Numerical analysis of an entrained-flow coal-slurry gasifier with separated oxygen-feeding streams

Chemical Compounds

• Coal Slurry 100%
• Nozzle 37%
• Dioxygen 23%
• Flame 20%
• Velocity 19%
• Gasification 18%
• Coal Combustion 12%
• Coal Gasification 11%
• Carbon Atom 11%
• Turbulence 11%
• Models (Physical) 10%
• Momentum 10%
• Flow 10%
• Water Gas Shift Reaction 9%
• Jet 8%
• Gas 8%
• Vaporization 8%
• Coal 7%
• Simulation 5%
• Energy 3%
• Surface 2%

Earth & Environmental Sciences

• slurry 52%
• coal 36%
• oxygen 36%
• gasification 31%
• analysis 14%
• tunnel 13%
• combustion 11%
• oxidant 10%
• reaction rate 10%
• carbon 8%
• rate 8%
• gas 7%
• jet flow 6%
• coal gasification 6%
• vaporization 5%
• multiphase flow 5%
• coal combustion 5%
• computational fluid dynamics 5%
• dissipation 4%
• momentum 4%
• eddy 4%
• turbulence 3%
• temperature 3%
• distribution 3%
• radiation 3%
• cold 3%
• software 3%
• water 3%
• energy 2%
• product 2%
• simulation 2%
• parameter 1%
• effect 1%

Engineering & Materials Science

• Numerical analysis 47%
• Coal 45%
• Gasification 30%
• Nozzles 17%
• Oxidants 12%
• Tunnels 12%
• Carbon 11%
• Reaction rates 11%
• Water gas shift 6%
• Coal combustion 6%
• Coal gasification 6%
• Temperature 6%
• Multiphase flow 5%
• Atomization 5%
• Vaporization 5%
• Gases 5%
• Turbulence models 5%
• Momentum 4%
• Flow of fluids 4%
• Moisture 4%
• Numerical models 4%
• Radiation 3%
• Computational fluid dynamics 3%
• Chemical analysis 3%
• Computer simulation 2%
• Water 2%