Evaporation heat transfer coefficient and frictional pressure drop of R600a in a micro-fin tube at low mass fluxes and temperatures

Physics & Astronomy

• fins 95%
• pressure drop 87%
• heat transfer coefficients 86%
• evaporation 60%
• tubes 56%
• refrigerators 46%
• augmentation 36%
• heat transfer 30%
• saturation 27%
• evaporators 25%
• temperature 23%
• penalties 20%
• heat flux 17%
• vapors 15%
• predictions 10%

Chemical Compounds

• Pressure Drop 100%
• Transfer Coefficient 95%
• Heat Transfer 85%
• Evaporation 70%
• Mass Transfer 66%
• Evaporator 27%
• Heat 14%

Engineering & Materials Science

• Evaporation 79%
• Heat transfer coefficients 73%
• Pressure drop 71%
• Mass transfer 70%
• Refrigerators 47%
• Temperature 31%
• Heat transfer 26%
• Evaporators 21%
• Vapors 17%
• Heat flux 17%