Iron-rich nanoparticle encapsulated, nitrogen doped porous carbon materials as efficient cathode electrocatalyst for microbial fuel cells

Engineering & Materials Science

• Air 7%
• Bacteria 14%
• Carbon 19%
• Catalysts 10%
• Cathodes 63%
• Characterization (materials science) 11%
• Chemical analysis 8%
• Crystalline materials 13%
• Cyclic voltammetry 18%
• Electric potential 6%
• Electrocatalysts 97%
• Electrodes 9%
• Iron 57%
• Metabolism 16%
• Microbial fuel cells 83%
• Nanoparticles 63%
• Nitrogen 59%
• Organic polymers 19%
• Oxygen reduction reaction 61%
• Porous carbon 100%
• Porphyrins 22%
• Pyrolysis 12%

Physics & Astronomy

• air 7%
• bacteria 13%
• carbon 42%
• catalysts 11%
• cathodes 51%
• cells 6%
• chambers 10%
• characterization 7%
• electric potential 6%
• electrocatalysts 94%
• electrodes 7%
• fuel cells 73%
• iron 45%
• metabolism 15%
• nanoparticles 43%
• nitrogen 46%
• oxygen 23%
• performance 11%
• polymers 7%
• porphyrins 16%
• pyrolysis 12%
• radiant flux density 11%
• rings 8%

Chemical Compounds

• Application 8%
• Behavior as Electrode 6%
• Carbon Atom 5%
• Catalyst 5%
• Cathode 46%
• Chemical Element 9%
• Crystal Structure 6%
• Cyclic Voltammetry 9%
• Dioxygen 18%
• Nanoparticle 31%
• Nitrogen 38%
• Pharmacological Metabolism 9%
• Porosity 37%
• Porphyrin 10%
• Pyrolysis 8%
• Reduction 17%
• Voltage 9%