Effects of in situ graphitic nanocarbon coatings on cycling performance of silicon-flake-based anode of lithium ion battery

Physics & Astronomy

• flakes 64%
• electric batteries 57%
• lithium 49%
• anodes 48%
• coatings 37%
• cycles 37%
• silicon 30%
• ions 26%
• carbon 25%
• performance 24%
• carbon fibers 20%
• carbon nanotubes 16%
• vapor deposition 14%
• camphor 14%
• ferrocenes 13%
• nanoparticles 12%
• containers 9%
• water vapor 9%
• catalysts 8%
• deposits 8%
• Raman spectroscopy 7%
• manufacturing 7%
• impedance 7%
• wafers 7%
• iron 6%
• conductivity 6%
• scanning electron microscopy 6%
• augmentation 5%
• cells 5%
• spectroscopy 4%
• temperature 2%

Engineering & Materials Science

• Nanocarbon 100%
• Lithium-ion batteries 60%
• Anodes 54%
• Silicon 44%
• Coatings 42%
• Chemical vapor deposition 26%
• Carbon 25%
• Nanoparticles 22%
• Camphor 20%
• Carbon films 17%
• Cyclic voltammetry 16%
• Raman spectroscopy 15%
• Electrochemical impedance spectroscopy 13%
• Silicon wafers 13%
• Water vapor 12%
• Energy dispersive spectroscopy 11%
• Deposits 11%
• Containers 10%
• Iron 10%
• Catalysts 9%
• Temperature 9%
• Scanning electron microscopy 8%
• Hot Temperature 5%

Chemical Compounds

• Flake Like Crystal 59%
• Anode 41%
• Carbon Atom 26%
• Carbon Fiber 25%
• Carbon Nanotube 20%
• Camphor 17%
• Nanoparticle 14%
• Ferrocene 13%
• Water Vapor 13%
• Chemical Vapour Deposition 12%
• Raman Spectroscopy 10%
• Dimension 10%
• Cyclic Voltammetry 9%
• Conductivity 9%
• Liquid Film 6%
• Catalyst 5%
• Time 5%
• Surface 4%