Si quantum dot structures and their applications

Engineering & Materials Science

• Solar cells 100%
• Light emission 97%
• Electron devices 97%
• Silicon 74%
• Nanocrystalline silicon 58%
• Microcrystalline silicon 58%
• Dangling bonds 57%
• Plasmons 55%
• Excitons 55%
• Quantum electronics 50%
• Spintronics 48%
• Integrated optoelectronics 48%
• Defects 43%
• Rare earths 38%
• Data storage equipment 38%
• Passivation 38%
• Oxide semiconductors 37%
• Crystalline materials 33%
• Electrons 31%
• Light emitting diodes 31%
• Impurities 30%
• Thin films 29%
• Integrated circuits 29%
• Infrared radiation 27%
• Oxides 27%
• Metals 20%

Chemistry

• Quantum Dot 84%
• Application 29%
• Tandem Solar Cell 22%
• Dangling Bond 9%
• Spintronics 9%
• Plasmon 8%
• Electron Particle 7%
• Exciton 7%
• Chemical Passivation 7%
• Optoelectronics 6%
• Solar Cell 6%
• Orange 6%
• Electron Spin 6%
• Metal Oxide 6%
• Semiconductor 5%
• Lanthanoid Atom 5%
• Blue 5%
• Amorphous Material 5%
• Red 5%
• Green 5%
• Oxide 3%
• Mixture 3%
• Surface 2%

Physics & Astronomy

• quantum dots 73%
• solar cells 14%
• silicon 14%
• light emission 12%
• unions 9%
• quantum electronics 9%
• electrons 8%
• defects 7%
• cells 7%
• occupation 6%
• stimulation 6%
• compatibility 6%
• integrated circuits 6%
• passivity 6%
• CMOS 6%
• manipulators 5%
• rare earth elements 5%
• plasmons 5%
• histories 5%
• activation 5%
• light emitting diodes 5%
• excitons 5%
• impurities 4%
• oxides 4%
• matrices 3%
• thin films 3%