Molybdenum phosphide coupled with highly dispersed nickel confined in porous carbon nanofibers for enhanced photocatalytic CO₂ reduction

Engineering & Materials Science

• Porous carbon 100%
• Carbon nanofibers 93%
• Transition metal compounds 89%
• Molybdenum 74%
• Nickel 59%
• Electrons 42%
• Nitrogen 39%
• Photocatalysts 32%
• Band structure 29%
• Irradiation 21%
• Nanoparticles 21%
• Adsorption 20%
• Solar energy 19%
• Mass transfer 18%
• Carbon 16%
• Chemical analysis 13%
• Costs 8%

Earth & Environmental Sciences

• molybdenum 68%
• nickel 55%
• transition element 50%
• carbon 36%
• conductivity 34%
• electron 29%
• nitrogen 25%
• carbon balance 25%
• recombination 23%
• solar energy 22%
• nanoparticle 19%
• irradiation 19%
• mass transfer 18%
• incorporation 17%
• electronics 17%
• adsorption 14%
• engineering 13%
• cost 11%
• chemical 10%
• product 10%
• material 8%
• rate 6%

Chemical Compounds

• Carbon Nanofibre 67%
• Porosity 37%
• Transition Element 30%
• Reduction 29%
• Conductivity 28%
• Electron-Hole Pair 23%
• Solar Energy 23%
• Electronic Band Structure 21%
• Light Irradiation 18%
• Mass Transfer 17%
• Fuel 17%
• Nitrogen 12%
• Electron Particle 11%
• Nanoparticle 10%
• Adsorption 10%
• Carbon Atom 9%
• Time 7%