Pseudopotential Study of Electronic and Optical Properties of InAs Semiconductor Nanostructures

Mathematics

• Aspect Ratio 73%
• Band Gap 23%
• Conduction 18%
• Crossover 17%
• Dependent 9%
• Electronic Properties 100%
• Electronic Structure 21%
• Elongation 20%
• Energy Levels 17%
• Level Crossing 19%
• Lifetime 14%
• Monotonic 14%
• Nanocrystals 27%
• Nanorods 27%
• Nanostructures 84%
• Optical Properties 92%
• Polarization 16%
• Pseudopotential 87%
• Quantum Dots 24%
• Semiconductors 68%
• Stokes 15%
• Symmetry 10%

Engineering & Materials Science

• Aspect ratio 54%
• Conduction bands 24%
• Electron energy levels 16%
• Electronic properties 90%
• Electronic structure 21%
• Elongation 13%
• Energy gap 16%
• Molecular orbitals 24%
• Nanocrystals 21%
• Nanorods 21%
• Nanostructures 71%
• Optical properties 72%
• Polarization 13%
• Semiconductor materials 51%
• Valence bands 78%