终于把这个巨大的工程完成了
下面是各方面文章的列表：希望有帮助哈。。。。
* ACQ 1 Seismic Acquisition-Marine
* ACQ 2 Seismic Acquisition-Land
* ACQ P1 Seismic Acquisition
* ANI 1 Azimuthal Anisotropy and Fracture Characterization
* ANI 2 Parameter Estimation, Velocity Analysis, and Imaging
* ANI P1 Anisotropy I
* AVO 1 Interpretation and Analysis
* AVO P1 Examples and Theory
* BG 1 Innovative Formation Imaging Techniques
* BG 2 Unconventional Applications of Borehole Acoustic and Se ...
* BG 3 Advances in Electrical/EM Measurements and Modeling
* BG P1 A Closer Look at Applications of Borehole Geophysics
* CH 1 Potential Methods/Spectral Decomposition/Complex Struct ...
* CH 2 Depth Migration
* CH 3 Methods
* CH 4 Microseismics/Attributes
* CH P1 Potential Methods/Depth Migration/Attributes
* CH P2 Regions/Methods
* EM 1 Marine CSEM-Practical
* EM 2 Marine CSEM-Processing, Modeling, Inversion
* EM 3 Electromagnetics — MT, Airborne & Marine CSEM
* EM 3 Electromagnetics — Mt, Airborne & Marine CSEM
* EMGM P1 Electromagnetics and Potential Fields
* GM 1 Potential Fields Processing and Interpretation
* GM 2 Potential Fields Instrumentation and Interpretation Tec ...
* GM 3 Magnetic Field Processing and Interpretation Techniques
* INT 1 Seismic Attribute Analysis and Workflows
* INT 2 Integrated Interpretation Workflows and Methodology
* INT 3 Specific Interpretation Workflows and Methodology
* INT P1 Interpretation Workflows - General
* MC 1 Acquisition and Case Histories
* MC 2 Multicomponent Seismic
* MIN 1 Airborne and Ground-Based Interpretation of Mineral Re ...
* MIN 2 Mineral Deposit Modeling and Inversion
* MIN P1 Mineral and Energy Resource Characterization
* NSE 1 Hydrogeophysics and Environmental Applications
* NSE 2 Engineering, Hazard, and Shear Wave Applications
* NSE 3 Advances in Processing and Inversion: GPR and Seismic
* NSE P1 Integrated Approach for Improved Characterization
* NSE P2 Near Surface Seismic: VSP and Shear Waves
* PPP 1 Pore Pressure Prediction
* PSC 1 Passive Seismic
* RC 1 Geobody Visualization and General Studies
* RC 2 AVO and Inversion
* RC 3 Modeling, Water Saturation, and Lithofacies Studies
* RC 4 Fractures in Reservoirs
* RC 5 Rock Properties, Inversion, General Technology
* RC P1 Reservoir Characterization
* RP 1 Numerical and Lab-Derived Rock Models
* RP 2 Laboratory Measurements of Velocity
* RP 3 Fitting Rock Models and Loss Mechanisms
* RP P1 Numerical and/or Lab-Derived Rock Models
* RP P2 Loss Mechanisms
* SI 1 Theory and Concepts
* SI 2 Stochastic and Wave-Theoretical
* SI 3 Application and Advances
* SI P1 Inversion GUMBO
* SM 1 Theory and Applications
* SM 2 Methods
* SM P1 Theory and Methods
* SM P2 Applications
* SPMI 1 Reverse-Time and Overturned
* SPMI 2 Anisotropic
* SPMI 3 Novel Techniques
* SPMI 4 Migration Velocity Analysis
* SPMI 5 Extrapolator Design
* SPMI 6 Theory and Methods
* SPMI P1 Ideas and Applications I
* SPMI P2 Ideas and Applications II
* SPMUL 1 Multiple Attenuation: New Directions
* SPMUL 2 Multiple Attenuation
* SPNA 1 Noise Analysis and Suppression
* SPNA 2 Topics in Seismic Processing I
* SPNA 3 Topics in Seismic Processing II
* SPNA P1 Seismic Processing Miscellaneous
* SS 2 Marine Multi-Azimuth and Wide-Azimuth Seismic
* SS 3 Special Session: Selected Best Papers in Case Histories
* ST 1 Seismic Theory I
* ST P1 Seismic Theory Methods and Examples
* SVIP 1 Seismic Velocity Interpretation and Processing
* TL 1 4D Case Histories
* TL 2 4D Acquisition and Processing
* TL 3 4D-Stress and Strain
* TL 3 4D-Strees and Strain
* TL 4 New Insights on 4D
* TL P1 Time-Lapse Seismic
* TOM 1 Tomography and Joint Inversion
* TOM 2 Tomography and Migration Velocity Modeling
* TOM P1 Tomographic Inversion and Its Application
* VSP 1 Fractures, WEM, Fiber Optics, and a Virtual Source
* VSP 2 Wave Modes, WAW, Salt and Flank Imaging
* VSP P1 CDP, Vib VSP, Attenuation and Interbed Multiples
* SS 1 Recent Advances and the Road Ahead
[ 此贴被hector_ren在2008-01-27 05:28重新编辑 ]
