Adsorption of metal and metalloid ions onto nanoporous microparticles functionalized by atomic layer deposition

Keyphrases

• Heat Treatment 100%
• Atomic Layer Deposition 100%
• Metalloids 100%
• Metal Adsorption 100%
• Nanoporous Microparticles 100%
• Rutile 80%
• Silica Gel Particles 80%
• V(V) 60%
• As(V) 60%
• Mo(VI) 60%
• Pb(II) 60%
• Se(IV) 60%
• Cu(II) 40%
• Micron-sized 40%
• TiO2 Film 40%
• Ag(I) 40%
• Ba(II) 40%
• Coated Samples 40%
• Sb(III) 40%
• Toxic Elements 20%
• Aqueous Solution 20%
• Trace Elements 20%
• Heavy Metals 20%
• Removal Efficiency 20%
• Adsorption Sites 20%
• Mn(II) 20%
• Zn(II) 20%
• Ni(II) 20%
• Co(II) 20%
• Cr(III) 20%
• Al(III) 20%
• Cd(II) 20%
• Sr(II) 20%
• Adsorption Performance 20%
• Nanoporous 20%
• Adsorbent 20%
• Adsorption Capacity 20%
• TiO2 Surface 20%
• Large Particle Size 20%
• Mixed Solution 20%
• Ultrafine TiO2 20%
• Contaminant Remediation 20%
• CRISTAL 20%
• Coated Silica 20%
• Trace Contaminants 20%

Chemical Engineering

• Titanium Dioxide 100%
• Atomic Layer Deposition 100%
• Metalloid 100%
• Adsorption of Metal 100%
• Film 28%
• Heavy Metal 14%
• Trace Element 14%
• Adsorption Performance 14%

Material Science

• Microparticle 100%
• Titanium Dioxide 100%
• Heat Treatment 71%
• Silica Gel 57%
• Film 28%
• Heavy Metal 14%
• Novel Material 14%
• Crystal Structure 14%