Realizing High-Energy and Stable Wire-Type Batteries with Flexible Lithium–Metal Composite Yarns

Keyphrases

• High Energy 100%
• Wire Type 100%
• Composite Yarn 100%
• High-Stable 100%
• Textile 50%
• High Energy Density 50%
• Commercially Available 25%
• Breathability 25%
• High Performance 25%
• Wearable Electronics 25%
• E-textiles 25%
• Lithium 25%
• Fatigue Resistance 25%
• Phosphate 25%
• Yield Strength 25%
• High Capacity 25%
• Mechanical Strength 25%
• Power Supply 25%
• Feasible Technologies 25%
• Seamless Integration 25%
• Long Lifetime 25%
• Mechanical Problems 25%
• Capacity Retention 25%
• Cyclic Stability 25%
• Charge-discharge Cycle 25%
• Foldable 25%
• Mechanical Durability 25%
• Lithium-sulfur Batteries 25%
• Full Cell 25%
• Dendrite Formation 25%
• Lithium Metal Batteries 25%
• Metallic Carbon 25%
• Capillary Filling 25%
• Lithium-ion Cell 25%
• Flexible Wire 25%
• Molten Lithium 25%
• Carbon Yarn 25%
• Mechanical Flexibility 25%

Engineering

• Flux Density 100%
• Wearable Electronics 50%
• Power Supply 50%
• Fatigue Resistance 50%
• Retention Capacity 50%
• Cyclic Stability 50%
• Lithium Metal Battery 50%
• Electronic Textile 50%
• Realization 50%
• Yield Point 50%

Material Science

• Composite Material 100%
• Lithium 75%
• Anode 50%
• High Energy Density 50%
• Fatigue of Materials 25%
• Yield Stress 25%
• Lithium Metal Battery 25%
• Smart Textile 25%