Electrochemically modulated diffraction. A novel strategy for the determination of conduction-band-edge energies for nanocrystalline thin-film semiconductor electrodes

Engineering & Materials Science

• Conduction bands 100%
• Diffraction 63%
• Thin films 55%
• Semiconductor materials 51%
• Wavelength 51%
• Refractive index 51%
• Electrodes 45%
• Electrons 39%
• Diffraction efficiency 34%
• Modulation 30%
• Light absorption 29%
• Titanium dioxide 25%
• Electrolytes 19%

Physics & Astronomy

• conduction bands 50%
• electrodes 36%
• nonaqueous electrolytes 32%
• diffraction 31%
• thin films 30%
• wavelengths 27%
• refractivity 27%
• modulation 25%
• titanium oxides 20%
• proportion 18%
• energy 17%
• optical absorption 16%
• electrons 16%
• traps 14%
• conduction 13%
• excitation 9%

Chemical Compounds

• Refractive Index 56%
• Semiconductor 44%
• Wavelength 41%
• Electron Particle 31%
• Behavior as Electrode 29%
• Absorptivity 28%
• Energy 27%
• Titanium Dioxide 24%