Theoretical prediction of zinc blende phase GaN avalanche photodiode performance based on numerically calculated electron and hole impact ionization rate ratio

Engineering & Materials Science

• Avalanche photodiodes 89%
• Impact ionization 88%
• Zinc 61%
• Electrons 57%
• Ionization 55%
• Valence bands 50%
• Conduction bands 48%
• Electric fields 26%
• Band structure 19%
• Scattering 13%
• Simulators 10%
• Bandwidth 8%
• Uncertainty 8%

Chemical Compounds

• Impact Ionization 100%
• Electron Impact 64%
• Ionization 45%
• Valence Band 41%
• Conduction Band 40%
• Electric Field 33%
• Electron Ionization 24%
• Strength 24%
• Pseudopotential 23%
• Electronic Band Structure 19%
• Statistical Ensemble 18%
• Simulation 11%
• Electron Particle 10%
• Energy 8%

Physics & Astronomy

• electron impact 56%
• avalanches 54%
• photodiodes 51%
• zinc 50%
• ionization 39%
• predictions 30%
• electric field strength 25%
• performance 24%
• conduction bands 19%
• valence 16%
• pseudopotentials 11%
• simulators 11%
• bandwidth 7%
• scattering 5%
• electrons 4%
• simulation 4%
• energy 3%