Invention Publication
EP2926167A2 SYSTEM AND METHOD FOR GENERATING 3D IMAGES OF NON-LINEAR PROPERTIES OF ROCK FORMATION USING SURFACE SEISMIC SURVEY OR SURFACE TO BOREHOLE SEISMIC SURVEY OR BOTH
审中-公开
系统和方法非产生线性特性的岩层三维影像使用地震面研究和/或地震面/ HOLE INVESTIGATIONS
- Patent Title: SYSTEM AND METHOD FOR GENERATING 3D IMAGES OF NON-LINEAR PROPERTIES OF ROCK FORMATION USING SURFACE SEISMIC SURVEY OR SURFACE TO BOREHOLE SEISMIC SURVEY OR BOTH
- Patent Title (中): 系统和方法非产生线性特性的岩层三维影像使用地震面研究和/或地震面/ HOLE INVESTIGATIONS
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Application No.: EP13803411.1Application Date: 2013-11-27
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Publication No.: EP2926167A2Publication Date: 2015-10-07
- Inventor: VU, Cung Khac , NIHEI, Kurt Toshimi , JOHNSON, Paul A. , GUYER, Robert , TEN CATE, James A. , LE BAS, Pierre-Yves , LARMAT, Carene
- Applicant: Chevron U.S.A. Inc. , Los Alamos National Security
- Applicant Address: 6001 Bollinger Canyon Road San Ramon, CA 94583 US
- Assignee: Chevron U.S.A. Inc.,Los Alamos National Security
- Current Assignee: Chevron U.S.A. Inc.,Los Alamos National Security
- Current Assignee Address: 6001 Bollinger Canyon Road San Ramon, CA 94583 US
- Agency: Nash, David Allan
- Priority: US201261730417P 20121127
- International Announcement: WO2014085614 20140605
- Main IPC: G01V1/00
- IPC: G01V1/00 ; G01V1/42
Abstract:
A system and method of characterizing properties of a medium from a non-linear interaction are include generating, by first and second acoustic sources disposed on a surface of the medium on a first line, first and second acoustic waves. The first and second acoustic sources are controllable such that trajectories of the first and second acoustic waves intersect in a mixing zone within the medium. The method further includes receiving, by a receiver positioned in a plane containing the first and second acoustic sources, a third acoustic wave generated by a non-linear mixing process from the first and second acoustic waves in the mixing zone; and creating a first two-dimensional image of non-linear properties or a first ratio of compressional velocity and shear velocity, or both, of the medium in a first plane generally perpendicular to the surface and containing the first line, based on the received third acoustic wave.
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