Prospects for dendrite-free cycling of li metal batteries

Physics & Astronomy

• dendrites 89%
• electric batteries 86%
• solid electrolytes 68%
• cycles 56%
• electrodes 52%
• dissolving 51%
• metals 43%
• causes 34%
• pitting 34%
• pinholes 31%
• crystal surfaces 30%
• electrodeposition 29%
• elimination 27%
• solubility 25%
• electrolytes 23%
• nucleation 21%
• grain boundaries 20%
• impurities 18%
• single crystals 17%

Engineering & Materials Science

• Dendrites (metallography) 100%
• Solid electrolytes 80%
• Electrodes 65%
• Dissolution 60%
• Single crystal surfaces 57%
• Metals 54%
• Electrodeposition 36%
• Pitting 31%
• Solubility 31%
• Nucleation 29%
• Grain boundaries 28%
• Electrolytes 27%
• Impurities 27%

Chemical Compounds

• Solid Electrolyte 56%
• Behavior as Electrode 42%
• Dissolution 42%
• Metal 38%
• Single Crystal Surface 37%
• Grain Boundary 29%
• Polycrystalline Solid 25%
• Electrodeposition 23%
• Nucleation 23%
• Solubility 17%