Kinetic stabilization of a topotactically transformed texture morphology <i>via</i> doping in Ni-rich lithium layered oxides
C. Jung, Chanwon Jung, Jongwon Lee, Juhyun Oh, Hun Shim, Wonsik Kim, Eungjae Lee, Miyoung Kim, Pyuck‐Pa Choi, Seong‐Hyeon Hong
Abstract
Textured microstructure of B- and P- doped Ni-rich lithium layered oxide is inherited from the hydroxide precursor morphology and the mechanism is related to the formation of a lithium-containing amorphous layer on the surface of primary particles.
Topics & Concepts
Lithium (medication)Morphology (biology)MicrostructureHydroxideDopingTexture (cosmology)Materials scienceOxideAmorphous solidChemical engineeringLithium hydroxideLithium carbonateLayer (electronics)Inorganic chemistryMineralogyChemistryCrystallographyNanotechnologyMetallurgyIonOrganic chemistryGeologyOptoelectronicsMedicineEndocrinologyEngineeringPaleontologyArtificial intelligenceComputer scienceIonic bondingIon exchangeImage (mathematics)Transition Metal Oxide NanomaterialsAdvancements in Battery MaterialsZnO doping and properties