High-Power and Ultrastable Aqueous Calcium-Ion Batteries Enabled by Small Organic Molecular Crystal Anodes

Keyphrases

• High Power 100%
• Ultra-stable 100%
• Calcium-ion Batteries 100%
• Organic Molecular Crystals 100%
• PTCDI 60%
• Ca Ion 40%
• Aqueous Electrolyte 40%
• Carbonyl 20%
• Divalent 20%
• Low Power 20%
• Ca2+ 20%
• Storage Capacity 20%
• Power Output 20%
• Strong Interaction 20%
• Aromatic Carbon 20%
• Carbon Layer 20%
• Calcium Chloride 20%
• Small Organic Molecules 20%
• Small Molecular 20%
• Molecular Crystals 20%
• Li-ion Battery 20%
• High Abundance 20%
• Anode Material 20%
• Low-cost Alternative 20%
• Spur 20%
• High Capacity Retention 20%
• Reversible Capacity 20%
• High Power Capacity 20%
• Storage Performance 20%
• Ion Diffusion Kinetics 20%
• Safer Alternatives 20%
• Organic Anode 20%
• Diimide 20%
• Enolization 20%
• Kinetic Power 20%
• Organic Calcium 20%
• Intercalation Electrodes 20%
• Intercalation Host 20%
• Organic Electrodes 20%
• Carbonyl Group 20%
• Prussian Blue Analogous 20%

Material Science

• Molecular Crystal 100%
• Anode 100%
• Calcium Ion 100%
• Anode Material 14%
• Lithium Ion Battery 14%
• Cathode 14%
• Organic Electrode 14%