SANDRA LEE, L.AC.
Acupuncture at Ygnacio Valley Rd, Walnut Creek, CA
License number
California 11002
Category
Acupuncture
Type
Acupuncturist
Address
Address
2
1776 Ygnacio Valley Rd STE 208, Walnut Creek, CA 94598
164 El Dorado Ave APT 3, Danville, CA 94526
164 El Dorado Ave APT 3, Danville, CA 94526
Phone
(925) 876-8049
(925) 979-9222 (Fax)
(925) 979-9222 (Fax)
Professional information
Sandra Lee, Walnut Creek CA
Specialties:
Acupuncturist
Address:
1776 Ygnacio Valley Rd, Walnut Creek, CA 94598
Sandra Lee, Walnut Creek CA - LAC
Specialties:
Acupuncture
Address:
1776 Ygnacio Valley Rd STE 208, Walnut Creek 94598
(925) 979-9222 (Fax)
(925) 979-9222 (Fax)
Languages:
English
Process For Interpreting Faults From A Fault-Enhanced 3-Dimensional Seismic Attribute Volume
US Patent:
7069149, Jun 27, 2006
Filed:
Dec 14, 2001
Appl. No.:
10/023420
Inventors:
Douglas Francis Goff - Danville CA, US
Luc Vincent - Palo Alto CA, US
Kevin L. Deal - Houston TX, US
William S. Kowalik - La Habra Heights CA, US
Sebastien Bombarde - Oakland CA, US
Sandra Lee - Danville CA, US
William R. Volz - Katy TX, US
Richard C. Jones - Fullerton CA, US
Luc Vincent - Palo Alto CA, US
Kevin L. Deal - Houston TX, US
William S. Kowalik - La Habra Heights CA, US
Sebastien Bombarde - Oakland CA, US
Sandra Lee - Danville CA, US
William R. Volz - Katy TX, US
Richard C. Jones - Fullerton CA, US
Assignee:
Chevron U.S.A. Inc. - San Ramon CA
International Classification:
G01V 1/28
US Classification:
702 16
Abstract:
A computer implemented method for interpreting faults from a fault-enhanced 3-D seismic attribute cube. The method includes the steps of extracting faults from a 3-D seismic attribute cube, and of calculating a minimum path value for each voxel of the 3-D seismic attribute cube. A fault network skeleton is extracted from the 3-D seismic attribute cube by utilizing the minimum path values which correspond to voxels within the 3-D seismic attribute cube. The individual fault networks are then labeled, and a vector description of the fault network skeleton is created. The fault network skeleton is subdivided into individual fault patches wherein the individual fault patches are the smallest, non-intersecting, non-bifurcating patches that lie on only one geologic fault. The individual fault patches are then correlated into a representation of geologic faults.