Polymer nanocomposites-A comparison between carbon nanotubes, graphene, and clay as nanofillers

Engineering & Materials Science

• Clay minerals 100%
• Platelets 95%
• Graphene 86%
• Nanocomposites 78%
• Electric properties 78%
• Carbon nanotubes 77%
• Clay 72%
• Fillers 69%
• Thermodynamic properties 68%
• Polymers 53%
• Mechanical properties 47%
• Composite materials 42%

Physics & Astronomy

• clays 81%
• nanocomposites 64%
• carbon nanotubes 63%
• graphene 60%
• montmorillonite 47%
• polymers 42%
• matrices 40%
• platelets 40%
• fillers 36%
• thermodynamic properties 29%
• electrical properties 27%
• mechanical properties 24%
• composite materials 22%
• interactions 14%

Chemical Compounds

• Montmorillonite 70%
• Filler 62%
• Electrical Property 61%
• Carbon Nanotube 53%
• Graphene 52%
• Nanocomposite 48%
• Composite Material 36%