Surface coating by mechanofusion modulates bulk charging pathways and battery performance of Ni-rich layered cathodes
Ni-rich layered oxides as high-capacity battery cathodes suffer from degradation at high
voltages. We utilize a dry surface modification method, mechanofusion (MF), to achieve …
voltages. We utilize a dry surface modification method, mechanofusion (MF), to achieve …
Cross-length-scale investigation reveals the spatial thermo-chemical dynamics hidden in Ni-rich layered Li-ion cathodes
A long pursuit in developing high-energy batteries is the prognosis and improvement of
thermal stability. Here, we report new understandings of the thermo-chemical transformation …
thermal stability. Here, we report new understandings of the thermo-chemical transformation …
Solid-state cathode heterogeneity impact on utilization and fracture dynamics
Structural heterogeneity in solid-state batteries can impact material utilization and fracture
mechanisms. Dense crystallographically oriented lithium cobalt oxide cathodes serve as a …
mechanisms. Dense crystallographically oriented lithium cobalt oxide cathodes serve as a …