Surface charging under pulsed laser ablation of solids and its consequences: Studies with a continuum approach

Physics

• Dielectrics 66%
• Diffusivity 33%
• Electromagnetic Absorption 33%
• Explosion 100%
• Fluence 33%
• Heating 33%
• Independent Variables 33%
• Laser 100%
• Laser Ablation 100%
• Metal 66%
• Model 100%
• near Infrared 33%
• Optical Reflection 33%
• Probability Theory 33%
• Pulsed Laser 100%
• Regimes 33%
• Rupture 33%
• Semiconductor 100%
• Solid State 100%
• Targets 100%
• Transport Properties 33%

Engineering

• Characteristics 33%
• Charge Carrier 66%
• Continuum Approach 100%
• Continuum Model 33%
• Coulomb Explosion 100%
• Dielectrics 66%
• Diffusion 33%
• Electronic Charge 33%
• Electronic Excitation 33%
• Electrostatics 33%
• Energy Flow 33%
• Femtosecond 100%
• Heating 33%
• Laser Intensity 33%
• Laser Irradiation 33%
• Limitations 33%
• Material Removal 33%
• Models 66%
• Picosecond 33%
• Properties 33%
• Pulse Duration 33%
• Pulsed Laser 33%
• Semiconductor 100%
• Surfaces 100%
• Wavelength 33%

Material Science

• Carrier Transport 50%
• Charge Carrier 50%
• Dielectric Material 50%
• Electronics 25%
• Irradiation 75%
• Laser 100%
• Laser Ablation 100%
• Material 50%
• Metal 50%
• Semiconductor Material 75%
• Solid 100%
• Surface 100%