Differential heat and mass transfer rate influences on the activation efficiency of laminar flow condensation particle counters

Engineering & Materials Science

• Radiation counters 100%
• Laminar flow 68%
• Condensation 64%
• Chemical activation 57%
• Mass transfer 57%
• Helium 44%
• Heat transfer 42%
• Working fluids 20%
• Supersaturation 14%
• Aerosols 11%
• Orifices 10%
• Thermodynamic properties 9%
• Vapors 8%
• Gases 8%
• Detectors 7%
• Peclet number 6%
• Momentum transfer 6%
• Chemical analysis 6%
• Butenes 6%
• Vapor pressure 6%
• Hinges 5%
• Nanoparticles 4%
• Nitrogen 4%
• Experiments 3%

Physics & Astronomy

• radiation counters 75%
• laminar flow 65%
• mass transfer 58%
• condensation 56%
• activation 51%
• heat transfer 49%
• helium 30%
• working fluids 24%
• Lewis numbers 13%
• gas composition 11%
• thermophysical properties 11%
• supersaturation 11%
• orifices 11%
• aerosols 9%
• choked flow 8%
• vapors 7%
• hinges 6%
• Peclet number 5%
• condensers 5%
• detectors 5%
• vapor pressure 5%
• momentum transfer 4%
• performance 4%
• nitrogen 3%
• nanoparticles 3%
• sensitivity 2%
• predictions 2%
• gases 2%

Chemical Compounds

• Heat Transfer 69%
• Mass Transfer 53%
• Condensation 46%
• Flow 41%
• Lewis Number 17%
• Supersaturation 11%
• Aerosol 10%
• Thermodynamic Property 8%
• Peclet Number 7%
• Gas 7%
• Momentum Transfer 7%
• Nitrogen 2%
• Nanoparticle 2%
• Mixture 2%