Nano-channel-based physical and chemical synergic regulation for dendrite-free lithium plating

Keyphrases

• Nanochannel 100%
• Lithium Ion Flux 100%
• Porous Carbon Nitride 100%
• Lithium Plating 100%
• Dendrite-free Lithium 100%
• Channel-based 100%
• Synergic 100%
• Negative Electrode 75%
• Law 50%
• Positive Electrode 50%
• Carbon Materials 50%
• Nanometer Scale 50%
• Interaction Distance 50%
• Debye Length 50%
• Coating Layer 50%
• Micrometer Scale 25%
• Content-based 25%
• Performance Degradation 25%
• Volume Expansion 25%
• Microstructure 25%
• Nanopore 25%
• LiFePO4 25%
• Cycling Performance 25%
• Safety Problems 25%
• Lithium-ion 25%
• Effective Interaction 25%
• Regulation Strategy 25%
• Rate Capability 25%
• Lithium Metal 25%
• Electrode Lead 25%
• Li Growth 25%
• Nitrogen Functional Groups 25%
• Li Plating 25%
• Symmetric Cell 25%
• Lithium Metal Batteries 25%
• Lithiophilic 25%
• Flux Expansion 25%
• Low nucleation Overpotential 25%
• Solid Electrolyte Interphase Layer 25%
• High Capacity Retention 25%
• Dendrite Growth 25%
• N-containing Groups 25%
• Volume Change 25%
• Full Cell 25%
• 3D Porous Framework 25%
• Dendrite-free Li Plating 25%
• Pouch Cell 25%
• Nitrogen-containing Carbon 25%
• Rich Content 25%

Material Science

• Lithium 100%
• Plating 100%
• Lithium Ion 100%
• Microsphere 80%
• Carbon Nitride 80%
• Porous Carbon 80%
• Nucleation 20%
• Solid Electrolyte 20%
• Lithium Metal Battery 20%
• Nanopore 20%