Theoretical Modeling of Levitated Clusters of Water Droplets Stabilized by Infrared Irradiation

Physics & Astronomy

• irradiation 62%
• surface water 58%
• water 55%
• supersaturation 54%
• drag 46%
• mass transfer 44%
• vertical air currents 43%
• radiation 40%
• continuums 35%
• curve fitting 28%
• infrared radiation 27%
• water vapor 24%
• shear stress 22%
• condensation 21%
• thermodynamic properties 19%
• thermal conductivity 19%
• heat transfer 18%
• evaporation 18%
• cooling 16%
• heating 15%
• radii 14%
• air 14%
• energy 14%
• gases 12%

Engineering & Materials Science

• Irradiation 100%
• Water 52%
• Supersaturation 28%
• Radiation 23%
• Mass transfer 17%
• Transport Layer 12%
• Curve fitting 11%
• Water vapor 10%
• Condensation 9%
• Evaporation 9%
• Thermodynamic properties 9%
• Shear stress 8%
• Thermal conductivity 8%
• Fluxes 7%
• Heating 6%
• Cooling 6%
• Heat transfer 6%
• Gases 5%

Chemical Compounds

• Surface Water 68%
• Shear Stress 38%
• Heat Transfer 35%
• Water Vapor 30%
• Thermodynamic Property 28%
• Evaporation 28%
• Cooling 28%
• Condensation 23%
• Pressure 18%
• Application 10%