ARK CLS Stack Ghost Suppression V2.0
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ARK CLS Stack Ghost Suppression V2.0

ARK CLS Limited

All rights reserved. No part of this publication may be reproduced and/or published by print, photo print, microfilm or any other means without the written consent of ARK CLS Limited. Broadband is based in part on the work of the Qwt project (http://qwt.sf.net).

Table of Contents

1. Introduction

2. Background and Theory

1. Basics
2. Benefits of Stack Ghost Suppression
3. Stack Ghost Suppression Limitations
4. Acknowledgements and References

3. Quick Start - Stack Ghost Suppression Tutorial

1. Launching the Application

2. Selecting Data

2.1. Seismic Data

2.1.1. Selecting Trace Data
2.1.2. Loading and Clearing Data

3. Designing and Saving the Operators

3.1. Design Operator Dialog
3.2. Main Window Charts

4. Applying the Operators

4.1. Saving the operator

4.2. Applying the operators

4.2.1. Apply Operator dialog within Seismic Broadband
4.2.2. Petrel Volume attributes processing

4. Stack Ghost Suppression User Manual

1. Interfacing with the Stack Ghost Suppression Application

1.1. Main Window

1.1.1. Menubar Area
1.1.2. Toolbar Area
1.1.3. Chart Area
1.1.4. Status Area

1.2. Seismic Broadband Main Window Ancillary Tools

1.2.1. Save Operator
1.2.2. Import Chart Configuration
1.2.3. Export Operator
1.2.4. Export Data Item
1.2.5. Import Data Items
1.2.6. Parameter Report

2. User interaction with Chart Area

2.1. Direct Interactions

2.1.1. Global Zooming
2.1.2. Identifying Data
2.1.3. Data Zooming
2.1.4. Moving Data
2.1.5. Changing Axes

2.2. Charts Tab Controller

2.2.1. Tabs Layout
2.2.2. Current Tab Charts Layout

2.3. Chart Display Options

2.3.1. Chart
2.3.2. Management of Data Items

3. Select Input Data

3.1. Input Seismic Tab

3.1.1. Select trace data
3.1.2. Loading and Clearing Data
3.1.3. Modifying Time Range
3.1.4. Removing Bad Traces
3.1.5. Selecting a Volume
3.1.6. Select SEGY Volume Dialog
3.1.7. Edit SEGY Template dialog
3.1.8. Horizon Input Dialog

4. Design Operator Controls Dialog

5. Apply Operator

5.1. Apply Operator dialog within Seismic Broadband
5.2. Petrel Volume attributes processing

6. Seismic View Dialog

6.1. Toolbars

6.1.1. Inline/Crossline Selector
6.1.2. Tools

6.2. Elements tree view

6.3. Property Viewer

6.3.1. Seismic Volume Properties

6.4. Seismic Display Area

List of Figures

1.1. The Stack Ghost Suppression plug-in
2.1. Calculating the Reflection Coefficient
2.2. Source and Receiver Ghosts
3.1. Petrel Seismic Interpretation toolbar
3.2. Seismic Broadband plug-in
3.3. Stack Ghost Suppression Main Window
3.4. Design Operator Controls dialog
3.5. Deghosting Operator Before and After Hanning Window
3.6. Key Charts Tab
3.7. Input Data Tab
3.8. Design Tab
3.9. Deghosted Charts Tab
3.10. All Charts Tab
3.11. User Charts Tab
3.12. Save Operator Dialog
3.13. Apply Operator Dialog
3.14. Volume attributes processing
4.1. Main Window
4.2. Key Charts Tab
4.3. Input Data Tab
4.4. Design Tab
4.5. Deghosted Charts Tab
4.6. All Charts Tab
4.7. User Charts Tab
4.8. Save Operator dialog
4.9. Export Data Item dialog
4.10. Parameter Report dialog
4.11. Global Chart Area Zooming
4.12. Identifying Data from Charts
4.13. Data Zooming on Charts
4.14. Charts Tab Controller dialog
4.15. Display Options dialog
4.16. Changing Chart Properties
4.17. Management of Data Items
4.18. Select Input Data dialog (Input Seismic Tab)
4.19. Loading Seismic Data
4.20. Clearing Seismic Data
4.21. Modifying Seismic Time Range (Full)
4.22. Modifying Seismic Time Range (Sub)
4.23. Modifying Seismic Time Range (Horizon).
4.24. Removing Bad Traces
4.25. Select Volume
4.26. Select SEGY
4.27. Edit Template
4.28. Select Horizon
4.29. Design Controls Dialog
4.30. Deghosting Operator Before and After Hanning Window
4.31. Apply Operator Dialog
4.32. Volume attributes processing
4.33. Seismic view
4.34. Selecting Seismic Data
4.35. Seismic Volume Properties

Stack Ghost Suppression can be used on multiple operating systems and connect to different databases. Therefore, the exact appearance of some figures may differ slightly from those shown.

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		Chapter 1. Introduction