Increasing heat transfer during condensation on surfaces via lubricant impregnation

Engineering & Materials Science

• Impregnation 100%
• Condensation 83%
• Lubricants 79%
• Heat transfer 55%
• Textures 23%
• Mechanics 10%
• Surface waters 8%
• Superhydrophobicity 7%
• Liquids 7%
• Interfacial energy 7%
• Coalescence 6%
• Heat pipes 6%
• Contact angle 6%
• Nucleation 6%
• Cooling systems 5%
• Hysteresis 5%
• Industrial applications 5%
• Propulsion 5%
• Defects 4%

Physics & Astronomy

• lubricants 93%
• condensation 73%
• heat transfer 64%
• textures 26%
• impregnating 19%
• heat pipes 8%
• condensers 7%
• cooling systems 7%
• surface water 7%
• propulsion 7%
• liquids 6%
• solid surfaces 6%
• coalescing 6%
• surface energy 6%
• hysteresis 4%
• nucleation 4%
• damage 4%
• augmentation 3%
• water 3%
• defects 3%

Chemical Compounds

• Heat Transfer 89%
• Impregnation 72%
• Condensation 60%
• Surface 26%
• Crystalline Texture 18%
• Mechanics 14%
• Heat Pipe 11%
• Coalescence 6%
• Liquid 6%
• Interfacial Energy 6%
• Hysteresis 6%
• Application 6%
• Cooling 5%
• Nucleation 5%