Silicon nanoparticles prepared from industrial wastes as high-performing anode materials for lithium ion batteries

Physics & Astronomy

• industrial wastes 100%
• electric batteries 67%
• lithium 58%
• anodes 56%
• nanoparticles 44%
• silicon 35%
• ions 30%
• catalysts 20%
• preparation 10%
• lithium batteries 10%
• hydrogen chlorides 10%
• grade 7%
• monomers 6%
• voids 6%
• buffers 6%
• costs 5%
• cycles 4%
• expansion 4%
• gases 3%

Engineering & Materials Science

• Industrial wastes 82%
• Lithium-ion batteries 70%
• Nanoparticles 64%
• Anodes 63%
• Silicon 51%
• Catalysts 18%
• Nanostructures 17%
• Electrochemical properties 10%
• Lithium batteries 10%
• Monomers 8%
• Crystalline materials 7%
• Ions 6%
• Hydrogen 5%
• Gases 4%
• Costs 2%

Chemical Compounds

• Silicon Nanoparticle 90%
• Industrial Waste 79%
• Anode 48%
• Nanomaterial 20%
• Catalyst 20%
• Hydrogen Chloride 18%
• Green 11%
• Buffer Solution 10%
• Diffusion 10%
• Monomer 9%
• Volume 9%
• Gas 8%
• Mixture 7%