Correlation of Oxygen Anion Redox Activity to In‐Plane Honeycomb Cation Ordering in NaxNiyMn1−yO2 Cathodes

Eutectic Syntheses In article number 2200027, Belharouak and co‐workers, demonstrate novel eutectic synthesis of NaxNiyMn1–yO2 cathodes, and provide new insights from in‐situ gas analysis results that the differences in the in‐plane cation ordering within the lattice structure strongly affect the ox...

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Published in:Advanced energy and sustainability research 2022-07, Vol.3 (7), p.n/a
Main Authors: Li, Mengya, Jafta, Charl J., Geng, Linxiao, Liu, Jue, Bai, Yaocai, Li, Jianlin, Essehli, Rachid, Belharouak, Ilias
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container_title Advanced energy and sustainability research
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creator Li, Mengya
Jafta, Charl J.
Geng, Linxiao
Liu, Jue
Bai, Yaocai
Li, Jianlin
Essehli, Rachid
Belharouak, Ilias
description Eutectic Syntheses In article number 2200027, Belharouak and co‐workers, demonstrate novel eutectic synthesis of NaxNiyMn1–yO2 cathodes, and provide new insights from in‐situ gas analysis results that the differences in the in‐plane cation ordering within the lattice structure strongly affect the oxygen anion redox activities and further impact the electrochemical performance of NaxNiyMn1–yO2 as cathodes for sodium‐ion batteries.
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title Correlation of Oxygen Anion Redox Activity to In‐Plane Honeycomb Cation Ordering in NaxNiyMn1−yO2 Cathodes
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