Yue Zhou

Electrochemically In Situ Formed Inverse‐Honeycomb Local Ordering for Low‐Voltage‐Hysteresis Oxygen Redox in Na/Li Layered Oxide Cathodes

ABSTRACT In oxygen‐redox cathodes, voltage hysteresis largely arises as oxygen redox generally proceeds with electrochemical reactions followed by chemical reactions that normally drive asymmetrical charge and discharge pathways. Although different superstructures, such as ribbon...

Electrochemically In Situ Formed Inverse‐Honeycomb Local Ordering for Low‐Voltage‐Hysteresis Oxygen Redox in Na/Li Layered Oxide Cathodes

ABSTRACT In oxygen‐redox cathodes, voltage hysteresis largely arises as oxygen redox generally proceeds with electrochemical reactions followed by chemical reactions that normally drive asymmetrical charge and discharge pathways. Although different superstructures, such as ribbon...