Effect of chemical treatment on the thermoelectric properties of single walled carbon nanotube networks

Engineering & Materials Science

• Thermoelectric power 100%
• Single-walled carbon nanotubes (SWCN) 94%
• Doping (additives) 76%
• Seebeck coefficient 55%
• Carbon nanotubes 54%
• Nanotubes 43%
• Electric Conductivity 38%
• Thermoelectricity 27%
• Phonons 27%
• Chemical stability 23%
• Polymer matrix 21%
• Electric properties 18%
• Energy conversion 17%
• Thermal energy 17%
• Polymers 12%
• Mechanical properties 11%
• Composite materials 9%

Chemical Compounds

• Thermoelectricity 76%
• Single Walled Nanotube 63%
• Seebeck Coefficient 25%
• Carbon Nanotube 21%
• Thermoelectric Effect 17%
• Nanotube 15%
• Electrical Conductivity 15%
• Figure of Merit 11%
• Phonon 11%
• Chemical Stability 9%
• Doping Material 8%
• Electrical Property 8%
• Flexibility 7%

Physics & Astronomy

• carbon nanotubes 59%
• Seebeck effect 35%
• nanotubes 32%
• electrical resistivity 21%
• polymers 20%
• energy conversion 19%
• thermal energy 17%
• figure of merit 16%
• flexibility 15%
• phonons 11%
• mechanical properties 11%
• composite materials 10%
• matrices 9%