Superstructure Variation and Improved Cycling of Anion Redox Active Sodium Manganese Oxides Due to Doping by Iron

Keyphrases

• Active Cathode Material 50%
• Active Mass 50%
• Active Sodium 100%
• Alkali 50%
• Anion Redox 100%
• Anionic Redox 100%
• Capacity Bottlenecks 50%
• Cathode Material 50%
• Dominant Role 50%
• Doped Materials 50%
• Effect of Iron 50%
• Electrochemical Performance 50%
• Electrochemical Properties 50%
• Element Substitution 50%
• Experimental Characterization 50%
• Honeycomb Ordering 50%
• In Situ X-ray Diffraction 50%
• Iron-doped 50%
• Manganese 50%
• Na-ion 50%
• Nuclear Magnetic Resonance 50%
• Ordered Superstructure 100%
• Oxygen Redox 50%
• P2-type 50%
• Redox-active 100%
• Ribbon 50%
• Sodium Manganese Oxide 100%
• Sodium-ion Batteries 50%
• Structural Change 50%
• Undoped 50%

Material Science

• Cathode Material 40%
• Electrochemical Property 20%
• Manganese 20%
• Manganese Oxide 100%
• Nuclear Magnetic Resonance 20%
• Sodium 100%
• Sodium Ion Battery 40%
• Superlattice 100%
• Theoretical Calculation 20%
• Transition Metal 20%
• X-Ray Diffraction 20%