Electrochemical assessment of highly reversible SnO₂–coated Zn metal anodes prepared via atomic layer deposition for aqueous Zn-ion batteries

Physics & Astronomy

• atomic layer epitaxy 67%
• electric batteries 66%
• tin oxides 63%
• zinc 58%
• anodes 55%
• energy storage 35%
• dendrites 34%
• metals 33%
• ions 30%
• gas evolution 23%
• manganese oxides 21%
• cycles 21%
• hydrogen 20%
• stripping 18%
• plating 17%
• lithium 14%
• performance 14%
• density functional theory 12%
• adsorption 12%
• retarding 12%
• costs 12%
• cells 8%
• configurations 8%
• gases 8%
• energy 4%

Engineering & Materials Science

• Atomic layer deposition 100%
• Tin oxides 90%
• Anodes 63%
• Ions 60%
• Zinc 52%
• Metals 41%
• Dendrites (metallography) 38%
• Energy storage 28%
• Zinc plating 28%
• Hydrogen 26%
• Manganese oxide 25%
• Density functional theory 24%
• Gases 18%
• Lithium-ion batteries 17%
• Adsorption 15%
• Earth (planet) 13%
• Costs 6%

Chemical Compounds

• Atomic Layer Epitaxy 75%
• Tin Oxide 69%
• Anode 47%
• Zinc Ion 35%
• Metal 29%
• Energy Storage 28%
• Parasitic 20%
• Gas 17%
• Adsorption Energy 16%
• Hydrogen 16%
• Density Functional Theory 10%