Transport and deposition of CeO₂ nanoparticles in water-saturated porous media

Engineering & Materials Science

• Cerium oxide 100%
• Nanoparticles 77%
• Porous materials 77%
• Ionic strength 54%
• Water 42%
• Packed beds 21%
• Deposition rates 11%
• Advection 11%
• Groundwater 10%
• Effluents 9%
• Polishing 9%
• Adsorption 8%
• Automobiles 8%
• Fuel cells 7%
• Sand 7%
• Catalysts 7%
• Mathematical models 6%
• Metals 5%
• Monitoring 4%

Earth & Environmental Sciences

• nanoparticle 72%
• porous medium 67%
• water 23%
• entrainment 19%
• fuel cell 10%
• water chemistry 10%
• particle 9%
• automobile 8%
• catalyst 8%
• advection 8%
• effluent 6%
• adsorption 6%
• sand 6%
• groundwater 5%
• metal 5%
• monitoring 5%
• prediction 4%
• rate 3%

Chemical Compounds

• Nanoparticle 39%
• Ionic Strength 30%
• Chemistry 17%
• pH Value 12%
• Column Like Crystal 11%
• Polishing 11%
• Neutral Condition 11%
• Groundwater 10%
• Alkaline Condition 9%
• Acidic Condition 9%
• Environment 5%
• Metal 4%
• Catalyst 4%