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Radio-telemetry in seismic acquisition

Radio-telemetry in seismic acquisition. Friday, September 30, 2005 at the Blowout Prevention School of the Petroleum Engineering Department of Louisiana State University. Pseudo-walkaway test. SeisMEAUXbile. Mobile Seismic Lab. 24 geophones. 69 m @ 3m between geophones. 3m. 1.5m. 34.5m.

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Radio-telemetry in seismic acquisition

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  1. Radio-telemetry in seismic acquisition Friday, September 30, 2005 at the Blowout Prevention School of the Petroleum Engineering Department of Louisiana State University

  2. Pseudo-walkaway test SeisMEAUXbile Mobile Seismic Lab 24 geophones 69 m @ 3m between geophones 3m 1.5m 34.5m

  3. Source-receiver distance (m) 3 72 TWTT (s)

  4. Pseudo-walkaway test SeisMEAUXbile Source-receiver distance = 0 m Mobile Seismic Lab 69 m @ 3m between geophones 3m 1.5m 34.5m 34.5m

  5. Source-receiver distance (m) 3 72 TWTT (s)

  6. Gerry Masterman- Manager of the Blowout Prevention School (drilling derrick in background). The yellow cab houses radio-telemetry equipment. Radio antenna A/C window unit is surprisingly small because of the energy-efficient design of this field lab 36-track 3590E playback tape recorder for linux box. Linux-based seismic software from WesternGECO Spectrum analyzer 2400 channel Opseis-Sercel Eagle 388 seismic acquisition system Unix-based Acquisition control software

  7. Source-receiver distance (m) 3 72 TWTT (s)

  8. Source-receiver distance (m) 3 72 TWTT (s)

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