This research aims to develop vanadium oxide-based cathodes for zinc-ion batteries with optimized spacing.
Synthesis of Mn2+-intercalated hydrated vanadium oxide with varying spacing parameters.
Characterization of cathode material properties and performance in zinc-ion batteries.
High-performance cathodes achieved through optimized intercalation spacing.
Demonstrated resilience and high capacity for aqueous zinc-ion energy storage.
Abstract
. These findings underscore a viable intercalation methodology toward synthesizing resilient, high-capacity cathodes for aqueous zinc-ion energy storage devices.