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

Keyphrases

• Heat Transfer 100%
• Carbon Nanotubes 100%
• Polyethylenimine 100%
• Heat Sink 100%
• Heat Transfer Enhancement 100%
• Polyethyleneimine 100%
• Functional Coatings 100%
• Multi-walled Carbon Nanotubes (MWCNTs) 83%
• Aluminum Heat Sink 50%
• Porous Coating 33%
• Surface Roughness 16%
• Rinsing 16%
• Reinforced 16%
• Operating Conditions 16%
• Fluid Mixing 16%
• High Cost 16%
• Electronic Devices 16%
• Heat Transfer Coefficient 16%
• Negatively Charged 16%
• Positively Charged 16%
• Electron Mobility 16%
• Thermal Management 16%
• High Aspect Ratio 16%
• Intrinsic Limits 16%
• Thermal Energy 16%
• Carboxylic Group 16%
• Heat Transfer Performance 16%
• Thermal Resistance 16%
• Fiber Type 16%
• Morphological Transition 16%
• Fluid Surface 16%
• Layer-by-layer Self-assembly 16%
• Active Surface 16%
• Carbon Element 16%
• Thermal Shock 16%
• Functionalized MWCNTs 16%
• Time Process 16%
• Electrostatic Deposition 16%
• Percolation Network 16%
• Emissivity 16%
• Thermal Overload 16%
• Overall Heat Transfer Performance 16%
• Multi-functional Characteristics 16%
• Comparable Analysis 16%
• Thermal Energy Dissipation 16%
• Surface Emissivity 16%
• Mobility Platform 16%

Material Science

• Carbon Nanotube 100%
• Functional Surface 100%
• Polyethyleneimine 100%
• Aluminum 50%
• Surface (Surface Science) 33%
• Surface Roughness 16%
• Morphology 16%
• Self Assembly 16%
• Percolation 16%
• Heat Resistance 16%
• Thermal Shock 16%

Chemical Engineering

• Carbon Nanotube 100%
• Heat Transfer Coefficient 16%
• Thermal Shock 16%