Synthesis and rate performance of monolithic macroporous carbon electrodes for lithium-ion secondary batteries

Physics & Astronomy

• storage batteries 100%
• lithium 57%
• synthesis 47%
• carbon 43%
• electrodes 40%
• ions 30%
• performance 28%
• tin oxides 7%
• flux density 6%
• lithium alloys 6%
• tin alloys 5%
• nanoparticles 5%
• formaldehyde 5%
• sol-gel processes 4%
• thermal decomposition 4%
• sulfates 4%
• diffusion length 4%
• polymethyl methacrylate 4%
• ion currents 4%
• tin 3%
• templates 3%
• charge transfer 3%
• electrolytes 3%
• solid state 3%
• porosity 2%
• cycles 2%
• conduction 2%
• electrical resistivity 2%
• matrices 2%
• crystals 1%

Engineering & Materials Science

• Secondary batteries 85%
• Lithium 72%
• Ions 60%
• Electrodes 50%
• Carbon 49%
• Tin oxides 11%
• Nanoparticles 8%
• Binders 7%
• Tin alloys 6%
• Lithium alloys 6%
• Ionic conductivity 6%
• Sol-gel process 5%
• Polymethyl methacrylates 5%
• Charge transfer 5%
• Formaldehyde 5%
• Pore structure 5%
• Tin 4%
• Sulfates 4%
• Crystals 4%
• Electrolytes 3%
• Pyrolysis 3%

Chemical Compounds

• Macro Porosity 65%
• Behavior as Electrode 32%
• Carbon Atom 30%
• Tin Oxide 8%
• Binding Agent 7%
• Nanoparticle 4%
• Pore Structure 3%
• Energy 3%
• Ionic Conductivity 3%
• Sol Gel Process 3%
• Electrical Conductivity 3%
• Sulfate 3%
• Alloy 2%
• Charge Transfer 2%
• Pyrolysis 2%
• Surface Area 2%
• Diffusion 2%
• Length 2%
• Volume 2%
• Ion 1%
• Surface 1%