Characterization of laminar and turbulent supercritical carbon dioxide slot jet impingement heat transfer

Physics & Astronomy

• augmentation 12%
• boundary layer thickness 12%
• boundary layers 8%
• carbon dioxide 72%
• characterization 39%
• configurations 10%
• cooling 6%
• critical point 9%
• critical temperature 17%
• deterioration 31%
• fluids 5%
• heat transfer 55%
• heat transfer coefficients 11%
• impingement 23%
• inlet temperature 14%
• jet impingement 100%
• laminar flow 10%
• management systems 14%
• microbalances 10%
• performance 8%
• Prandtl number 10%
• Reynolds number 8%
• simulation 7%
• slots 72%
• spatial distribution 8%
• temperature 14%
• thermal boundary layer 13%
• thermal conductivity 7%
• thermophysical properties 45%
• tin 9%
• turbulent flow 18%

Engineering & Materials Science

• Boundary layers 16%
• Carbon dioxide 65%
• Control systems 5%
• Cooling 6%
• Deterioration 23%
• Fluids 5%
• Heat transfer 47%
• Heat transfer coefficients 8%
• Hot Temperature 4%
• Intake systems 11%
• Laminar flow 9%
• Prandtl number 10%
• Reynolds number 7%
• Spatial distribution 9%
• Temperature 28%
• Temperature control 25%
• Thermal conductivity 7%
• Thermodynamic properties 32%
• Tin 10%
• Turbulent flow 17%

Chemical Compounds

• Application 2%
• Carbon Dioxide 55%
• Cooling 7%
• Flow 5%
• Heat Transfer 76%
• Jet 75%
• Length 5%
• Plate Like Crystal 20%
• Prandtl Number 16%
• Pressure 5%
• Reynolds Number 12%
• Simulation 16%
• Thermal Conductivity 8%
• Thermodynamic Property 31%
• Transfer Coefficient 10%