Optical properties of AlN/AlGa(In)N short period superlattices - Deep UV light emitting diodes

Engineering & Materials Science

• Algae 73%
• Ammonia 14%
• Buffer layers 38%
• Cathodoluminescence 25%
• Current density 12%
• Electric potential 6%
• Electric properties 28%
• Electroluminescence 21%
• Gas source molecular beam epitaxy 28%
• Hall effect 18%
• Light emitting diodes 52%
• Nucleation 14%
• Optical properties 66%
• Sapphire 17%
• Silanes 17%
• Superlattices 100%
• Temperature 5%
• Ultraviolet radiation 69%
• Wavelength 11%

Physics & Astronomy

• algae 65%
• ammonia 13%
• buffers 22%
• cathodoluminescence 14%
• cells 7%
• current density 9%
• electric potential 7%
• electrical properties 19%
• electroluminescence 13%
• energy 3%
• gases 6%
• Hall effect 12%
• light emitting diodes 42%
• molecular beam epitaxy 11%
• nucleation 9%
• optical properties 34%
• reflectance 9%
• room temperature 7%
• sapphire 11%
• shift 8%
• silanes 14%
• superlattices 50%
• wavelengths 6%

Chemistry

• Ambient Reaction Temperature 5%
• Ammonia 8%
• Buffer Solution 13%
• Cathodoluminescence 14%
• Current Density 7%
• Electrical Property 17%
• Electroluminescence 11%
• Emission Peak 11%
• Energy 5%
• Gas 5%
• Hall Effect 15%
• Molecular Beam Epitaxy 15%
• Nucleation 8%
• Optical Property 38%
• Point Group C∞V 16%
• Silane 10%
• Superlattice 54%
• Voltage 7%
• Wavelength 7%