Conversion reaction mechanism of cobalt telluride-carbon composite microspheres synthesized by spray pyrolysis process for K-ion storage

Physics & Astronomy

• ion storage 90%
• tellurides 85%
• pyrolysis 64%
• sprayers 60%
• cobalt 59%
• carbon 42%
• composite materials 39%
• potassium 25%
• cycles 17%
• Ostwald ripening 16%
• electrode materials 15%
• embedding 13%
• electric batteries 13%
• chalcogenides 12%
• ions 11%
• crystal growth 11%
• sodium 11%
• lithium 11%
• anodes 11%
• transition metals 10%
• current density 9%
• gases 6%
• metals 6%
• performance 5%

Engineering & Materials Science

• Spray pyrolysis 100%
• Microspheres 85%
• Cobalt 74%
• Ions 59%
• Carbon 48%
• Composite materials 37%
• Potassium 31%
• Ostwald ripening 21%
• Chalcogenides 20%
• Transition metals 18%
• Crystal growth 18%
• Lithium 14%
• Sodium 13%
• Current density 12%
• Anodes 12%
• Electrodes 9%
• Chemical analysis 8%
• Metals 8%
• Gases 7%

Chemical Compounds

• Spray Pyrolysis 74%
• Microsphere 55%
• Composite Material 32%
• Ostwald Ripening 16%
• Crystal Growth 12%
• Ion 10%
• Current Density 9%
• Anode 9%
• Transition Element 9%
• Sodium Atom 8%
• Gas 6%
• Metal 5%
• Application 4%