Layer-by-layer self-assembled functional coatings of carbon nanotube-polyethylenimine for enhanced heat transfer of heat sinks

Physics & Astronomy

• heat sinks 100%
• carbon nanotubes 72%
• heat transfer 65%
• coatings 56%
• emissivity 17%
• aluminum 17%
• thermal energy 17%
• fins 10%
• thermal shock 9%
• heat transfer coefficients 9%
• thermal resistance 9%
• high aspect ratio 8%
• self assembly 8%
• functionals 7%
• performance 7%
• surface roughness 7%
• platforms 7%
• energy dissipation 6%
• electrostatics 6%
• costs 6%
• carbon 5%
• fluids 4%
• fibers 4%
• electronics 4%

Engineering & Materials Science

• Heat sinks 90%
• Carbon nanotubes 88%
• Coatings 62%
• Heat transfer 55%
• Aluminum 21%
• Heat transfer performance 21%
• Thermal energy 18%
• Self assembly 12%
• Thermal shock 10%
• Electrostatics 9%
• Heat resistance 9%
• Temperature control 9%
• Aspect ratio 8%
• Heat transfer coefficients 8%
• Energy dissipation 7%
• Surface roughness 7%
• Carbon 7%
• Fibers 6%
• Fluids 5%
• Costs 3%

Chemical Compounds

• Heat Transfer 90%
• Coating Agent 50%
• Carbon Atom 39%
• Emissivity 26%
• Electrostatic Deposition 15%
• Fibre Like Crystal 13%
• Thermal Shock 12%
• Thermal Resistance 11%
• Transfer Coefficient 11%
• Percolation 11%
• Porosity 10%
• Dissipation 10%
• Surface Roughness 9%
• Energy 8%
• Multi Walled Nanotube 7%
• Compound Mobility 7%
• Surface Area 6%
• Surface 5%
• Application 2%