Numerical Investigation of the Effect of CO₂/H₂O Composition in Oxidizer on Flow Field and Combustion Behavior of Oxy-pulverized Coal Combustion

Physics

• Steam 100%
• Carbon Dioxide 85%
• Coal Combustion 85%
• Combustion 42%
• Specific Heat 28%
• Flow Distribution 28%
• Temperature Distribution 28%
• Behavior 14%
• Volume 14%
• Water Vapor 14%
• Technology 14%
• Impact 14%
• Coal 14%
• Flame Temperature 14%
• Incident Radiation 14%
• Combustion Chamber 14%
• Planetary Atmosphere 14%
• Radiative Heat Transfer 14%

Engineering

• Steam 100%
• Oxidizer 42%
• Flow Field 28%
• Properties 28%
• Temperature Distribution 28%
• Heat Capacity 28%
• Pulverised Coal 28%
• Reduction 14%
• Characteristics 14%
• Radiation 14%
• Greenhouse Gas 14%
• Flame Temperature 14%
• Char Gasification 14%
• Flue Gas 14%
• Combustion Chamber 14%
• Fired Power Plant 14%
• Pulverised Coal Combustion 14%
• Radiative Heat Transfer 14%
• Peak Temperature 14%
• Coal Particle 14%
• Gasification 14%
• Incident Radiation 14%