Keyphrases
Stable Oxygen Isotopes
100%
Ultrathin
100%
Nanosheets
100%
Oxygen Evolution Reaction
100%
Oxygen Evolution Electrocatalysis
100%
RuO2
33%
Core-shell Nanosheets
33%
Electrocatalyst
22%
Electrochemical Energy Conversion
11%
Fermi Level
11%
Water Splitting
11%
Oxides
11%
Core Structure
11%
Synergistic Effect
11%
Shell Structures
11%
High Electrical Conductivity
11%
Reaction Process
11%
Novel Architectures
11%
Tafel Slope
11%
Catalytic System
11%
Electroactivity
11%
Poor Stability
11%
Nanocatalyst
11%
High Electrocatalytic Activity
11%
Adsorbate
11%
Acid Medium
11%
Zinc-air Battery
11%
Oxide Shell
11%
Reaction Performance
11%
Rotating Disk Electrode
11%
Ex Situ Measurement
11%
Energy Conversion Technologies
11%
Galvanostatic Method
11%
Ru Dissolution
11%
Surface Oxidation Layer
11%
Ring Electrode
11%
High Efficiency
11%
Electrochemical Energy Storage Technologies
11%
Reaction Stability
11%
Electron Reservoir
11%
Engineering
Oxygen Evolution Reaction
100%
Nanosheet
100%
Electrocatalysts
100%
Core-Shell
33%
Zinc-Air Battery
11%
Energy Storage and Conversion
11%
Synergistic Effect
11%
High Electrical Conductivity
11%
Catalytic System
11%
Situ Measurement
11%
Disk Electrode
11%
Ring Electrode
11%
Rotating Ring
11%
Shells (Structures)
11%
Adsorbate
11%
Water Splitting
11%
Electrocatalytic Activity
11%
Fermi Level
11%
Chemistry
Electrocatalyst
100%
Nanosheet
100%
stability
33%
electrode
33%
Electrocatalytic Activity
16%
Fermi Level
16%
Zinc-Air Battery
16%
Electrochemical Energy Conversion
16%
Electrochemical Energy Storage
16%
formation
16%
Electrical Conductivity
16%
Material Science
Nanosheet
100%
Oxygen Evolution
100%
Electrocatalysts
100%
Oxide Compound
20%
Adsorbate
10%
Theoretical Calculation
10%
Water Splitting
10%
Surface (Surface Science)
10%
Electrical Conductivity
10%