Effect of impeller design on the properties of Li_1.03Ni_0.8Mn_0.1Co_0.1O₂ cathode material synthesized via co-precipitation method

Keyphrases

• Cathode Material 100%
• Co-precipitation Method 100%
• Impeller 100%
• Impeller Design 100%
• Electrochemical Performance 75%
• NMC811 75%
• Flow Pattern 50%
• Impeller Type 50%
• Rushton Turbine 50%
• High Capacity 25%
• Electrode Materials 25%
• Hydrofoil 25%
• Computational Fluid Dynamics Simulation 25%
• Initial Discharge Capacity 25%
• Discharge Capacity 25%
• Cycle Performance 25%
• Coulombic Efficiency 25%
• Impeller Geometry 25%
• Parameter Study 25%
• Taguchi 25%
• Propeller Characteristics 25%
• Low Cobalt Content 25%
• Propeller Turbine 25%
• Lithium-ion Battery Cathode 25%

Engineering

• Impeller 100%
• Synthesized Material 100%
• Coprecipitation 100%
• Impeller Design 100%
• Flow Pattern 28%
• Discharge Capacity 28%
• Rushton Turbine 28%
• Computational Fluid Dynamics 14%
• Lithium-Ion Batteries 14%
• Hydrofoil 14%
• Blade Turbine 14%
• Phase Composition 14%
• Propeller 14%

Material Science

• Cathode Material 100%
• Coprecipitation 100%
• Cathode 50%
• Cobalt 25%
• Lithium Ion Battery 25%
• Computational Fluid Dynamics 25%
• Propeller 25%
• Propeller Blade 25%
• Phase Composition 25%