Phase and microstructural evolution of Sn particles embedded in amorphous carbon nanofibers and their anode properties in Li-ion batteries

Engineering & Materials Science

• Amorphous carbon 100%
• Carbon nanofibers 95%
• Microstructural evolution 80%
• Lithium-ion batteries 69%
• Nanoparticles 64%
• Anodes 62%
• Dealloying 27%
• Cooling 22%
• Fibers 22%
• Electrospinning 22%
• Nanofibers 21%
• Calcination 20%
• Alloying 18%
• Lithium 18%
• Melting point 17%
• Nucleation 17%
• Quenching 16%
• Electrolytes 15%
• Heat treatment 14%
• Temperature 13%
• Carbon 12%
• Composite materials 9%

Physics & Astronomy

• electric batteries 66%
• anodes 55%
• nanoparticles 43%
• carbon 43%
• ions 30%
• cooling 22%
• roasting 18%
• fibers 18%
• lithium 14%
• alloying 14%
• permeability 14%
• electrolytes 13%
• penetration 13%
• heat treatment 13%
• melting 12%
• nucleation 12%
• damage 11%
• atmospheres 11%
• composite materials 9%

Chemical Compounds

• Carbon Nanofibre 69%
• Anode 47%
• Amorphous Material 45%
• Nanoparticle 32%
• Cooling 28%
• Fiber 20%
• Surface Activity 18%
• Alloying 16%
• Nanofiber 14%
• Heat Treatment 13%
• Calcination 13%
• Melting Point 13%
• Nucleation 13%
• Permeability 13%
• Volume 9%
• Composite Material 8%
• Carbon Atom 7%