Density Gradient Centrifugation: Application to the Separation of Macerals of Type I, II, and III Sedimentary Organic Matter

Keyphrases

• Sedimentary Organic Matter 100%
• Density Gradient Centrifugation 100%
• Macerals 100%
• Organic Matter 60%
• Monterey 40%
• Lignite 40%
• Lower Toarcian 40%
• Eocene Coal 40%
• Green River 40%
• Analytical Pyrolysis 20%
• Kerogen 20%
• Miocene 20%
• Duwi 20%
• Type II Kerogen 20%
• Kalimantan 20%
• Vitrinite 20%
• Particle Size 20%
• Processing Stages 20%
• Chemical Properties 20%
• Small Particle Size 20%
• Paris Basin 20%
• Pyrite 20%
• Optical Properties 20%
• Paleocene-Eocene 20%
• Type I Kerogen 20%
• Heteroatom 20%
• Microcrystalline 20%
• Size Minimization 20%
• Oxygen-rich 20%
• Fluid Energy Mill 20%
• Geological Units 20%
• Hydrogen-rich 20%
• Density Difference 20%
• Property Change 20%
• Micronization 20%
• Albany 20%
• Size Limit 20%
• Oxygen Concentration 20%
• Sulfur Concentration 20%
• Optical Microscopy 20%
• Optimal Separation 20%
• Maceral Separation 20%
• Carboniferous Coals 20%
• Increased Density 20%
• Microfluorometry 20%
• Multiple Processing 20%

Earth and Planetary Sciences

• Organic Matter 100%
• Maceral 100%
• Centrifugation 100%
• Kerogen 50%
• Miocene 33%
• Alginite 33%
• Eocene 33%
• Toarcian 33%
• Lignite 33%
• Analytical Pyrolysis 16%
• Vitrinite 16%
• Optical Property 16%
• Iron Ore 16%
• Hydrogen 16%
• Microscopy 16%