Graphene induced crystallinity and hydrous state variations of ruthenium oxide electrodes for superior energy storage performance

Engineering & Materials Science

• Ruthenium 100%
• Crystallinity 80%
• Graphene 78%
• Energy storage 58%
• Oxides 56%
• Electrodes 50%
• Capacitance 21%
• Charge transfer 21%
• Supercapacitor 19%
• Pyrolysis 15%
• Composite materials 14%
• Oxide films 10%
• Annealing 8%
• Thin films 7%
• Durability 6%
• Capacitors 6%
• Coatings 6%
• Substrates 5%
• Hot Temperature 3%

Chemical Compounds

• Energy Storage 56%
• Crystallinity 50%
• Graphene 46%
• Oxide 35%
• Behavior as Electrode 33%
• Composite Material 12%
• Charge Transfer 11%
• Pyrolysis 11%
• Capacitor 8%
• Annealing 6%
• Resistance 5%
• Diffusion 5%
• Coating Agent 4%
• Energy 3%
• Amount 3%