Ionic conduction mechanisms in 70Li₂S−30P₂S₅ type electrolytes: experimental and atomic simulation studies

Keyphrases

• Simulation Study 100%
• Electrolyte 100%
• Experimental Simulation 100%
• Atomic Simulation 100%
• Ionic Conduction Mechanism 100%
• Electric Field (E-field) 40%
• Li Diffusion 40%
• Solid Electrolyte 40%
• Jumping Distance 40%
• Li7P3S11 40%
• Ionic Conductivity 20%
• Highly Conductive 20%
• Crystalline Phase 20%
• Energy Barrier 20%
• Ambient Temperature 20%
• Self-diffusion 20%
• Temperature Field 20%
• Oscillatory Activity 20%
• Structure-property Relationships 20%
• Spatial Distribution 20%
• Structure Field 20%
• Improved Properties 20%
• Design Criteria 20%
• Operating Environment 20%
• Fraction Distribution 20%
• Substructure 20%
• Interstitial Site 20%
• Charge Polarization 20%
• Collective Effects 20%
• Partial Effects 20%
• Knowledge Gaps 20%
• Li Interstitial 20%
• Li3PS4 20%
• Li Transport 20%

Engineering

• Electric Field 100%
• Conductive 50%
• Crystalline Phase 50%
• Experimental Investigation 50%
• Energy Barrier 50%
• Property Relationship 50%
• Design Criterion 50%
• Oscillatory Motion 50%
• Operating Environment 50%
• Interstitial Site 50%
• Phase Composition 50%
• Temperature Distribution 50%
• Crystal Structure 50%
• Spatial Distribution 50%

Material Science

• Solid Electrolyte 100%
• Self-Diffusion 50%
• Ionic Conductivity 50%
• Phase Composition 50%
• Crystal Structure 50%