Quantum confinement effect in thin quantum wires

Engineering & Materials Science

• Semiconductor quantum wires 100%
• Quantum confinement 91%
• Optical transitions 74%
• Energy gap 56%
• Zinc Selenide 25%
• Band structure 19%
• Wave functions 19%
• Semiconductor materials 18%
• Photoluminescence 11%
• Electronic states 11%
• Ground state 10%
• Lattice constants 10%
• Electron energy levels 8%

Chemical Compounds

• Optical Transition 48%
• Band Gap 37%
• Wave Function 16%
• Semiconductor 16%
• Electronic Band Structure 14%
• Pseudopotential 9%
• Lattice Constant 7%
• Ground State 5%
• Photoluminescence 5%
• Electronic State 5%
• Energy 3%

Physics & Astronomy

• quantum wires 55%
• wire 37%
• optical transition 20%
• wave functions 5%
• life (durability) 5%
• homojunctions 5%
• electronics 3%
• pseudopotentials 3%
• energy bands 3%
• energy levels 3%
• photoluminescence 2%
• ground state 2%
• cross sections 2%