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Velocity Estimation by Waveform Tomography in the Canadian Foothills: A Synthetic Benchmark Study A. J. Brenders (Queen’s University, Canada), Sylvestre Charles (Talisman Energy Inc., Canada), and R. Gerhard Pratt (Que
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Document Date: 2008-01-20 18:41:40


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City

Rome / /

Company

Dell / Talisman Energy Inc. / /

Country

Italy / Canada / /

Event

Product Issues / /

Facility

Queen’s University / /

IndustryTerm

reflection processing / Depth imaging / Source energy / depth processing / possible solution / conventional seismic processing / early arrival energy / oil and gas exploration / wave energy / transmitted seismic energy / digital receiver technology / anisotropic media / thrust-belt imaging / conventional seismic data processing / lithospheric imaging / energy propagating / imaging / low-frequency energy / energy / /

NaturalFeature

Rocky Mountains / /

Organization

Queen’s University / /

Person

R. Gerhard Pratt / Steve Cloutier / Waveform Tomography / A. J. Brenders / /

Position

macro-velocity model / starting model / benchmark model and dataset representative / reasonable starting model / realistic crustal model / Geophys / seismic data representative / /

Product

structurally complex canadian foothills / /

ProvinceOrState

Alberta / British Columbia / /

Region

southern British Columbia / southern Alberta / /

Technology

Geophysics / 3-D / tomography / digital receiver technology / /

SocialTag