Effect of Fe₂O₃ nanoparticles on combustion of coal surrogate (Anisole): Enhanced ignition and formation of persistent free radicals

Physics & Astronomy

• anisole 100%
• free radicals 67%
• coal 66%
• ignition 58%
• ignition temperature 56%
• chemisorption 44%
• nanoparticles 41%
• electron paramagnetic resonance 37%
• fly ash 29%
• reflectance 28%
• oxides 25%
• spectroscopy 21%
• contaminants 21%
• beds 19%
• infrared spectroscopy 18%
• dissociation 16%
• occurrences 16%
• density functional theory 15%
• reactors 15%
• iron 14%
• characterization 11%
• diffraction 10%
• x rays 9%
• temperature 6%
• energy 6%

Engineering & Materials Science

• Free radicals 87%
• Fourier transform infrared spectroscopy 76%
• Chemisorption 62%
• Nanoparticles 60%
• Paramagnetic resonance 55%
• Ignition 54%
• Coal 50%
• Oxides 35%
• Organic pollutants 33%
• Energy barriers 31%
• Density functional theory 30%
• Packed beds 24%
• Temperature 24%
• Fly ash 21%
• X ray diffraction 20%
• Iron 18%
• Fires 16%
• Substrates 14%

Chemical Compounds

• Anisole 72%
• Coal 59%
• Free Radical 49%
• Chemisorption 36%
• EPR Spectroscopy 35%
• Nanoparticle 30%
• Persistent Organic Pollutant 28%
• Ferric Oxide 26%
• Fire 22%
• Chain Reaction 20%
• Energy Barrier 19%
• Fuel 16%
• Dissociation 14%
• Density Functional Theory 12%
• Fourier Transform Infrared Spectroscopy 11%
• Oxide 11%
• X-Ray Diffraction 10%
• Reduction 9%