Microscopic investigation of laser-induced structural changes in single-wall carbon nanotubes

Engineering & Materials Science

• Single-walled carbon nanotubes (SWCN) 100%
• Laser pulses 94%
• Carbon nanotubes 76%
• Lasers 55%
• Laser excitation 43%
• Excited states 40%
• Chirality 38%
• Femtosecond lasers 37%
• Relaxation time 31%
• Nanotubes 30%
• Molecular dynamics 27%
• Electrons 24%
• Ions 22%
• Stiffness 16%
• Computer simulation 13%

Physics & Astronomy

• carbon nanotubes 62%
• tubes 52%
• yield point 33%
• lasers 31%
• chirality 11%
• standing waves 10%
• pulses 10%
• excitation 10%
• nanotubes 9%
• stiffness 9%
• pulse duration 8%
• relaxation time 8%
• simulation 7%
• molecular dynamics 7%
• ions 4%
• electrons 4%

Chemical Compounds

• Single Walled Nanotube 67%
• Standing Wave 37%
• Chemical Transformation 30%
• Simulation 30%
• Chirality 22%
• Nanotube 19%
• Excited State 19%
• Molecular Dynamics 17%
• Time 8%