Large-amplitude coherent phonons and inverse Stone-Wales transitions in graphitic systems with defects interacting with ultrashort laser pulses

Engineering & Materials Science

• Ultrashort pulses 100%
• Phonons 97%
• Defects 42%
• Laser damage 35%
• Ultrafast lasers 35%
• Fullerenes 32%
• Laser pulses 26%
• Nanotubes 26%
• Graphene 24%
• Molecular dynamics 23%
• Atoms 21%
• Electrons 20%
• Entropy 17%
• Computer simulation 11%

Physics & Astronomy

• Wales 89%
• rocks 59%
• phonons 42%
• defects 34%
• pulses 30%
• lasers 27%
• laser damage 18%
• healing 17%
• yield point 16%
• fullerenes 16%
• nanotubes 14%
• graphene 12%
• simulation 11%
• entropy 11%
• molecular dynamics 11%
• thresholds 9%
• energy 9%
• cells 8%
• electronics 8%
• atoms 7%
• electrons 6%

Chemical Compounds

• Phonon 69%
• Simulation 39%
• C60 Fullerene 35%
• Energy 29%
• Transition State 25%
• Entropy 25%
• Displacement 25%
• Nanotube 24%
• Molecular Dynamics 22%
• Graphene 21%
• Chemical Transformation 19%
• Electron Particle 16%
• Amount 13%