Unusual Changes in Electronic Band-Edge Energies of the Nanostructured Transparent n-Type Semiconductor Zr-Doped Anatase TiO₂ (Ti_1-xZr_xO₂; X < 0.3)

Physics & Astronomy

• n-type semiconductors 88%
• anatase 75%
• conduction bands 40%
• electronics 36%
• roasting 26%
• sorption 26%
• homogeneity 22%
• chemical composition 20%
• energy 20%
• routes 19%
• gels 18%
• nitrogen 17%
• transmission electron microscopy 15%
• scanning electron microscopy 15%
• optical properties 15%
• diffraction 12%
• spectroscopy 12%
• gases 11%
• atoms 11%
• x rays 10%

Medicine & Life Sciences

• Semiconductors 100%
• titanium dioxide 93%
• X-Ray Diffraction 42%
• Polymethyl Methacrylate 39%
• Transmission Electron Microscopy 35%
• Powders 35%
• Nitrogen 34%
• Spectrum Analysis 34%
• Electron Scanning Microscopy 34%
• Gases 29%
• Gels 28%

Chemical Compounds

• Titanium Dioxide 57%
• Semiconductor 53%
• Energy 33%
• Conduction Band 25%
• Electronegativity 24%
• Nanoporosity 21%
• Homogeneity 20%
• Calcination 19%
• Electronic Property 19%
• Powder X-Ray Diffraction 17%
• Band Gap 17%
• Optical Property 17%
• Sorption 16%
• Transmission Electron Microscopy 15%
• Spectroscopy 15%
• UV/VIS Spectroscopy 14%
• Nitrogen 14%
• Environment 13%
• Gas 12%