| Document Date: 2012-11-03 15:20:23
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Company Fairfield Industries / / Country United States / / / Facility bar of Figure / / IndustryTerm improved steep-dip salt flank imaging / subsalt imaging capabilities / visible subsalt reflector imaging / steep-dip imaging / high-resolution imaging capabilities / actual imaging opera / geophysical processing community / wave equation imaging / migration operator / subsalt exploration tool / migration algorithm / maximum-energy traveltime selection criterion / finite difference migration algorithm / interpolation algorithm / maximum energy / subsalt imaging artifacts / improved subsalt imaging / wave equation algorithms / maximum-energy traveltimes / maximum energy traveltimes / imaging / maximum-energy / maximum-energy criterion / energy / using the maximum-energy traveltime selection criterion / / NaturalFeature Gulf of Mexico / Mississippi River delta / / Person PAUL DOCHERTY / WILLIAM A. SCHNEIDER JR. / / Position TLE Corresponding author / / ProvinceOrState Texas / Mississippi / / Region Gulf of Mexico / / Technology GEOPHYSICS / wave equation algorithms / migration algorithm / finite difference migration algorithm / interpolation algorithm / / URL http /
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Finite difference 3D common-shot migration of data from the West Delta area of the Gulf of Mexico WILLIAM A. SCHNEIDER JR., PAUL DOCHERTY, and MIKE PLUMLEE, Fairfield Industries, Sugar Land, Texas, U.S.