Development of carbon nanotubes based gas diffusion layers by in situ chemical vapor deposition process for proton exchange membrane fuel cells

Engineering & Materials Science

• Diffusion in gases 97%
• Chemical vapor deposition 90%
• Surface morphology 87%
• Proton exchange membrane fuel cells (PEMFC) 85%
• Carbon nanotubes 82%
• Electron microscopes 73%
• Fuel cells 69%
• Hydrogen 61%
• Goniometers 59%
• Focused ion beams 54%
• Wetting 39%
• Electrolytes 37%
• Macros 35%
• Oxygen 31%
• Temperature 31%
• Reinforcement 31%
• Scanning 29%
• Carbon 29%
• Air 21%

Physics & Astronomy

• gaseous diffusion 100%
• fuel cells 90%
• carbon nanotubes 67%
• vapor deposition 59%
• membranes 57%
• protons 50%
• electron microscopes 24%
• goniometers 20%
• hydrogen 19%
• reinforcement 16%
• homogeneity 14%
• wetting 14%
• performance 13%
• electrolytes 12%
• ion beams 12%
• carbon 10%
• scanning 9%
• oxygen 9%
• air 9%
• temperature 9%
• cross sections 9%

Chemical Compounds

• Vapor Deposition Process 94%
• Micro Porosity 70%
• Chemical Vapour Deposition 69%
• Carbon Nanotube 56%
• Diffusion 48%
• Gas 41%
• Ion Beam 28%
• Electron Particle 28%
• Hydrogen 26%
• Fibrous Crystal 26%
• Macro Porosity 25%
• Surface 24%
• Homogeneity 23%
• Multi Walled Nanotube 21%
• Pressure 15%
• Dioxygen 12%
• Carbon Atom 12%