Influence of open and sealed fractures on fluid flow and water saturation in sandstone cores using Magnetic Resonance Imaging

Keyphrases

• Age Structure 33%
• Analytical Tools 33%
• Capillary Action 33%
• Capillary Imbibition 33%
• Clast 33%
• Core Surface 33%
• Cylindrical Sample 33%
• Destructive Mode 33%
• Flow Saturation 100%
• Fluid Flow 100%
• Fracture Connectivity 33%
• Fracture Location 33%
• Fracture Orientation 33%
• Fractured Porous Media 33%
• High Permeability 33%
• Imbibition 33%
• Iron Content 66%
• Low Iron 66%
• Low Permeability 33%
• Low Viscosity 33%
• Magnetic Resonance Imaging 100%
• Mineral Structure 33%
• Morphological Structure 33%
• Non-destructive 33%
• Open Fracture 66%
• Preferential Flow 33%
• Proton Density 33%
• Resin 33%
• Rock Matrix 33%
• Sandstone Core 100%
• Sedimentary Rocks 66%
• Thin Section 33%
• Vertical Section 33%
• Water Distribution 33%
• Water Saturation 100%
• Water Wetting 33%
• Waterflood Front 33%
• Wetting Front 33%

Earth and Planetary Sciences

• Fluid Flow 100%
• Imbibition 100%
• Impregnating 50%
• Preferential Flow 50%
• Sedimentary Rock 100%
• Wetting Front 50%

Engineering

• Capillary Action 50%
• Flood Front 50%
• Fluid Flow 100%
• Iron Content 100%
• Rock Matrix 50%