Zero-valent iron: Impact of anions present during synthesis on subsequent nanoparticle reactivity

Earth & Environmental Sciences

• iron nanoparticle 96%
• anion 69%
• nanoparticle 68%
• chloroform 56%
• iron 48%
• remediation 40%
• phosphate 37%
• sulfate 34%
• iron sulfide 29%
• goethite 26%
• solid state 25%
• iron oxide 23%
• product 23%
• magnetite 22%
• organic compound 21%
• byproduct 21%
• material 20%
• chloride 19%
• surface area 19%
• hydrogen 19%
• nitrate 17%
• oxidation 16%
• ion 15%
• kinetics 15%
• groundwater 14%
• metal 14%
• carbon 13%
• monitoring 12%
• gas 12%
• particle 12%
• rate 8%

Engineering & Materials Science

• Negative ions 100%
• Nanoparticles 73%
• Iron 66%
• Chlorine compounds 33%
• Remediation 26%
• Phosphates 24%
• Sulfates 23%
• Carbon tetrachloride 17%
• Metal nanoparticles 17%
• Organic compounds 14%
• Magnetite 14%
• Iron oxides 13%
• Specific surface area 13%
• Nitrates 13%
• Rate constants 13%
• Groundwater 12%
• Sulfides 12%
• Byproducts 10%
• Ions 9%
• Oxidation 9%
• Hydrogen 8%
• Gases 6%
• Monitoring 5%
• Temperature 4%

Chemical Compounds

• Remediation 50%
• Anion 43%
• Chloroform 40%
• Sulfate 37%
• Nanoparticle 37%
• Iron Sulfides 32%
• Phosphate 32%
• Iron Oxide Nanoparticle 27%
• Groundwater 26%
• Magnetite 25%
• Metal Nanoparticle 24%
• Reaction Yield 20%
• Specific Surface Area 19%
• Nitrate 18%
• Rate Constant 16%
• Chloride 14%
• Gas 13%
• Hydrogen 12%
• Reduction 11%
• Oxidation Reaction 11%
• Ion 9%