Ion transport in super-concentrated aqueous electrolytes for lithium-ion batteries

Physics & Astronomy

• anions 14%
• aqueous solutions 14%
• atomic interactions 20%
• atoms 23%
• electric batteries 95%
• electrical resistivity 9%
• electrolytes 77%
• imides 22%
• ions 43%
• life (durability) 10%
• lithium 82%
• molecular dynamics 11%
• molecules 16%
• oxygen atoms 16%
• performance 6%
• salts 41%
• saturation 21%
• simulation 5%
• solvation 33%
• thermodynamics 10%
• trajectories 12%
• vehicles 15%
• water 52%

Engineering & Materials Science

• Atoms 64%
• Chemical analysis 10%
• Computer simulation 8%
• Electric Conductivity 17%
• Electrolytes 90%
• Fluxes 12%
• Ions 85%
• Lithium 17%
• Lithium-ion batteries 100%
• Molecular dynamics 17%
• Molecules 30%
• Negative ions 20%
• Oxygen 12%
• Salts 43%
• Solvation 49%
• Thermodynamic stability 16%
• Trajectories 10%
• Water 50%

Chemical Compounds

• Application 14%
• Aqueous Solution 24%
• Compound Mobility 35%
• Electrical Conductivity 35%
• Environment 26%
• Imide 44%
• Ion 36%
• Molecular Dynamics 34%
• Molecule 32%
• Oxygen Atom 37%
• Simulation 29%
• Solvation 79%
• Thermodynamics 28%
• Time 16%
• Time Correlation Function 75%
• Transition State Theory 55%