Heat transfer augmentation in nanofluids via nanofins

Engineering & Materials Science

• Magnetism 100%
• Electrophoresis 90%
• Thermal conductivity 62%
• Wire 51%
• Electricity 50%
• Heat transfer 46%

Chemical Compounds

• Electricity 77%
• Magnetism 75%
• Heat Transfer 74%
• Thermal Conductivity 65%
• Electrophoresis 62%
• Surface 22%

Physics & Astronomy

• heat transfer 53%
• augmentation 42%
• electrophoresis 40%
• electricity 38%
• attachment 34%
• thermal conductivity 27%
• wire 25%