Electrochemical behaviors of diamond-like-carbon-coated silicon monoxide-graphite composite anode for Li-ion battery

Physics & Astronomy

• electric batteries 95%
• anodes 79%
• graphite 79%
• diamonds 74%
• cycles 62%
• carbon 61%
• composite materials 56%
• cells 50%
• silicon 50%
• ions 43%
• gloves 34%
• boxes 22%
• Raman spectroscopy 19%
• modulus of elasticity 18%
• argon 18%
• vapor deposition 17%
• impedance 17%
• coatings 15%
• transmission electron microscopy 15%
• scanning electron microscopy 15%
• electrodes 14%
• high resolution 14%
• x rays 10%
• electrons 9%
• energy 6%

Engineering & Materials Science

• Lithium-ion batteries 100%
• Diamonds 92%
• Graphite 92%
• Anodes 89%
• Silicon 73%
• Carbon 70%
• Composite materials 53%
• High resolution transmission electron microscopy 38%
• Plasma enhanced chemical vapor deposition 33%
• Chemical stability 31%
• Electron probe microanalysis 31%
• Raman spectroscopy 31%
• Argon 26%
• X rays 21%
• Elastic moduli 19%
• Scanning electron microscopy 18%
• Electrodes 17%
• Coatings 17%
• Acoustic impedance 17%

Chemical Compounds

• Anode 68%
• Silicon Monoxide 49%
• Composite Material 46%
• Graphite 45%
• Carbon Atom 43%
• Electron Microprobe Analysis 41%
• Plasma Enhanced Chemical Vapour Deposition 37%
• Young's Modulus 32%
• Chemical Stability 29%
• Raman Spectroscopy 23%
• X-Ray 18%
• Coating Agent 18%
• Scanning Electron Microscopy 18%
• Behavior as Electrode 15%