Simulations of nonradiative processes in semiconductor nanocrystals

Keyphrases

• Atomistic Model 33%
• Auger Recombination 33%
• Bulk System 33%
• Carrier Dynamics 33%
• Computational Methods 33%
• Computational Science 33%
• Confined Excitons 33%
• Discrete Spectrum 33%
• Electron Holes 66%
• Electronic Dynamics 33%
• Electronic Properties 33%
• Exciton Cooling 33%
• Exciton-phonon Interaction 66%
• First-principles Calculations 33%
• High Energy 33%
• II-VI 33%
• III-V Semiconductors 33%
• Low-energy Excitation 33%
• Nanoclusters 33%
• Nanocrystals 66%
• Non-radical Process 100%
• Nonradiative Relaxation 33%
• Periodic Boundary Conditions 33%
• Pseudopotential Approach 33%
• Quantum Confined 33%
• Semiconductor Nanocrystals 100%
• Spatially Confined 33%
• Translational Symmetry 33%
• Valence Electrons 33%

Chemistry

• Auger Recombination 20%
• Electronic Property 20%
• Exciton 80%
• First Principle 20%
• Hole (Electron) 40%
• Nanocrystalline Material 100%
• Periodic Boundary Condition 20%
• Phonon 40%
• Pseudopotential 20%
• Relaxation 20%

Physics

• Computational Method 25%
• Exciton 100%
• First Principle 25%
• Holes (Electron Deficiencies) 50%
• Nanoclusters 25%
• Periodic Boundary Condition 25%
• Phonon 50%
• Pseudopotential 25%