Microscopic analysis of the laser-induced femtosecond graphitization of diamond

Engineering & Materials Science

• Potential energy surfaces 100%
• Graphitization 89%
• Diamonds 59%
• Ultrashort pulses 48%
• Lasers 45%
• Laser pulses 39%
• Hamiltonians 35%
• Molecular dynamics 33%
• Phase transitions 31%
• Graphite 29%
• Computer simulation 16%

Physics & Astronomy

• graphitization 78%
• diamonds 47%
• potential energy 34%
• lasers 26%
• graphite 17%
• pulse duration 16%
• retarding 15%
• molecular dynamics 14%
• pulses 9%
• simulation 7%

Chemical Compounds

• Potential Energy Surface 57%
• Diamond 57%
• Hamiltonian 34%
• Nonequilibrium 32%
• Molecular Dynamics 22%
• Graphite 22%
• Simulation 19%
• Time 10%