Changes in magnetic remanence during simulated deep sedimentary burial

Keyphrases

• Iron Oxide 100%
• Magnetic Remanence 100%
• Sedimentary Burial 100%
• Compaction 40%
• Prestress 30%
• Stress-free 30%
• Coercivity 20%
• Differential Stress 20%
• Dislocation 10%
• Magnetic Properties 10%
• Grain Size 10%
• Domain Walls 10%
• Minimal Change 10%
• Defect Density 10%
• Orthogonal Components 10%
• Remanence 10%
• Geothermal Gradient 10%
• Applied Load 10%
• Low Coercivity 10%
• Isothermal Remanent Magnetization 10%
• Confining Pressure 10%
• High Coercivity 10%
• Pore Fluid 10%
• Mean Grain Size 10%
• Higher Differential 10%
• Grain Scale 10%
• Portland Cement 10%
• Experimental Stress 10%
• Prestressed State 10%
• Rock Analogue 10%
• Granular Rocks 10%
• Hysteresis Parameters 10%
• Hydrostatic Compaction 10%
• Soft Components 10%
• Compaction Stress 10%
• Grain Contacts 10%
• Calcium Carbonate 10%
• Irreversible Change 10%

Earth and Planetary Sciences

• Magnetite 100%
• Remanence 100%
• Coercivity 40%
• Remanent Magnetization 10%
• Grain Size 10%
• Calcite 10%
• Hydrostatics 10%
• Geothermal Gradient 10%
• Confining Pressure 10%
• Magnetic Property 10%
• Domain Wall 10%
• Particle Size 10%

Material Science

• Magnetite 100%
• Grain Size 20%
• Magnetic Property 10%
• Portland Cement 10%
• Defect Density 10%
• Domain Wall 10%
• Fluid Statics 10%