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Technical Programme


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Please note: The technical programme starts daily at 09:30. This is an hour later than previous EAGE Conference & Exhibition events.
The technical programme is also included in the Programme & Catalogue, which can be downloaded here.


Overview by
= oral presentation  = poster presentation
Static Corrections and Near Surface Characterization from Body and Surface Waves
TypeOral session
ChairmanS. Rentsch - Schlumberger
W. Kimman -

09:30We N114 01 Geophysical Near-surface Characterization for Static Corrections: Multi-physics Survey in Reggane Field, Algeria
A. Pineda* (Repsol), S. Gallo (CGG) & H. Harkas (GRN Sonatrach)
09:55We N114 02 Explicit Statics Optimization in the First-arrival Traveltime Tomography
J. Zhang* (University of Science & Technology of China)
10:20We N114 03 Two-Phase Automatic Static Correction Algorithm
Y. Sun* (EXPEC ARC GRC Delft, Aramco Overseas Company B.V.), T. Tonellot (EXPEC ARC, Saudi Aramco), B. Kamel (EXPEC, EOD, GDPD, Saudi Aramco) & A. Bakulin (EXPEC ARC, Saudi Aramco)
10:45We N114 04 Improved Statics Estimation through Refraction Tomography and Surface Waves - Data Example Onshore Abu Dhabi
A.V. Glushchenko (Schlumberger Oilfield Eastern Ltd), P. Reddy* (Schlumberger), H.A. Nehaid (Abu Dhabi Onshore Petroleum Company), P.G. Landmesser (Abu Dhabi Onshore Petroleum Company) & S.A. Satti (Abu Dhabi Onshore Petroleum Company)
11:10 Break
11:30We N114 05 Combined Surface-wave and Reflection Data Inversion for High-resolution Near-surface Characterization
G. Rizzuti* (Delft Inversion) & A. Gisolf (Delft Inversion)
11:55We N114 06 Near-surface Q Estimation from Surface Waves and Compensation for its Effects on Body Waves
D. Boiero* (Schlumberger), F. Garofalo (Politecnico di Torino) & P.L. Vermeer (Schlumberger)
12:20We N114 07 Multi-modal Determination of Rayleigh Wave Dispersion and Attenuation Curves Using the Circle Fit Method
R. Verachtert* (KU Leuven) & G. Degrande (KU Leuven)
12:45We N114 08 Rayleigh Wave Dispersion Function Calculations with Frequency Dependent Penetration Depths
R. J. Ferguson* (Orthogonal Geophysics Inc)