Photoelectrochemistry of stacked-cup carbon nanotube films. Tube-length dependence and charge transfer with excited porphyrin

Physics & Astronomy

• photoelectrochemistry 91%
• porphyrins 71%
• charge transfer 48%
• carbon nanotubes 48%
• tubes 40%
• electrodes 35%
• photocurrents 14%
• photons 6%
• acetonitrile 5%
• polarization (charge separation) 4%
• assemblies 4%
• solar cells 2%
• composite materials 2%
• probes 2%
• electrons 1%

Engineering & Materials Science

• Porphyrins 100%
• Charge transfer 72%
• Carbon nanotubes 59%
• Transparent electrodes 53%
• Photocurrents 23%
• Electrodes 18%
• Photons 14%
• Conversion efficiency 8%
• Acetonitrile 6%
• Toluene 4%
• Solar cells 4%
• Electrons 4%
• Composite materials 2%

Chemical Compounds

• Photoelectrochemistry 81%
• Carbon Nanotube 41%
• Charge Transfer 39%
• Behavior as Electrode 28%
• Liquid Film 27%
• Bias Potential 5%
• Carbon Atom 5%
• Length 4%
• Charge Separation 4%
• Photocurrent 3%
• Solar Cell 3%
• Toluene 3%
• Acetonitrile 2%
• Additive 2%
• Probe 2%
• Electron Particle 2%
• Composite Material 2%
• Time 1%
• Surface 1%