Introduction and Theoretical Background; Seismic waves, Velocities, Frequencies
Introduction to Seismic Interpretations; 2D versus 3D, the Best from 3D, Interpretation Skills, & Methodology
Overview of Seismic Reflection Method; Body Waves, Elastic Moduli , Velocities, Frequency Concepts, The Convolutional Model, & Seismic Resolution
Overview of Seismic Data Acquisition and Processing; 2D &3D acquisition, processing steps & corrections, Migration & Depth conversion, & effects of different processing flows
Integration of Well and Seismic Data; Importance, Geophysical logging, VSP, CheckShot, & Synthetic Seismograms
Seismic Data Interpretation, General Considerations; The Interpretation Project, Database, Problem and Pitfalls, Displays and Colors, Main Structural Styles and their Evidences, Types of Truncations, Stratal Terminations, Internal Seismic Reflections, Seismic Stratigraphy Terminations, Structural Setting & traps, Stratigraphic Setting & traps, & Map generation
Structural Interpretation Of 3D Seismic Data; Introduction, 3D Interpretation Views, Time Slice Structural Interpretation, Structure Contour Maps, Fault Interpretation (through Coherency & Seismic Attributes), Salt Domes Interpretation, Horizontal and vertical sections splicing, Horizon Flattening
Stratigraphical Interpretation Of 3D Seismic Data; Introduction, Channels Interpretation, Delta Interpretation, Offshore Bars Interpretation, Reworked Bars Interpretation, Horizon Slices, & Stratal Slices
Visualizations Of 3D Seismic Data; different techniques of visualizing 3D seismic data
Advanced Seismic Techniques; Amplitude Versus Offset Analysis (AVO), Direct Hydrocarbon Indicators (DHI), Time-Laps Seismic Method (4D Seismic), Multi-Component Seismic Method (4C Seismic)
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