Using atomic layer deposition to hinder solvent decomposition in lithium ion batteries: First-principles modeling and experimental studies

Engineering & Materials Science

• Atomic layer deposition 100%
• Lithium-ion batteries 70%
• Electrons 65%
• Electrolytes 63%
• Electrodes 50%
• Decomposition 47%
• Coatings 36%
• Ultrahigh vacuum 25%
• Electron tunneling 25%
• Density functional theory 24%
• Metal ions 23%
• Carbonates 18%
• Molecular dynamics 18%
• Lithium 18%
• Ethylene 17%
• Cathodes 16%
• Alumina 16%
• Molecules 15%
• Anodes 15%
• Oxides 14%
• Liquids 10%
• Computer simulation 8%

Chemistry

• Atomic Layer Epitaxy 75%
• Decomposition 42%
• Electron Transfer 34%
• Tunneling 33%
• Behavior as Electrode 32%
• Solvent 30%
• Coating Agent 29%
• Reorganization Energy 20%
• Electron Particle 17%
• Vacuum 13%
• Carbonate 12%
• Molecular Dynamics 12%
• Anode 11%
• Surface 10%
• Simulation 10%
• Metal Ion 10%
• Density Functional Theory 10%
• Liquid 8%
• Oxide 8%
• Molecule 5%

Medicine & Life Sciences

• Lithium 71%
• Electrodes 56%
• Ions 54%
• Electrons 43%
• Electrolytes 42%
• ethylene carbonate 22%
• Density Functional Theory 19%
• Aluminum Oxide 13%
• Oxides 13%
• Vacuum 12%
• Molecular Dynamics Simulation 12%
• Metals 9%