Mass, momentum, and energy transfer in supersonic aerosol deposition processes

Chemical Compounds

• Momentum Transfer 100%
• Deposition Process 69%
• Aerosol 66%
• Energy Transfer 54%
• Mass Transfer 53%
• Nozzle 26%
• Mach Number 16%
• Kinetic Energy 15%
• Simulation 11%
• Spray 8%
• Pressure 7%
• Velocity 7%
• Convective Heat Transfer 7%
• Particle Density 6%
• Momentum 6%
• Distribution Function 5%
• Coating Agent 5%
• Monte Carlo Method 4%
• Size Distribution 4%
• Force 3%
• Flow 2%
• Ambient Reaction Temperature 2%

Engineering & Materials Science

• Momentum transfer 87%
• Aerosols 77%
• Energy transfer 74%
• Mass transfer 57%
• Nozzles 19%
• Kinetic energy 14%
• Trajectories 12%
• Drag 12%
• Linewidth 11%
• Substrates 9%
• Fluxes 7%
• Coatings 6%
• Compressible flow 5%
• Neural networks 5%
• Atmospheric pressure 5%
• Distribution functions 4%
• Thermal energy 4%
• Flow of gases 4%
• Particle size 4%
• Momentum 4%
• Flow of fluids 4%
• Flow fields 3%
• Heat transfer 3%
• Hot Temperature 2%
• Temperature 1%

Physics & Astronomy

• aerosols 64%
• momentum transfer 62%
• mass transfer 58%
• energy transfer 52%
• nozzles 21%
• particle trajectories 16%
• kinetic energy 14%
• upstream 13%
• drag 13%
• Knudsen flow 11%
• Mach number 9%
• sprayers 8%
• profiles 7%
• simulation 7%
• coatings 6%
• compressible flow 5%
• convective heat transfer 5%
• data simulation 5%
• particle motion 5%
• thermal energy 4%
• fluid flow 4%
• slits 4%
• gas flow 4%
• atmospheric pressure 4%
• flow distribution 3%
• distribution functions 3%
• trajectories 3%
• velocity distribution 3%
• shock 3%
• room temperature 2%