Bibliographie sismique : acquisition
Les articles suivants, publiés dans les revues The Leading Edge
et Geophysics de la
SEG, offrent un panorama de l'évolution de la recherche en sismique réflexion pour l'imagerie
du soussol en relation avec la mise en oeuvre de l'acquisition en mer et à terre et la conception du dispositif d'acquisition des données.
Pour une recherche exhaustive ou pour actualiser les liens avant 2012, utiliser l' index de la SEG.
Pour une introduction, consulter cette sélection.
Acquisition  Amplitudes  Anisotropie 
Migration  Mines  Monitoring  Multiples
 Ondes S  Physique des roches  Proche surface 
Propagation  Puits  Réservoir 
Signal  Vitesses

Amundsen, L., O. Pedersen, A. Osen, J. O. A. Robertsson, and M. Landrø (2017).
Broadband seismic over/under sources and their designaturedeghosting

Haavik K. and M. Landrø (2017).
Variable source depth acquisition for (an overall) improved signaltonoise ratio in marine broadband seismic data: A modeling study.

Dao T. and M. Landrø (2017).
Streamer depth versus vessel and seismic interference noise

Amundsen, L., H. Westerdahl, Å. Pedersen, M. Thompson, and M. Landrø (2017).
On firing an air gun very shallow

Soubaras, R. and Lafet, Y. (2013).
Variabledepth streamer acquisition: Broadband data for imaging and inversion

Mandroux F., B. S. Ong, C.O. Ting, S. Mothi, T. Huang and Y. Li (2013).
Broadband, longoffset, fullazimuth, staggered marine acquisition in the Gulf of Mexico

Barker, D. and Landrø, M. (2013).
Estimation of bubble time period for airgun clusters using potential isosurfaces.

Orji, O.C., W. Söllner, and L.J. Gelius, 2012,
Effects of timevarying sea surface in marine seismic data

Barker D. and M. Landrø, 2012,
Simple expression for the bubbletime period of two clustered air guns

Ronen, S., Kandilarov, A., Massacand, C., Mattocks, B., Paillet, J., Roger, G., and Rokkan, A. (2012).
Onboard data quality control and processing for oceanbottom nodes

Soubaras, R., and R. Dowle, 2010,
Variabledepth streamer—A broadband marine solution: First Break, 28, 89–96.

Breitzke M. and T. Bohlen, 2010,
Modelling sound propagation in the Southern Ocean to estimate the acoustic impact of seismic research surveys on marine mammals

Long A., 2010,
An overview of seismic azimuth for towed streamers

Olofsson, B., 2010,
Marine ambient seismic noise in the frequency range 1–10 Hz

Ghosh, M. F. Halim, M. Brewer, B. Viratno, and N. Darman, 2010,
Geophysical issues and challenges in Malay and adjacent basins from an E&P perspective

Kabir, N., K. Lee, W. Rietveld, B. Barley, J. Keggin, and G. Johnson, 2010,
Multiazimuth versus wideazimuth acquisition designs for subMessinian imaging: A finitedifference modeling study in West Nile Delta, Egypt

Kragh, E., E. Muyzert, T. Curtis, M. Svendsen, and D. Kapadia, 2010,
Efficient broadband marine acquisition and processing for improved resolution and deep imaging

Goutorbe B. and V. Combier, 2010,
On the reconstruction of the shape of a seismic streamer

Elboth, T., D. Lilja, B. A. P. Reif, and O. Andreassen, 2010,
Investigation of flow and flow noise around a seismic streamer cable

Brown R.J., 2010,
Acquisition footprints and seafloor coupling in multicomponent OBC seismic data

Pharez, S., N. Hendrick, and R. Tenghamn, 2008,
First look at seismic data from a towed dualsensor streamer

Moldoveanu, N., J. Kapoor, and M. Egan, 2008,
Fullazimuth imaging using circular geometry acquisition

Breitzke, M., O. Boebel, S. El Naggar, W. Jokat, B. Werner, 2008,
Broadband calibration of marine seismic sources used by R/V Polarstern for academic research in polar regions

Lindwall, D., 2008,
3D underwater imaging using vector acoustic sensors

Carlson, D., A. Long, W. Söllner, H. Tabti, R. Tenghamn, and N. Lunde, 2007,
Increased resolution and penetration from a towed dualsensor streamer First Break, 25, 71–77.

Barley B. and T. Summers, 2007,
Multiazimuth and wideazimuth seismic: Shallow to deep water, exploration to production

Corcoran, C., C. Perkins, D. Lee, P. Cattermole, R. Cook, and N. Moldoveanu, 2007,
A wideazimuth streamer acquisition pilot project in the Gulf of Mexico

Michell, S., J. Sharp, and D. Chergotis, 2007,
Dualazimuth versus wideazimuth technology as applied in subsalt imaging of Mad Dog Field—a case study

Howard, M., 2007,
Marine seismic surveys with enhanced azimuth coverage: Lessons in survey design and acquisition

Beaudoin G. and A. A. Ross, 2007,
Field design and operation of a novel deepwater, wideazimuth node seismic survey

Clarke, R., G. Xia, N. Kabir, L. Sirgue, and S. Michell, 2007,
Processing of a novel deepwater, wideazimuth node seismic survey

Manning, T., N. Shane, C. Page, B. Barley, W. Rietveld, and J. Keggin, 2007,
Quantifying and increasing the value of multiazimuth seismic

Moldoveanu, N., L. Combee, M. Egan, G. Hampson, L. Sydora, and W. Abriel, 2007,
Over/under towedstreamer acquisition: A method to extend seismic bandwidth to both higher and lower frequencies

Stewart, J., A. Shatilo, C. Jing, T. Rape, R. Duren, K. Lewallen, and G. Szurek, 2007,
A comparison of streamer and OBC seismic data at Beryl Alpha field, U. K. North Sea

Calvert, A., E. Ekstrand, B. McLain, J. Etgen, F. Billette, V. Sen, C. Regone, T. Byrd, M. Truxillo, S. Young, and Y. Cobo, 2003,
Pushing the limits of resolution at Holstein: A case history from the deepwater Gulf of Mexico

Eiken, O., G. U. Haugen, M. Schonewille, and A. Duijndam, 2003,
A proven method for acquiring highly repeatable towed streamer seismic data

Dragoset, B., 2000,
Introduction to air guns and airgun arrays

Caldwell J., and W. Dragoset, 2000,
A brief overview of seismic airgun arrays

Buffenmyer, V., M. Poulton and R. Johnson, 2000,
Identification of seismic crew noise in marine surveys by neural networks

Stephen, R.A., 2000,
Ambient seismic noise below the deep seafloor

Lynn, W., M. Doyle, K. Larner, and R. Marschall , 1987,
Experimental investigation of interference from other seismic crews

Dragoset, B., N. Hargreaves, and K. Larner , 1987,
Airgun source instabilities

Ursin B., 1983,
Spatial filtering of marine seismic data

Jovanovich, D.B., R. D. Sumner, and S. L. AkinsEasterlin , 1983,
Ghosting and marine signature deconvolution: A prerequisite for detailed seismic interpretation

Levin F.K. , 1983,
The effects of streamer feathering on stacking

Larner, K. R. Chambers, M. Yang, W. Lynn, and W. Wai , 1983,
Coherent noise in marine seismic data

Ziolkowski, A., G. Parkes, L. Hatton, and T. Haugland , 1982,
The signature of an air gun array: Computation from nearfield measurements including interactions

Larner, K. , D. Hale, S. M. Zinkham and C. Hewlitt , 1982,
Desired seismic characteristics of an air gun source

Brandsaæter, H. , A. Farestveit, and B. Ursin , 1979,
A new highresolution or deep penetration airgun array

Arnold M.E. , 1978,
Effect of hydrophone arrays on offshore Texas seismic signals

Ibrahim A.K. and G. V. Latham , 1978,
A COMPARISON BETWEEN SONOBUOY AND OCEAN BOTTOM SEISMOGRAPH DATA AND CRUSTAL STRUCTURE OF THE TEXAS SHELF ZONE

Lofthouse J.H. and G. T. Bennett , 1978,
EXTENDED ARRAYS FOR MARINE SEISMIC ACQUISITION

Schoenberger M. and J. F. Mifsud , 1974,
HYDROPHONE STREAMER NOISE

Mayne W.H. and Roy G. Quay , 1971,
SEISMIC SIGNATURES OF LARGE AIR GUNS
Acquisition terrestre

Gibson, J., F. Lin, A. Egreteau, J. Meunier, and M. Lansley, 2010,
The case for longer sweeps in vibrator acquisition

Wei Z. and T. F. Phillips, 2010,
Harmonic distortion reduction on seismic vibrators

Wei, Z., T. F. Phillips, and M.A. Hall, 2010,
Fundamental discussions on seismic vibrators

Sallas. J.J., 2010,
How do hydraulic vibrators work? A look inside the black box

Ziolkowski A., 2010,
Review of vibroseis data acquisition and processing for better amplitudes: adjusting the sweep and deconvolving for the timederivative of the true groundforce

Nagarajappa, N., D. Wilkinson, 2010,
Source measurement effect on high fidelity vibratory seismic separation

Saragiotis, C., P. Scholtz, C. Bagaini, 2010,
On the accuracy of the ground force estimated in vibroseis acquisition

Bagaini C., 2010,
Acquisition and processing of simultaneous vibroseis data

Blair, D., 2010,
Seismic radiation from an explosive column

Wei, Z., 2009,
How good is the weightedsum estimate of the vibrator ground force?

Checa, J., C. Duque, H. Alfonso, E. Chalar, D. Pastore, and C. Pedraza, 2009,
Mountainfront seismic acquisition and processing

Qun, S., D. Bin, Z. Bo, C. Jian, G. Deng, G. Dong, Y. Hui, and L. Cheng, 2009,
Seismic acquisition with digital point receivers and prestack reservoir characterization at China's Sulige gas field

Saenger, E.H., S. M. Schmalholz, M.A. Lambert, T. T. Nguyen, A. Torres, S. Metzger, R. M. Habiger, T. Müller, S. Rentsch, and E. MéndezHernández, 2009
A passive seismic survey over a gas field: Analysis of lowfrequency anomalies

Buddensiek, M.L., C. M. Krawczyk, N. Kukowski, and O. Oncken, 2009
Performance of piezoelectric transducers in terms of amplitude and waveform

Lansley, M. M. Laurin, and S. Ronen, 2008,
Modern land recording systems: How do they weigh up?

Hons, M.S., R. R. Stewart, D. C. Lawton, M. B. Bertram, and G. Hauer, 2008,
Field data comparisons of MEMS accelerometers and analog geophones

Bagaini C., 2008,
Lowfrequency vibroseis data with maximum displacement sweeps

Postel, J.J., J. Meunier, T. Bianchi, and R. Taylor, 2008,
V1: Implementation and application of singlevibrator acquisition

Mehta, K., R. Snieder, R. Calvert, and J. Sheiman, 2008,
Acquisition geometry requirements for generating virtualsource data

Baeten G. and H. van der Heijden, 2008,
Improving S/N for high frequencies

Benabentos, M., F. Ortigosa, N. Moldoveanu, and P. Munoz, 2006,
Cascaded sweeps—A method to improve vibroseis acquisition efficiency: A field test

Krohn C. E. and M. L. Johnson, 2006,
HFVS^{TM}: Enhanced data quality through technology integration

Drijkoningen, G.G., F. Rademakers, E. C. Slob, and J. T. Fokkema, 2006,
A new elastic model for ground coupling of geophones with spikes

Lebedev, A.V., I. A. Beresnev, and P. L. Vermeer, 2006,
Model parameters of the nonlinear stiffness of the vibratorground contact determined by inversion of vibrator accelerometer data

Craig M.S. and R. L. Genter, 2006,
Geophone array formation and semblance evaluation

Cordsen A. and M. Galbraith, 2002,
Narrow versus wideazimuth land 3D seismic surveys

Hoffe, B.H., G. F. Margrave, R.R. Stewart, D. S. Foltinek, H. C. Bland, and P. M. Manning, 2002,
Analyzing the effectiveness of receiver arrays for multicomponent seismic exploration

Curtis A. and J.O. A. Robertsson, 2002,
Volumetric wavefield recording and wave equation inversion for nearsurface material properties

RamosMartínez J. and G.A. McMechan , 2002,
Full wavefield inversion to estimate impactsource orientation from multicomponent land seismic data

Morrice, D.J., A. S. Kenyon and C. J. Beckett, 2001,
Optimizing operations in 3D land seismic surveys

Gulati, J.S., R. R. Stewart and B. H. Hoffe, 2001,
Vertical hydrophone cable acquisition and imaging on land

Aritman B.C., 2001,
Repeatability study of seismic source signatures

Hamarbitan N.S. and G. F. Margrave, 2001,
Spectral analysis of a ghost

Mcginn A. and B. Duijndam, 1998,
Land seismic data quality improvements

Burger, P., R. Garotta and P.Y. Granger, 1998,
Improving resolution and seismic quality assurance through field preprocessing

Wams, J. and J. Rozemond, 1998,
Recent developments in 3D acquisition techniques using vibroseis in Oman

Foster, M.S., S. J. Price, G. S. Hill, C. Duque, D. Ellis and R. W. Stephenson, 1998,
A breakthrough in the quality of seismic data from the fold belt of Papua New Guinea

Liu H.P. and R. E. Warrick, 1998,
Effect of cable capacitance on insitu borehole geophone calibration

Yokoi T., 1996,
Numerical study on the generation of downgoing Swaves by a vertical force acting close to a steplike topography

Steer D.N., L. D. Brown, J. H. Knapp and D. J. Baird, 1996,
Comparison of explosive and Vibroseis source energy penetration during COCORP deep seismic reflection profiling in the Williston Basin

Wu J., 1996,
Potential pitfalls of crookedline seismic reflection surveys

Park C.B., R. D. Miller, D. W. Steeples and R. A. Black, 1996,
Swept impact seismic technique (SIST)

Ziolkowski A., 1993,
Determination of the signature of a dynamite source using source scaling, part I: Theory

Bokhorst K. and A. Ziolkowski, 1993,
Determination of the signature of a dynamite source using source scaling, part II: Experiment

Ata E.Z., D. Corrigan, J. E. Gaiser and G. A. McMechan, 1993,
Estimation of nearsurface elastic parameters using multicomponent seismic data

Amos S., M. Kohli and J. K. O'Connell, 1993,
Bullwinkle: A unique 3D experiment

Owen T.E. and J. O. Parra, 1993,
Comparison of highresolution waxembedded and pneumatically coupled borehole seismic detectors

Ballard R.F., Jr., K. L. Hambacker and R. D. Rechtien, 1993,
A highfrequency sparker source for the borehole environment

Levin F.K. , 1989,
The effect of geophone arrays on random noise

Aldridge D.F. , 1989,
Statistically perturbed geophone array responses

Okaya D.A. and C. M. Jarchow , 1989,
Extraction of deep crustal reflections from shallow Vibroseis data using extended correlation

Berni A.J. and W. L. Roever , 1989,
Field array performance: Theoretical study of spatially correlated variations in amplitude coupling and static shift and case study in the Paris Basin

Morse P.F. and G. F. Hildebrandt , 1989,
Groundroll suppression by the stackarray

Belcher, S.W., T. L. Pratt, J. K. Costain, and C. Çoruh , 1986,
Alternative processing techniques and data improvement provided by singlesweep recording

Mayer J.R. and L. D. Brown , 1986,
Signal penetration In the COCORP Basin and RangeColorado Plateau survey

Jalinoos F. and J. E. White , 1986,
Wave propagation from an explosive source
Dispositif d'acquisition

Veldhuizen, E. J. van, G. Blacquière, and A. J. Berkhout, 2008,
Acquisition geometry analysis in complex 3D media

Panea I. and G. Drijkoningen, 2008,
The spatial dataadaptive minimumvariance distortionlessresponse beamformer on seismic singlesensor data

Tashmukhambetov, A.M., G. E. Ioup, J. W. Ioup, N. A. Sidorovskaia, and J. J. Newcomb, 2008,
Threedimensional seismic array characterization study: Experiment and modeling

Askeland, B., H. Hobæk, and R. Mjelde, 2008,
Semiperiodic chirp sequences reduce autocorrelation side lobes of pulsed signals

Savage J.E. and J.C. Mathewson, 2001,
Prediction of 3D seismic footprint from existing 2D data

Schuster G.T and Z. Liu, 2001,
Seismic array theorem and rapid calculation of acquisition footprint noise

Kerekes, A.K., 2001,
Seismic array design by spatial convolution

Berkhout, A.J., L. Ongkiehong, A.W.F. Volker and G. Blacquière, 2001,
Comprehensive assessment of seismic acquisition geometries by focal beams Part I: Theoretical considerations

Volker, A.W.F., G. Blacquière, A. J. Berkhout and L. Ongkiehong, 2001,
Comprehensive assessment of seismic acquisition geometries by focal beams Part II: Practical aspects and examples

Curtis, A. and H. Maurer, 2000,
Optimizing the design of geophysical experiments: Is it worthwhile?

Bear, G., C.P. Lu, R. Lu, D. Willen and I. Watson, 2000,
The construction of subsurface illumination and amplitude maps via ray tracing

Donze, T.W. and J. Crews, 2000,
Moving shots on a 3D seismic survey: The good, the bad, and the ugly (or How to shoot seismic without shooting yourself in the foot!)

Ebrom D. and X. Li, 2000,
Facilitating technologies for permanently instrumented oil fields

Newman, B.J., 2000,
Spatial aliasing and 3D size: The quest for cleaner, cheaper data

Vermeer, G.J.O., 1998,
3D symmetric sampling in theory and practice

Meldahl, P., 1998,
Survey evaluation and design: Prediction of resolution versus line interval

La Bella, G., E. Loinger and L. Savini, 1998,
The crossshooting methodology: Design, acquisition, and processing

Schroeder, F., T.G. Farrington, S.G. Balon and C. S. Rapp, 1998,
How fold and bin size impact data interpretability

Vermeer G.J.O, 1998,
3D symmetric sampling