Oxidation of organic pollutants by peroxymonosulfate activated with low-temperature-modified nanodiamonds: Understanding the reaction kinetics and mechanism

Engineering & Materials Science

• Nanodiamonds 100%
• Organic pollutants 96%
• Reaction kinetics 65%
• Oxidation 51%
• Temperature 23%
• Chemical activation 17%
• Graphene oxide 17%
• Spectroscopic analysis 6%
• Graphitization 5%
• Paramagnetic resonance 5%
• Calcination 5%
• Formaldehyde 4%
• Sulfates 4%
• Electric Conductivity 4%
• Doping (additives) 4%
• Surface treatment 4%
• Quenching 4%
• Methanol 3%
• Electrons 3%
• Annealing 3%
• Nitrogen 3%
• Electrodes 3%
• Carbon 2%
• Acoustic impedance 2%
• Substrates 2%
• Composite materials 2%

Earth & Environmental Sciences

• reaction kinetics 65%
• organic pollutant 61%
• oxidation 38%
• oxide 32%
• graphitization 20%
• chlorophenol 18%
• electron spin resonance 16%
• bromide 15%
• thesis 15%
• formaldehyde 15%
• annealing 15%
• methanol 14%
• electrical conductivity 13%
• electrode 12%
• material 11%
• chloride 11%
• sulfate 10%
• electron 10%
• substrate 10%
• nitrogen 8%
• atmosphere 8%
• carbon 8%
• analysis 3%
• effect 3%

Chemical Compounds

• Nanodiamond 73%
• Environmental Pollutant 48%
• Oxidation Reaction 26%
• Graphene Oxide 15%
• Bromate 8%
• 4-Chlorophenol 8%
• Spectroscopic Analysis 6%
• EPR Spectroscopy 5%
• Formaldehyde 5%
• Surface Modification 5%
• Calcination 5%
• Annealing 5%
• Electrical Conductivity 5%
• Bromide 4%
• Adduct 4%
• Electron Transfer 4%
• Surface 4%
• Methanol 3%
• Chloride 3%
• Modification 3%
• Behavior as Electrode 3%
• Composite Material 3%
• Carbon Atom 3%
• Reaction Yield 2%