Comparison of Q estimation using data from conventional hydrophone and dual-sensor streamer acquisitions Matt Deighton and Alan Vigner, Petroleum Geo-Services, discuss the estimation of Q using different spectral ratio methodologies with data from different towed streamer technologies, and show that the increased useable bandwidth from dual-sensor streamers and careful choice of reference wavelet measurably improve the result: Fid-Bau Portal

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Comparison of Q estimation using data from conventional hydrophone and dual-sensor streamer acquisitions Matt Deighton and Alan Vigner, Petroleum Geo-Services, discuss the estimation of Q using different spectral ratio methodologies with data from different towed streamer technologies, and show that the increased useable bandwidth from dual-sensor streamers and careful choice of reference wavelet measurably improve the result

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Comparison of Q estimation using data from conventional hydrophone and dual-sensor streamer acquisitions Matt Deighton and Alan Vigner, Petroleum Geo-Services, discuss the estimation of Q using different spectral ratio methodologies with data from different towed streamer technologies, and show that the increased useable bandwidth from dual-sensor streamers and careful choice of reference wavelet measurably improve the result

Comparison of Q estimation using data from conventional hydrophone and dual-sensor streamer acquisitions Matt Deighton and Alan Vigner, Petroleum Geo-Services, discuss the estimation of Q using different spectral ratio methodologies with data from different towed streamer technologies, and show that the increased useable bandwidth from dual-sensor streamers and careful choice of reference wavelet measurably improve the result

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Title:

Comparison of Q estimation using data from conventional hydrophone and dual-sensor streamer acquisitions Matt Deighton and Alan Vigner, Petroleum Geo-Services, discuss the estimation of Q using different spectral ratio methodologies with data from different towed streamer technologies, and show that the increased useable bandwidth from dual-sensor streamers and careful choice of reference wavelet measurably improve the result

Published in:

FIRST BREAK ; 69-76

Publication date:

2010-01-01

Size:

8 pages

ISSN:

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Classification:

DDC: 550

© Metadata Copyright the British Library Board and other contributors. All rights reserved.

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