Catalytic Reduction of Oxygen by Metalloporphyrins in Fuel Cell Electrodes

Keyphrases

• Adsorption 25%
• Aerogel 100%
• Ag@AgCl 12%
• Aminophenyl 37%
• Carbon Aerogel 12%
• Carbon Black Particles 12%
• Carbon Electrode 12%
• Catalytic Reduction 100%
• Cobalt Complex 50%
• Current Density 12%
• Electrocatalytic Activity 12%
• Electrode Substrate 12%
• Electropolymerization 12%
• First-order Kinetics 12%
• Fuel Cell 25%
• Fuel Cell Electrodes 100%
• H2SO4 Solution 12%
• Half-wave Potential 12%
• Large Surface Area 12%
• Macrocyclic Catalyst 12%
• Macropores 12%
• Mass Transport 12%
• Mesopore 12%
• Metalloporphyrin 100%
• Micropore 12%
• Nafion 62%
• Noble Metal Catalyst 12%
• Non-noble 12%
• O2 Reduction 12%
• Oxygen Reduction 100%
• Oxygen Reduction Reaction 12%
• Porphyrin 62%
• Proton Migration 12%
• SEM-EDS 12%
• Sulfuric Acid 12%
• TETRA 50%
• Uniformly Dispersed 12%

Chemical Engineering

• Adsorption 25%
• Aerogel 12%
• Carbon Aerogel 100%
• Carbon Black 12%
• Electropolymerization 12%
• Mass Transfer 12%
• Porphyrin 62%
• Precious Metal 12%

Material Science

• Aerogels 100%
• Cobalt 44%
• Density 11%
• Electropolymerization 11%
• Energy-Dispersive X-Ray Spectroscopy 11%
• Kinetic Order 11%
• Scanning Electron Microscopy 11%