Tunable Pseudocapacitive Intercalation of Chloroaluminate Anions into Graphite Electrodes for Rechargeable Aluminum Batteries

Keyphrases

• Aluminum Graphite 50%
• Anion Intercalation 50%
• Anions 100%
• Capacitive Contribution 50%
• Capacity Retention 50%
• Charge Storage 50%
• Chloroaluminate 50%
• Chloroaluminate Anions 100%
• Diffusion Limit 100%
• Diffusion Limitation 50%
• Discharge Rate 50%
• Electrochemical Intercalation 50%
• Electrochemical Techniques 50%
• Electrode Tortuosity 50%
• Electrolyte 100%
• Exfoliated Graphite 50%
• Faradaic 50%
• Fast Discharge 50%
• Fast Rates 50%
• Galvanostatic 50%
• Graphite 100%
• Graphite Electrode 100%
• Graphite Structure 100%
• High Rate Capability 50%
• Ion Diffusion 100%
• Mass Transport 50%
• Overall Rate 50%
• Porous Electrode 50%
• Potential Rate 50%
• Potential Redox 50%
• Pseudocapacitive 50%
• Pseudocapacitive Characteristic 50%
• Pseudocapacitive Contribution 100%
• Pseudocapacitive Intercalation 100%
• Rate Capability 50%
• Rate Performance 50%
• Rechargeable Aluminum Batteries 100%
• Redox Couple 50%
• Supercapacitor 50%

Chemical Engineering

• Mass Transport 100%

Material Science

• Anion Intercalation 50%