Rock-physics modelling of the North Sea greensand

Earth and Planetary Sciences

• Nuclear Magnetic Resonance 100%
• North Sea 100%
• Glauconite 57%
• Macropore 42%
• Core Analysis 28%
• Porosity 28%
• Cementation 28%
• Elasticity 28%
• Surface Area 28%
• Berthierine 28%
• Capillary Pressure 28%
• Fluid Flow 14%
• Electrical Property 14%
• Fracturing 14%
• Velocity Measurement 14%
• Acoustic Velocity 14%
• Drainage Curve 14%
• Flood 14%
• Seismic Response 14%
• Paleocene 14%
• Reservoir Evaluation 14%
• Pressure Measurement 14%

Material Science

• Nuclear Magnetic Resonance 100%
• Carbon Dioxide 100%
• Elastic Moduli 28%
• Silicon Dioxide 28%
• Elastic Property 28%
• Pore Size Distribution 14%
• Density 14%
• Physical Property 14%
• Fluid Flow 14%

Keyphrases

• Weakly Cemented 14%
• Sand Model 14%
• Magnetic Resonance Techniques 9%
• Berthierine 9%
• T2 Distribution 9%
• Core Analysis 9%
• Quartz Cement 4%
• Silica Cementation 4%
• Thin Section Image 4%
• Surface Relaxivity 4%
• Petrophysical 4%
• Microcrystalline Quartz 4%
• Thin Section Observations 4%
• BET Method 4%
• Permeability Modeling 4%
• Initial Modulus 4%
• Fines Migration 4%
• Diagenetic Phase 4%
• Hertz-Mindlin 4%
• AVO Forward Modeling 4%
• Fluid Effect 4%
• T2 Measurement 4%
• BSE Images 4%
• Drainage Density 4%
• Klinkenberg Permeability 4%
• Reservoir Evaluation 4%
• Mindlin 4%
• Grain Contacts 4%
• Acoustic Velocity Measurement 4%