Low-temperature solution process for preparing flexible transparent carbon nanotube film for use in flexible supercapacitors

Engineering & Materials Science

• Single-walled carbon nanotubes (SWCN) 100%
• Supercapacitor 85%
• Carbon nanotubes 76%
• Conductive films 39%
• Polyethylene terephthalates 34%
• Temperature 29%
• Surface active agents 14%
• Transparent electrodes 10%
• Electrodes 10%
• Sodium dodecyl sulfate 9%
• Naphthalene 9%
• Tin oxides 9%
• Infrared spectroscopy 8%
• Raman spectroscopy 8%
• Dispersions 8%
• Indium 8%
• Field emission 8%
• Manganese 7%
• Formability 6%
• Transparency 6%
• Sodium 6%
• Transmission electron microscopy 6%
• Energy harvesting 6%
• Acids 6%
• Energy storage 5%
• Capacitance 5%
• Glass 5%
• Scanning electron microscopy 5%
• Coatings 4%
• Substrates 4%

Physics & Astronomy

• electrochemical capacitors 97%
• carbon nanotubes 62%
• polyethylene terephthalate 29%
• conduction 17%
• surfactants 12%
• sulfonic acid 9%
• sodium sulfates 8%
• electrical resistivity 8%
• electrodes 8%
• naphthalene 7%
• electrode materials 7%
• energy storage 7%
• dioxides 7%
• manganese 6%
• indium oxides 6%
• tin oxides 6%
• field emission 6%
• flexibility 5%
• sodium 5%
• dyes 5%
• light scattering 5%
• Raman spectroscopy 5%
• transmittance 5%
• capacitance 5%
• coatings 4%
• cycles 4%
• conductivity 4%
• transmission electron microscopy 4%
• scanning electron microscopy 4%
• radii 4%
• glass 3%
• spectroscopy 3%
• electronics 3%
• energy 1%

Chemical Compounds

• Carbon Nanotube 52%
• Liquid Film 35%
• Carbon Atom 22%
• Congo Red 14%
• Dispersing Agent 12%
• Behavior as Electrode 12%
• Transmittance 12%
• Sodium Dodecyl Sulfate 11%
• Photon Correlation Spectroscopy 10%
• Drop 10%
• Energy Storage 10%
• Flexibility 9%
• Raman Spectroscopy 9%
• Glass 8%
• Transmission Electron Microscopy 7%
• Strength 7%
• Dye 7%
• Application 3%