Formation process of empty and metal-containing fullerenes - molecular dynamics and FT-ICR studies

Engineering & Materials Science

• Cyclotron resonance 100%
• Fullerenes 83%
• Molecular dynamics 60%
• Fourier transforms 53%
• Ions 49%
• Metals 34%
• Carbon 29%
• Atoms 15%
• Carbon clusters 15%
• Computer simulation 12%
• Lasers 11%
• Density functional theory 11%
• Mass spectrometers 10%
• Vaporization 8%
• Spectroscopy 8%
• Carbon nanotubes 8%
• Nozzles 6%

Physics & Astronomy

• cyclotron resonance 61%
• fullerenes 56%
• molecular dynamics 38%
• metals 27%
• ions 25%
• carbon 22%
• carbon lasers 11%
• simulation 10%
• arc discharges 7%
• mass spectra 7%
• mass spectrometers 6%
• atoms 6%
• mass spectroscopy 6%
• nozzles 6%
• carbon nanotubes 5%
• vapor phases 5%
• interactions 5%
• density functional theory 5%

Chemical Compounds

• FT/ICR Mass Spectrometry 62%
• Fullerene 49%
• Molecular Dynamics 39%
• Molecular Cluster 35%
• Simulation 17%
• Ion Cyclotron Resonance Mass Spectrum 12%
• Ion Cyclotron Resonance Mass Spectroscopy 10%
• Nozzle 7%
• Vaporization 6%
• Metal Atom 6%
• Carbon Atom 6%
• Single Walled Nanotube 6%