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Seismic reflection method is one of the most important methods in the exploration of oil and gas . Along with the development of computer technology , the techniques in image processing began experiencing changes . migration methods began to be applied in image processing , especially for exploratio...
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id-itb.:195072017-09-27T11:45:16Z#TITLE_ALTERNATIVE# (NIM : 10209080), SUHENDI Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/19507 Seismic reflection method is one of the most important methods in the exploration of oil and gas . Along with the development of computer technology , the techniques in image processing began experiencing changes . migration methods began to be applied in image processing , especially for exploration targets that have complex structure . In areas with complex structures often do not reflect the signal reflections actual subsurface conditions . Reflector tilted , fault anticline and syncline forms often do not describe the results of stacking the actual conditions so that the crosssection does not correspond to the actual geological conditions . Therefore to resolve the problems of seismic data to be migrated after stack ( Post Stack Migration ). This study discusses the process of post stack migration with Kirchhoff method . The parameters used in Kirchhoff migration and velocity models used in the migration process . Then the results of the migration process compared to the data stack before migrated. text |
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Indonesia Indonesia |
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Seismic reflection method is one of the most important methods in the exploration of oil and gas . Along with the development of computer technology , the techniques in image processing began experiencing changes . migration methods began to be applied in image processing , especially for exploration targets that have complex structure . In areas with complex structures often do not reflect the signal reflections actual subsurface conditions . Reflector tilted , fault anticline and syncline forms often do not describe the results of stacking the actual conditions so that the crosssection does not correspond to the actual geological conditions . Therefore to resolve the problems of seismic data to be migrated after stack ( Post Stack Migration ). This study discusses the process of post stack migration with Kirchhoff method . The parameters used in Kirchhoff migration and velocity models used in the migration process . Then the results of the migration process compared to the data stack before migrated. |
| format |
Final Project |
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(NIM : 10209080), SUHENDI |
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(NIM : 10209080), SUHENDI #TITLE_ALTERNATIVE# |
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(NIM : 10209080), SUHENDI |
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(NIM : 10209080), SUHENDI |
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https://digilib.itb.ac.id/gdl/view/19507 |
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1822919561984344064 |