Effect of Tungsten Nanolayer Coating on Si Electrode in Lithium-ion Battery

Engineering & Materials Science

• Acoustic impedance 19%
• Anodes 49%
• Coatings 58%
• Demolition 33%
• Electrochemical properties 72%
• Electrodes 59%
• Electrons 26%
• Energy dispersive X ray analysis 37%
• Lithium-ion batteries 83%
• Mechanical properties 16%
• Microanalysis 36%
• Scanning electron microscopy 40%
• Silicon 61%
• Transmission electron microscopy 53%
• Tungsten 83%
• Vaporization 59%
• X rays 23%

Physics & Astronomy

• anodes 44%
• cells 13%
• coatings 52%
• conductivity 17%
• cycles 34%
• electric batteries 79%
• electrodes 48%
• electron probes 28%
• energy 7%
• impedance 19%
• ions 36%
• lithium 68%
• mechanical properties 17%
• microanalysis 27%
• scanning electron microscopy 33%
• silicon 41%
• transmission electron microscopy 33%
• tungsten 65%
• x rays 23%

Chemical Compounds

• Anode 37%
• Behavior as Electrode 39%
• Coating Agent 46%
• Conductivity 17%
• Electron Probe X-Ray Microanalysis 39%
• Energy 12%
• Molecular Layer 100%
• Scanning Electron Microscopy 15%
• Transmission Electron Microscopy 34%
• Tungsten 71%
• Vaporization 53%