Electromagnetic Seabed Logging
-15%
portes grátis
Electromagnetic Seabed Logging
A new tool for geoscientists
Sainson, Stephane
Springer International Publishing AG
07/2018
536
Mole
Inglês
9783319832739
15 a 20 dias
9319
Descrição não disponível.
Introduction.- Preamble.- Economic environment.- Elements of geology and oil exploration.- Electrical resistivity and geology.- The electromagnetic seabed logging (SBL): its place in the modern petroleum exploration.- Historic landmarks on the sea bottom SBL.-
SBL methods philosophies and interests.- SBL industry and environmental impact.- Overview of the book.- Principles and methods.- Introduction.- Physical laws and principles.- Different methods and associated devices.- Operational limitations: detection problems.- Advantages and disadvantages compared to the seismic investigations.- Hybrid and combined methods.- Conclusion and synthesis.- Metrology and sea environment.- Introduction.- Electromagnetic properties of propagation media.- Frequential and temporal aspects of the method.- Theoretical evaluation and measurement of EM fields.- Acquisition systems definition and operational procedures.- Conclusion.- Instrumentation and equipment.- Introduction.- Measuring instruments qualities.- History of measuring equipments.- The transmitter.- The receivers.- Operational capabilities.- Conclusion.- Interpretation and modeling.- Introduction.- Reminders and general methods of interpretation.- Analytical models.- Numerical models.- Inversion techniques.-Analog models.- Conclusion.- Geological applications.- Introduction.- North Atlantic: Ramesses III (oceanic ridge).- West Africa: Angola basin (oil).- North Sea: Troll field (gas).- North Sea: Frigg field (gas pipelines).- Barents Sea: basin Nordkapp (diapir).- Malaysian gisement monitoring.- Example of DC prospecting.- Conclusion.- Overall conclusion and perspectives.
SBL methods philosophies and interests.- SBL industry and environmental impact.- Overview of the book.- Principles and methods.- Introduction.- Physical laws and principles.- Different methods and associated devices.- Operational limitations: detection problems.- Advantages and disadvantages compared to the seismic investigations.- Hybrid and combined methods.- Conclusion and synthesis.- Metrology and sea environment.- Introduction.- Electromagnetic properties of propagation media.- Frequential and temporal aspects of the method.- Theoretical evaluation and measurement of EM fields.- Acquisition systems definition and operational procedures.- Conclusion.- Instrumentation and equipment.- Introduction.- Measuring instruments qualities.- History of measuring equipments.- The transmitter.- The receivers.- Operational capabilities.- Conclusion.- Interpretation and modeling.- Introduction.- Reminders and general methods of interpretation.- Analytical models.- Numerical models.- Inversion techniques.-Analog models.- Conclusion.- Geological applications.- Introduction.- North Atlantic: Ramesses III (oceanic ridge).- West Africa: Angola basin (oil).- North Sea: Troll field (gas).- North Sea: Frigg field (gas pipelines).- Barents Sea: basin Nordkapp (diapir).- Malaysian gisement monitoring.- Example of DC prospecting.- Conclusion.- Overall conclusion and perspectives.
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Direct Method;Electromagnetic Geophysical Methods;Hydrocarbon Indicator;Inverse Problem;Offshore Prospecting;Seabed Logging;mineral resources
Introduction.- Preamble.- Economic environment.- Elements of geology and oil exploration.- Electrical resistivity and geology.- The electromagnetic seabed logging (SBL): its place in the modern petroleum exploration.- Historic landmarks on the sea bottom SBL.-
SBL methods philosophies and interests.- SBL industry and environmental impact.- Overview of the book.- Principles and methods.- Introduction.- Physical laws and principles.- Different methods and associated devices.- Operational limitations: detection problems.- Advantages and disadvantages compared to the seismic investigations.- Hybrid and combined methods.- Conclusion and synthesis.- Metrology and sea environment.- Introduction.- Electromagnetic properties of propagation media.- Frequential and temporal aspects of the method.- Theoretical evaluation and measurement of EM fields.- Acquisition systems definition and operational procedures.- Conclusion.- Instrumentation and equipment.- Introduction.- Measuring instruments qualities.- History of measuring equipments.- The transmitter.- The receivers.- Operational capabilities.- Conclusion.- Interpretation and modeling.- Introduction.- Reminders and general methods of interpretation.- Analytical models.- Numerical models.- Inversion techniques.-Analog models.- Conclusion.- Geological applications.- Introduction.- North Atlantic: Ramesses III (oceanic ridge).- West Africa: Angola basin (oil).- North Sea: Troll field (gas).- North Sea: Frigg field (gas pipelines).- Barents Sea: basin Nordkapp (diapir).- Malaysian gisement monitoring.- Example of DC prospecting.- Conclusion.- Overall conclusion and perspectives.
SBL methods philosophies and interests.- SBL industry and environmental impact.- Overview of the book.- Principles and methods.- Introduction.- Physical laws and principles.- Different methods and associated devices.- Operational limitations: detection problems.- Advantages and disadvantages compared to the seismic investigations.- Hybrid and combined methods.- Conclusion and synthesis.- Metrology and sea environment.- Introduction.- Electromagnetic properties of propagation media.- Frequential and temporal aspects of the method.- Theoretical evaluation and measurement of EM fields.- Acquisition systems definition and operational procedures.- Conclusion.- Instrumentation and equipment.- Introduction.- Measuring instruments qualities.- History of measuring equipments.- The transmitter.- The receivers.- Operational capabilities.- Conclusion.- Interpretation and modeling.- Introduction.- Reminders and general methods of interpretation.- Analytical models.- Numerical models.- Inversion techniques.-Analog models.- Conclusion.- Geological applications.- Introduction.- North Atlantic: Ramesses III (oceanic ridge).- West Africa: Angola basin (oil).- North Sea: Troll field (gas).- North Sea: Frigg field (gas pipelines).- Barents Sea: basin Nordkapp (diapir).- Malaysian gisement monitoring.- Example of DC prospecting.- Conclusion.- Overall conclusion and perspectives.
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