Oxy-fuel combustion of pulverized coal: Characterization, fundamentals, stabilization and CFD modeling

Chemical Compounds

• Heat Transfer 100%
• Coal 89%
• Pressure 53%
• Environment 52%
• Mass Transfer 51%
• Carbon Atom 43%
• Burner 40%
• Simulation 39%
• Nitrogen Dioxide 37%
• Gasification 35%
• Evaporation 27%
• Flame 27%
• Environmental Pollutant 25%
• Fuel 25%
• Carbon Dioxide 24%
• Modification 17%
• Energy 14%
• Oxidation Reaction 13%

Engineering & Materials Science

• Characterization (materials science) 81%
• Stabilization 78%
• Coal 76%
• Computational fluid dynamics 69%
• Coal combustion 35%
• Carbon capture 26%
• Fuel systems 17%
• Heat transfer 14%
• Carbon dioxide 13%
• Mass transfer 12%
• Chemical properties 7%
• Reaction kinetics 7%
• Air 7%
• Fuel burners 7%
• Gasification 7%
• Turbulent flow 7%
• Evaporation 7%
• Nitrogen 6%
• Physical properties 6%
• Ignition 6%
• Oxidation 6%
• Moisture 6%
• Power plants 5%
• Demonstrations 5%
• Numerical models 5%
• Oxygen 5%
• Energy efficiency 5%
• Heating 5%
• Temperature 2%