Experimental studies of surface modified oscillating heat pipes

Chemical Compounds

• Heat Pipe 100%
• Surface 18%
• Thermal Resistance 17%
• Flow 11%
• Evaporator 9%
• Surface Modification 6%
• Condensation 5%
• Glass 4%
• Heat Transfer 3%
• Heat 2%
• Force 2%
• Pressure 2%
• Liquid 1%
• Purity 1%

Engineering & Materials Science

• Heat pipes 64%
• Superhydrophobicity 19%
• Superhydrophilicity 17%
• Heat resistance 14%
• Flow visualization 8%
• Contact angle 7%
• Evaporators 7%
• Surface treatment 7%
• Condensation 7%
• Glass 5%
• Hybrid systems 3%
• Vapors 3%
• Heat flux 3%
• Heat transfer 2%
• Liquids 2%

Physics & Astronomy

• heat pipes 78%
• thermal resistance 15%
• evaporators 9%
• flow visualization 8%
• performance 6%
• condensation 6%
• stratified flow 5%
• glass 4%
• heat flux 3%
• heat transfer 2%
• vapors 2%
• liquids 1%