Contribution of high‐resolution 3D seismic near‐seafloor imaging to reservoir‐scale studies: application to the active North Anatolian Fault, Sea of Marmara
Y Thomas, B Marsset, GK Westbrook, C Grail… - Near Surface …, 2012 - earthdoc.org
High Resolution (HR) marine seismic acquisition contributes to numerous research fields.
The vertical resolution is of metric scale in order to study geological processes at a short
time scale or to characterise small objects. 3D seismic imaging allows optimal resolution to
be reached whereas 2D images are blurred mainly by side effects. Developed for the oil
industry decades ago and tailored to the exploration for hydrocarbon reservoirs, 3D seismic,
as applied to higher resolution targets, is more recent. Available technological advances in …
The vertical resolution is of metric scale in order to study geological processes at a short
time scale or to characterise small objects. 3D seismic imaging allows optimal resolution to
be reached whereas 2D images are blurred mainly by side effects. Developed for the oil
industry decades ago and tailored to the exploration for hydrocarbon reservoirs, 3D seismic,
as applied to higher resolution targets, is more recent. Available technological advances in …
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