The Experts below are selected from a list of 126 Experts worldwide ranked by ideXlab platform
Lars Sonneland - One of the best experts on this subject based on the ideXlab platform.
-
Geological Process controlled interpretation based on 3d wheeler diagram generation
69th EAGE Conference and Exhibition incorporating SPE EUROPEC 2007, 2007Co-Authors: Erik Monsen, H G Borgos, Le P Guern, Lars SonnelandAbstract:B015 Geological Process Controlled Interpretation Based on 3D Wheeler Diagram Generation E.M. Monsen* (Schlumberger) H.G. Borgos (Schlumberger) P. Le Guern (Schlumberger) & L. Sonneland (Schlumberger) SUMMARY The techniques of a new seismic stratigraphic interpretation paradigm are presented whereby geology is made explicit and is brought into the interpretation Process through interactive use of an automatically generated 3D Wheeler diagram. The Wheeler diagram explicitly captures the Geological context throughout the interpretation Process and provides a great tool for fast QC and data understanding. EAGE 69 th Conference & Exhibition — London UK 11 - 14 June 2007 Introduction Chronostratigraphy is the
-
Geological Process controlled interpretation based on 3d wheeler diagram generation
Seg Technical Program Expanded Abstracts, 2007Co-Authors: Erik Monsen, H G Borgos, Pierre Le Guern, Lars SonnelandAbstract:SUMMARY The techniques of a new seismic stratigraphic interpretation paradigm are presented whereby geology is made explicit and is brought into the interpretation Process through interactive use of an automatically generated 3D Wheeler diagram. The Wheeler diagram explicitly captures the Geological context throughout the interpretation Process, and provides a great tool for fast QC and data understanding.
John H Schuenemeyer - One of the best experts on this subject based on the ideXlab platform.
-
investigation of the structure of Geological Process through multivariate statistical analysis the creation of a coal
Mathematical Geosciences, 2008Co-Authors: Lawrence J Drew, Eric C Grunsky, John H SchuenemeyerAbstract:The purpose of this study was to capture the structure of a Geological Process within a multivariate statistical framework by using Geological data generated by that Process and, where applicable, by associated Processes. It is important to the practitioners of statistical analysis in geology to determine the degree to which the Geological Process can be captured and explained by multivariate analysis by using sample data (for example, chemical analyses) taken from the Geological entity created by that Process. The Process chosen for study here is the creation of a coal deposit.
-
Investigation of the Structure of Geological Process through Multivariate Statistical Analysis—The Creation of a Coal
Mathematical Geosciences, 2008Co-Authors: Lawrence J Drew, Eric C Grunsky, John H SchuenemeyerAbstract:The purpose of this study was to capture the structure of a Geological Process within a multivariate statistical framework by using Geological data generated by that Process and, where applicable, by associated Processes. It is important to the practitioners of statistical analysis in geology to determine the degree to which the Geological Process can be captured and explained by multivariate analysis by using sample data (for example, chemical analyses) taken from the Geological entity created by that Process. The Process chosen for study here is the creation of a coal deposit.
Bevan M French - One of the best experts on this subject based on the ideXlab platform.
-
the importance of being cratered the new role of meteorite impact as a normal Geological Process
Meteoritics & Planetary Science, 2004Co-Authors: Bevan M FrenchAbstract:This paper is a personal (and, in many ways, incomplete) view of the past development of impact geology and of the newly recognized importance of impact events in terrestrial Geological history. It also identifies some exciting scientific challenges for future investigators: to determine the full range of impact effects preserved on the Earth, to apply the knowledge obtained from impact phenomena to more general Geological problems, and to continue the merger of the once exotic field of impact geology with mainstream geosciences. Since the recognition of an impact event at the Cretaceous-Tertiary (K-T) boundary, much current activity in impact geology has been promoted by traditionally trained geoscientists who have unexpectedly encountered impact effects in the course of their work. Their studies have involved: 1) the recognition of additional major impact effects in the Geological record (the Chesapeake Bay crater, the Alamo breccia, and multiple layers of impact spherules in Precambrian rocks); and 2) the use of impact structures as laboratories to study general Geological Processes (e.g., igneous petrogenesis at Sudbury, Canada and Archean crustal evolution at Vredefort, South Africa). Other research areas, in which impact studies could contribute to major geoscience problems in the future, include: 1) comparative studies between low-level (≤7 GPa) shock deformation of quartz, and the production of quartz cleavage, in both impact and tectonic environments; and 2) the nature, origin, and significance of bulk organic carbon (kerogen) and other carbon species in some impact structures (Gardnos, Norway, and Sudbury, Canada).
Erik Monsen - One of the best experts on this subject based on the ideXlab platform.
-
Geological Process controlled interpretation based on 3d wheeler diagram generation
69th EAGE Conference and Exhibition incorporating SPE EUROPEC 2007, 2007Co-Authors: Erik Monsen, H G Borgos, Le P Guern, Lars SonnelandAbstract:B015 Geological Process Controlled Interpretation Based on 3D Wheeler Diagram Generation E.M. Monsen* (Schlumberger) H.G. Borgos (Schlumberger) P. Le Guern (Schlumberger) & L. Sonneland (Schlumberger) SUMMARY The techniques of a new seismic stratigraphic interpretation paradigm are presented whereby geology is made explicit and is brought into the interpretation Process through interactive use of an automatically generated 3D Wheeler diagram. The Wheeler diagram explicitly captures the Geological context throughout the interpretation Process and provides a great tool for fast QC and data understanding. EAGE 69 th Conference & Exhibition — London UK 11 - 14 June 2007 Introduction Chronostratigraphy is the
-
Geological Process controlled interpretation based on 3d wheeler diagram generation
Seg Technical Program Expanded Abstracts, 2007Co-Authors: Erik Monsen, H G Borgos, Pierre Le Guern, Lars SonnelandAbstract:SUMMARY The techniques of a new seismic stratigraphic interpretation paradigm are presented whereby geology is made explicit and is brought into the interpretation Process through interactive use of an automatically generated 3D Wheeler diagram. The Wheeler diagram explicitly captures the Geological context throughout the interpretation Process, and provides a great tool for fast QC and data understanding.
Lawrence J Drew - One of the best experts on this subject based on the ideXlab platform.
-
investigation of the structure of Geological Process through multivariate statistical analysis the creation of a coal
Mathematical Geosciences, 2008Co-Authors: Lawrence J Drew, Eric C Grunsky, John H SchuenemeyerAbstract:The purpose of this study was to capture the structure of a Geological Process within a multivariate statistical framework by using Geological data generated by that Process and, where applicable, by associated Processes. It is important to the practitioners of statistical analysis in geology to determine the degree to which the Geological Process can be captured and explained by multivariate analysis by using sample data (for example, chemical analyses) taken from the Geological entity created by that Process. The Process chosen for study here is the creation of a coal deposit.
-
Investigation of the Structure of Geological Process through Multivariate Statistical Analysis—The Creation of a Coal
Mathematical Geosciences, 2008Co-Authors: Lawrence J Drew, Eric C Grunsky, John H SchuenemeyerAbstract:The purpose of this study was to capture the structure of a Geological Process within a multivariate statistical framework by using Geological data generated by that Process and, where applicable, by associated Processes. It is important to the practitioners of statistical analysis in geology to determine the degree to which the Geological Process can be captured and explained by multivariate analysis by using sample data (for example, chemical analyses) taken from the Geological entity created by that Process. The Process chosen for study here is the creation of a coal deposit.