Theoretical study on gas flow and heat and mass transfer in a converter

Physics & Astronomy

• converters 90%
• gas flow 84%
• mass transfer 84%
• heat transfer 72%
• oxygen 55%
• blowing 55%
• continuity 48%
• mass spectrometers 47%
• conservation 43%
• induction 42%
• reaction kinetics 42%
• furnaces 42%
• baths 41%
• enthalpy 41%
• vapor phases 37%
• flow velocity 37%
• viscosity 33%
• momentum 32%
• heat 30%
• gases 23%
• metals 23%
• temperature 13%

Engineering & Materials Science

• Flow of gases 89%
• Mass transfer 82%
• Oxygen 74%
• Mass spectrometers 66%
• Heat transfer 61%
• Gases 52%
• Reaction rates 52%
• Blow molding 50%
• Enthalpy 47%
• Conservation 44%
• Momentum 42%
• Furnaces 40%
• Fires 38%
• Viscosity 37%
• Flow rate 34%
• Experiments 32%
• Metals 29%
• Hot Temperature 22%
• Temperature 18%

Chemical Compounds

• Heat Transfer 100%
• Mass Transfer 77%
• Momentum 61%
• Fire 50%
• Gas 48%
• Dioxygen 45%
• Enthalpy 36%
• Flow Kinetics 35%
• Flow 29%
• Diffusion 28%
• Metal 20%
• Surface 14%