Automated manufacturing of high performance fuel cells and influence of electrode structure on catalyst utilization

Material Science

• Electrode 100%
• Catalyst 100%
• Fuel 100%
• Metal 45%
• Platinum 45%
• Coating 36%
• Characterization 18%
• Scanning Electron Microscopy 18%
• Gas 9%
• Liquid 9%
• Materials 9%
• Porosity 9%
• Conductivity 9%
• Dielectric Spectroscopy 9%
• Coating Process 9%
• Droplet 9%
• Polymer Electrolyte 9%
• Electrocatalysts 9%
• Electrospinning 9%
• Pore Size Distribution 9%

Chemical Engineering

• Platinum 100%
• Fuel Cell Performance 100%
• Carbon 40%
• Fuel Cell 40%
• Mass Transfer 40%
• Hydrogen 20%
• Oxygen 20%
• Proton-Exchange Membrane Fuel Cells 20%
• Polymer Electrolyte Fuel Cell 20%
• Ionome 20%
• Propanol 20%
• Atomizer Nozzle 20%

Engineering

• Catalyst Utilisation 100%
• Electrode Structure 100%
• Department of Energy 50%
• Situ Study 33%
• Proton Conductivity 16%
• Hydrogen Energy 16%
• Low Metal 16%
• Cycling Stability 16%
• Pneumatic Atomisation 16%
• Homogeneous Catalyst 16%