Chemical tuning of TiO₂ nanoparticles and sintered compacts for enhanced thermoelectric properties

Physics & Astronomy

• sintering 53%
• tuning 52%
• nanoparticles 46%
• electric generators 44%
• thermoelectric materials 39%
• anatase 37%
• rutile 36%
• pellets 35%
• atoms 35%
• metal oxides 33%
• figure of merit 33%
• point defects 32%
• ions 32%
• thermal stability 30%
• interstitials 29%
• thermal conductivity 27%
• grain boundaries 25%
• synthesis 25%
• atmospheres 24%
• oxides 21%
• scattering 17%

Engineering & Materials Science

• TiO2 nanoparticles 100%
• Tuning 53%
• Atoms 47%
• Sintering 43%
• Ions 42%
• Oxides 39%
• Point defects 35%
• Thermoelectric power 33%
• Titanium dioxide 30%
• X ray photoelectron spectroscopy 28%
• Thermodynamic stability 23%
• Energy dispersive spectroscopy 23%
• Grain boundaries 23%
• Nanoparticles 22%
• Scattering 21%
• Thermal conductivity 20%
• Powders 18%
• Metals 14%

Chemical Compounds

• Thermoelectricity 77%
• Sintering 38%
• Nanoparticle 34%
• Crystal Point Defect 29%
• Figure of Merit 26%
• Interstitial 24%
• Grain Boundary 23%
• Purity 23%
• Rutile 22%
• Pellet 22%
• Thermal Conductivity 21%
• Polycrystalline Solid 20%
• Tetragonal Space Group 20%
• Metal Oxide 19%
• Titanium Dioxide 19%
• Ion 18%
• Thermal Stability 15%
• Oxide 12%
• Time 8%