we overhauled the system, replacing obsolete components with modern and improved alternatives. The guiding principle we followed in making changes was that the revamped facility be capable of accurately and efficiently simulating high-resolution 2D and 3D seismic surveys in both land and marine environments. To this end, we have constructed an automated facility that incorporates a six-axis positioning system using linear electric motors, arrays of transmitting and receiving transducers, fast analogue-to-digital acquisition, and customized control and acquisition software. We present examples of data gathered from a model 2D marine seismic survey
This study investigates improving high resolution single channel marine reflection seismic survey by...
Seismic prediction of complex hydrocarbon reservoirs is a complicated task. Present approaches to th...
Synthetic seismograms were generated by convolving in a digital computer pulse shapes of various pea...
New marine seismic technologies include ocean bottom cables, dual sensor (hydrophone and geophone) c...
The seismic method in exploration geophysics consists of creating a mechanical disturbance at or clo...
Seismic data acquisition is a trade-off between cost and data quality subject to operational constra...
The current project is a continuation of an effort to develop ultrashallow seismic imaging as a cost...
3-D seismic refl ection methods have been established as the predominant seismic method for hydrocar...
"Reprinted from The Review of Scientific Instruments, Vol. 37, No. 6, pp. 713-717, June 1966."Resear...
The processing of a small-scale, very high resolution (VHR) shallow marine 3D data volume is describ...
The amount of sources and detectors in the seismic method follows "Moore’s Law of seismic data acqui...
Chirp sub-bottom profilers are widely used to collect high resolution 2D marine seismic data with hi...
A digital single-channel seismic reflection system was developed to acquire continuous profiling dat...
The adaptation of 3D techniques to very high resolution* shallow water studies has been progressing ...
Seismic modeling is a core component of petroleum exploration and production today. Potential applic...
This study investigates improving high resolution single channel marine reflection seismic survey by...
Seismic prediction of complex hydrocarbon reservoirs is a complicated task. Present approaches to th...
Synthetic seismograms were generated by convolving in a digital computer pulse shapes of various pea...
New marine seismic technologies include ocean bottom cables, dual sensor (hydrophone and geophone) c...
The seismic method in exploration geophysics consists of creating a mechanical disturbance at or clo...
Seismic data acquisition is a trade-off between cost and data quality subject to operational constra...
The current project is a continuation of an effort to develop ultrashallow seismic imaging as a cost...
3-D seismic refl ection methods have been established as the predominant seismic method for hydrocar...
"Reprinted from The Review of Scientific Instruments, Vol. 37, No. 6, pp. 713-717, June 1966."Resear...
The processing of a small-scale, very high resolution (VHR) shallow marine 3D data volume is describ...
The amount of sources and detectors in the seismic method follows "Moore’s Law of seismic data acqui...
Chirp sub-bottom profilers are widely used to collect high resolution 2D marine seismic data with hi...
A digital single-channel seismic reflection system was developed to acquire continuous profiling dat...
The adaptation of 3D techniques to very high resolution* shallow water studies has been progressing ...
Seismic modeling is a core component of petroleum exploration and production today. Potential applic...
This study investigates improving high resolution single channel marine reflection seismic survey by...
Seismic prediction of complex hydrocarbon reservoirs is a complicated task. Present approaches to th...
Synthetic seismograms were generated by convolving in a digital computer pulse shapes of various pea...