Functionalization of electrochemically prepared titania nanotubes with Pt for application as catalyst for fuel cells

Physics & Astronomy

• Titania 100%
• fuel cells 78%
• nanotubes 64%
• catalysts 62%
• titanium 55%
• methyl alcohol 51%
• oxidation 37%
• catalytic activity 21%
• catalysis 19%
• stripping 18%
• anatase 18%
• point defects 15%
• carbon 11%
• electrodes 10%
• composite materials 10%
• annealing 10%

Engineering & Materials Science

• Nanotubes 85%
• Titanium 65%
• Fuel cells 60%
• Catalysts 57%
• Methanol 51%
• Oxidation 44%
• Catalyst activity 42%
• Cyclic voltammetry 23%
• Catalysis 22%
• Titanium dioxide 21%
• Crystalline materials 17%
• Annealing 16%
• Electrodes 12%
• Carbon 12%
• Composite materials 9%

Chemical Compounds

• Methanol 30%
• Catalyst 28%
• Oxidation Reaction 22%
• Crystal Point Defect 21%
• Application 21%
• Catalyst Activity 18%
• Anodizing 16%
• Titanium Dioxide 13%
• Annealing 13%
• Cyclic Voltammetry 11%
• Catalysis 10%
• Behavior as Electrode 8%
• Composite Material 8%
• Carbon Atom 7%