment found in parts of the Barents Sea, conventional imaging
struggles to successfully resolve the near surface. This is due to the lack of near offsets …

宽拖多源双传感器拖缆多方位采集与成像技术已成功引入商业地震勘探项目,
提高了近海底地层和深部地震图像的分辨率. 本文详细阐述了这项新型采集和成像技术 …

The advent of dual-sensor recording for towed seismic streamers enabled the true
separation of the up-going and down-going pressure wavefields (Carlson et al., 2007), and …

To realize the full potential of a geophysical data set, and resolve interpretation ambiguities,
the data must be integrated with other geological and complementary geophysical data …

Abstract 3D seismic imaging attempts to reconstruct a continuous image of the subsurface
based upon discretely sampled reflectivity traces. The spatial sampling is typically irregular …