Systematic Study of Effective Hydrothermal Synthesis to Fabricate Nb-Incorporated TiO₂ for Oxygen Reduction Reaction

Engineering & Materials Science

• Hydrothermal synthesis 100%
• Oxygen reduction reaction 94%
• Doping (additives) 39%
• Fuel cells 31%
• Atoms 24%
• Catalysts 20%
• Full width at half maximum 17%
• Titanium dioxide 15%
• Vapor pressure 14%
• Crystallinity 14%
• Diffraction 12%
• Crystalline materials 12%
• Energy conversion 12%
• Electrons 11%
• X ray diffraction 11%
• Oxygen 9%

Physics & Astronomy

• synthesis 42%
• oxygen 35%
• fuel cells 34%
• catalysts 18%
• energy conversion 10%
• anatase 10%
• diffraction 10%
• vapor pressure 10%
• electron transfer 9%
• atoms 9%
• crystallinity 8%
• performance 8%
• flux density 7%
• conductivity 6%
• x rays 4%

Chemical Compounds

• Hydrothermal Method 45%
• Electrocatalytic Activity 30%
• Dioxygen 28%
• Reduction 26%
• Saturated Vapour 11%
• Pressure 9%
• Vapor Pressure 8%
• Catalyst 7%
• Titanium Dioxide 6%
• Crystallinity 6%
• Electron Transfer 5%
• Conductivity 5%
• X-Ray Diffraction 4%
• Energy 3%
• Amount 3%
• Application 2%