Highly Durable and Efficient Ni-FeO_x/FeNi₃ Electrocatalysts Synthesized by a Facile In Situ Combustion-Based Method for Overall Water Splitting with Large Current Densities

Engineering & Materials Science

• Hydrogen evolution reaction 100%
• Electrocatalysts 85%
• In situ combustion 82%
• Oxygen evolution reaction 79%
• Current density 53%
• Catalysts 35%
• Water 30%
• Electronic states 22%
• Electrodes 21%
• Density functional theory 20%
• Mechanical stability 18%
• Calcination 17%
• Electrolysis 16%
• Nanoparticles 13%
• Foams 13%
• Thin films 13%
• Nickel 12%
• Fabrication 10%
• Electric potential 7%

Chemical Compounds

• Current Density 40%
• Hydrogen 28%
• In Situ Combustion 23%
• Dioxygen 20%
• Behavior as Electrode 13%
• Foam 12%
• Electrolysis 12%
• Calcination 11%
• Electronic State 10%
• Voltage 10%
• Density Functional Theory 8%
• Nanoparticle 6%
• Catalyst 5%
• Reaction Yield 5%
• Application 4%