Exciton transfer and propagation in carbon nanotubes studied by near-field optical microscopy

Engineering & Materials Science

• Excitons 100%
• Nanotubes 72%
• Optical microscopy 61%
• Carbon nanotubes 60%
• Photoluminescence 46%
• Energy gap 32%
• Relaxation 26%
• Energy transfer 16%
• Microscopic examination 15%

Physics & Astronomy

• nanotubes 54%
• carbon nanotubes 48%
• near fields 48%
• excitons 44%
• microscopy 39%
• propagation 33%
• photoluminescence 19%
• energy transfer 11%
• electromagnetism 10%
• high resolution 8%
• decay 8%

Chemical Compounds

• Exciton 57%
• Optical Microscopy 50%
• Nanotube 45%
• Carbon Nanotube 41%
• Photoluminescence 21%
• Band Gap 21%
• Energy Transfer 12%
• Length 8%