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Delineation Hydrothermal Demagnetization and Subsurface Modelling with 3D Magnetic Inversion
Fadhli Yusuf,
Yunus
Department of Physics
Research output
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peer-review
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Dive into the research topics of 'Delineation Hydrothermal Demagnetization and Subsurface Modelling with 3D Magnetic Inversion'. Together they form a unique fingerprint.
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Keyphrases
Subsurface Modeling
100%
Demagnetization
100%
Magnetic Method
100%
Negative Anomaly
100%
3D Magnetic Inversion
100%
Resistivity
50%
Geothermal Prospect
50%
Dipole
50%
Hydrothermally
50%
Magnetotelluric Method
50%
3D Inversion
50%
Geothermal System
50%
Upflow
50%
Electric Field (E-field)
50%
Heat Source
50%
Geothermal Reservoir
50%
Diurnal Variation
50%
Apparent Resistivity
50%
Geothermal Field
50%
High-to-Low
50%
Field Area
50%
Reservoir Rock
50%
Zonation
50%
Mean Sea Level
50%
Main Faults
50%
Magnetic Data
50%
Anomaly Value
50%
Earth's Magnetic Field
50%
Reservoir Zonation
50%
Demagnetization Process
50%
Field Delineation
50%
Thermal Demagnetization
50%
3D MT
50%
Earth and Planetary Sciences
Demagnetization
100%
Magnetic Method
66%
Zonation
66%
Magnetotelluric Method
33%
Geothermal System
33%
Sea Level
33%
Reservoir Rock
33%
Actuator
33%
Cross Correlation
33%