Optical studies of carrier dynamics and non-equilibrium optical phonons in nitride- based semiconductors

Engineering & Materials Science

• Phonons 100%
• Nitrides 76%
• Indium 76%
• Semiconductor materials 56%
• Energy gap 27%
• Gallium nitride 20%
• Aluminum nitride 13%
• Semiconductor lasers 12%
• Semiconductor alloys 10%
• Electrons 9%
• Light emitting diodes 9%
• Conduction bands 8%
• Electron mobility 7%
• Luminescence 7%
• Impurities 4%
• Thin films 4%
• Wavelength 4%
• Infrared radiation 4%
• Oxygen 3%
• Fabrication 3%
• Defects 3%

Physics & Astronomy

• nitrides 58%
• indium 56%
• phonons 43%
• gallium nitrides 17%
• aluminum nitrides 11%
• light emitting diodes 7%
• semiconductor lasers 7%
• electron mobility 5%
• conduction bands 4%
• electrons 4%
• luminescence 3%
• saturation 3%
• impurities 3%
• fabrication 2%
• oxygen 2%
• defects 2%
• thin films 2%
• wavelengths 2%
• simulation 1%
• energy 1%