... 3D surface-related multiple elimination (SRME) is a data-driven approach that has proven very effective in predicting all orders of surface multiples. Typically, 3D SRME for a single seismic target trace requires hundreds of thousands of convolutions on potential downward reflection points (DRP...

... kept constant), constant crossline aperture, and DRP intensive process. Predicting the multiple model for a samplings for all target traces of a seismic survey. However, seismic trace requires the convolution of hundreds of it was recognized that the desired aperture to properly thousands of paired...

... ABSTRACT Digital rock physics (DRP) is used to estimate physical properties of rocks by means of digital models. Conventional digital rock physics requires very high resolution images, as grains and pores need to be well resolved in order to assign each voxel the properties of an endmember...

... ABSTRACT Micro computed tomography (µCT) is an effective way to obtain rock digital models that can be used, along with digital rock physics (DRP), to calculate rock properties. However, DRP has yielded mixed success that are in part due to limitations and uncertainty introduced...

... ABSTRACT Digital rock physics (DRP) aims at estimating rock physical properties from computed-tomography (CT) imagery. DRP could improve our knowledge of subsurface properties without increasing laboratory testing that is time consuming, expensive and might damage the rock samples. Classic DRP...