Peroxymonosulfate activation by carbon-encapsulated metal nanoparticles: Switching the primary reaction route and increasing chemical stability

Engineering & Materials Science

• Metal nanoparticles 100%
• Chemical stability 80%
• Chemical activation 53%
• Carbon 44%
• Metals 38%
• Metal ions 21%
• Catalyst deactivation 21%
• Paramagnetic resonance 20%
• Formaldehyde 18%
• Leaching 17%
• Encapsulation 16%
• Sulfates 16%
• Electric Conductivity 16%
• Methanol 15%
• Electrons 14%
• Explosions 13%
• Oxidation 13%
• Wire 11%
• Fabrication 10%
• Degradation 10%
• Composite materials 8%

Chemical Compounds

• Metal Nanoparticle 59%
• Chemical Stability 55%
• Carbon Atom 27%
• Metal 26%
• Bromate 18%
• Leaching 13%
• EPR Spectroscopy 12%
• Encapsulation 12%
• Formaldehyde 12%
• Protective 12%
• Electrical Conductivity 11%
• Electron Transfer 10%
• Metal Ion 9%
• Methanol 9%
• Chloride 8%
• Composite Material 7%
• Reduction 6%
• Oxidation Reaction 6%
• Reaction Yield 6%

Earth & Environmental Sciences

• nanoparticle 54%
• metal 35%
• carbon 33%
• chemical 29%
• shell 18%
• encapsulation 14%
• electron spin resonance 13%
• formaldehyde 12%
• methanol 12%
• explosion 11%
• electrical conductivity 11%
• catalyst 10%
• chloride 9%
• leaching 9%
• sulfate 8%
• electron 8%
• oxidation 7%
• degradation 7%
• ion 7%
• kinetics 7%
• effect 2%
• method 2%