Carbon-templated strategy toward the synthesis of dense and yolk-shell multi-component transition metal oxide cathode microspheres for high-performance Li ion batteries

Physics & Astronomy

• electric batteries 59%
• metal oxides 56%
• transition metals 48%
• cathodes 46%
• infiltration 45%
• synthesis 42%
• carbon 38%
• oxygen 35%
• salts 34%
• dry heat 34%
• heat treatment 31%
• flow velocity 31%
• process heat 28%
• ions 27%
• cycles 25%
• performance 25%
• metals 19%
• ethyl alcohol 19%
• templates 18%
• high current 17%
• lithium 17%
• high voltages 16%
• oxidation 14%
• porosity 14%
• current density 13%
• atmospheres 13%

Engineering & Materials Science

• Transition metal oxides 100%
• Microspheres 77%
• Lithium-ion batteries 62%
• Cathodes 57%
• Carbon 44%
• Oxygen 14%
• Infiltration 13%
• Salts 10%
• Heat treatment 10%
• Porous carbon 9%
• Flow rate 8%
• Cathode materials 8%
• Metals 7%
• Ethanol 5%
• Current density 5%
• Oxidation 5%
• Electric potential 3%

Chemical Compounds

• Multicomponent Reaction 50%
• Microsphere 50%
• Cathode 42%
• Ion 23%
• Drop 10%
• Heat Treatment 9%
• Flow Kinetics 8%
• Dioxygen 8%
• Carbon Atom 5%
• Metal 5%
• Size Distribution 5%
• Current Density 4%
• Voltage 4%
• Pore 3%
• Ethanol 3%
• Porosity 3%
• Oxidation Reaction 2%
• Reaction Yield 2%