Heat transport analysis for femtosecond laser ablation with molecular dynamics-two temperature model method

Engineering & Materials Science

• Laser ablation 94%
• Molecular dynamics 72%
• Shock waves 54%
• Heat conduction 50%
• Atoms 49%
• Thermal shock 37%
• Hot Temperature 30%
• Electron temperature 27%
• Temperature 25%
• Relaxation time 20%
• Elastic waves 20%
• Electron energy levels 18%
• Kinetic energy 17%
• Wave propagation 16%
• Specific heat 16%
• Finite difference method 16%
• Macros 14%
• Thermal conductivity 14%
• Boundary conditions 12%
• Heat transfer 10%

Chemical Compounds

• Laser Ablation 71%
• Shock Wave 67%
• Thermal Conductivity 60%
• Heat 47%
• Thermal Shock 41%
• Molecular Dynamics 35%
• Electron Particle 34%
• Electron Temperature 24%
• Kinetic Energy 18%
• Heat Transfer 17%
• Nonequilibrium 17%
• Heat Capacity 16%
• Wave 14%
• Time 5%