Theoretical description of the ultrafast ablation of diamond and graphite: Dependence of thresholds on pulse duration

Engineering & Materials Science

• Ablation 100%
• Diamonds 81%
• Graphite 80%
• Potential energy surfaces 45%
• Ultrashort pulses 43%
• Laser pulses 35%
• Hamiltonians 32%
• Molecular dynamics 30%
• Melting 25%
• Lasers 20%
• Computer simulation 14%

Physics & Astronomy

• ablation 76%
• graphite 69%
• pulse duration 66%
• diamonds 64%
• thresholds 49%
• potential energy 22%
• melting 21%
• molecular dynamics 19%
• damage 19%
• electronics 14%
• pulses 13%
• lasers 11%
• simulation 10%

Chemical Compounds

• Ablation 94%
• Diamond 77%
• Graphite 59%
• Hamiltonian 30%
• Potential Energy Surface 25%
• Melting 23%
• Molecular Dynamics 19%
• Simulation 17%
• Time 9%