Nanoscale Azide Polymer Functionalization: A Robust Solution for Suppressing the Carbon Nanotube-Polymer Matrix Thermal Interface Resistance

Chemical Compounds

• Azide 74%
• Carbon Nanotube 58%
• Resistance 51%
• Thermal Resistance 49%
• Thermal Conductivity 38%
• Carbon Atom 37%
• Nanotube 32%
• Octane 21%
• Van Der Waals Force 20%
• Hydroxyl 16%
• Molecular Dynamics 14%
• Simulation 12%
• Composite Material 10%
• Surface 6%

Engineering & Materials Science

• Carbon nanotubes 85%
• Polymers 59%
• Hot Temperature 38%
• Heat resistance 27%
• Aromatic polymers 25%
• Nanotubes 17%
• Polystyrenes 15%
• Molecular dynamics 15%
• Polyethylenes 14%
• Composite materials 7%
• Computer simulation 7%

Physics & Astronomy

• carbon nanotubes 69%
• polymers 47%
• matrices 44%
• thermal resistance 29%
• thermal conductivity 21%
• octanes 17%
• nanotubes 12%
• polyethylenes 12%
• polystyrene 12%
• molecular dynamics 9%
• composite materials 8%
• interactions 5%
• simulation 5%