… high-energy cathode, lithium-excess layered cathodes (LLCs) … cathode materials, LCO,
NCM, NCA, and LFP, have a lithium-to-transition metal (TM) ratio of unity, LLCs have a lithium-to-…

… temperature and 5–10 times excess of lithium salts were used. [ … been carried out on the
layered cathodes with the aim of … , O4, and O6 type layered structures can be harvested via ion …

… that substitution of lithium ions in Li-excess layered oxides by foreign cations (H + and
TBA + ) triggers formation of some cubic spinel phase within the parent layered structure and …

… In this study, we focus on ordered and cation-disordered Li-excess 3dTM layered oxides
showing … structural stability of Li-excess 3dTM layered oxides and the degree of voltage decay. …

… electrochemical performance of Li-excess layered cathode material. The synergetic effect
from … and rate capability of Li-excess layered cathode material for superior lithium ion battery. …

… Lithium-ion battery technology has shown continuous … -art lithium-ion batteries provide.
This review describes the promising high-energy dense cathode material, lithium excess layered …

… strategy for designing high-performance layered oxide cathode materials. … and excess
Li may facilitate Li + diffusion and extract more accessible capacity from the layered cathodes …

… high-capacity lithium-excess layered cathode materials via promoted … cathode nanoparticles
enwrapped in graphene nanosheets could also be extended to other high-energy cathode …

… This result indicates that the precursors with stoichiometric and excess lithium facilitate
the synthesizing lithium-rich layered oxide at 900 C, while the precursor with deficient …

… in the last 30 years has reached a bottleneck, and then the discovery of the lithium-excess …
of the cathode materials. Compared with the conventional layered oxides, the lithium-excess …