Enhancement of condensation heat transfer by hydrophobic and nano porous surface

Engineering & Materials Science

• Condensation 100%
• Heat transfer 66%
• Carbon nanotubes 37%
• Self assembled monolayers 22%
• Wetting 14%
• Charged particles 10%
• Functional groups 9%
• Surface structure 8%
• Heat transfer performance 8%
• Particle size 6%
• Heat transfer coefficients 6%
• Surface roughness 5%
• Coatings 5%
• Experiments 5%

Physics & Astronomy

• condensation 87%
• heat transfer 77%
• augmentation 60%
• carbon nanotubes 28%
• wettability 14%
• heat transfer coefficients 7%
• charged particles 5%
• roughness 5%