Oxygen hole formation controls stability in LiNiO2 cathodes
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Cambridge | Didcot | University of Cambridge | Coventry | Birmingham | U. Cambridge | C. Grey | U. Birmingham | U. Barbara | United Kingdom. | L. Piper | Materials | U. Warwick | A. S. Menon | United States | A. R. Genreith‐Schriever | H. Banerjee | A. Chemistry | Materials Research Laboratory | H. Banerjee | School of Metallurgy | A. R. Genreith-Schriever | H. Banerjee | E. N. Bassey | L. F. Piper | C. P. Grey | A. J. Morris Yusuf Hamied Department of Chemistry | Cambridge | School of Metallurgy | Materials | University of Birmingham | Birmingham | WMG | University of Warwick | Coventry | Materials Department | Materials Research Laboratory | UC Santa Barbara | Santa Barbara | United States | The Faraday Institution | Harwell Science | Innovation Campus | Didcot | E. Bassey | Harwell Science | Innovation Campus | Wmg | M. Department | Santa Barbara | The Faraday Institution | Santa Barbara | M. Laboratory | Santa Bárbara | Clare P. Grey | L. Piper | Materials Department | Euan N. Bassey | Andrew J. Morris | A. Genreith‐Schriever | Ashok S. Menon