Lattice engineering of nickel-doped cobalt tetraoxide nanofibers: Construction of multi-electron transfer channels and multi-valence electrochromic response
Key Points
Electrochromic response improves with nickel doping in cobalt tetraoxide nanofibers, enhancing functionality.
Key evidence indicates a notable increase in multi-electron transfer capability through lattice engineering.
Observational analysis of nanofibers reveals significant structural changes contributing to performance.
Highlights the importance of tailoring lattice structures to optimize electrochromic materials for future technologies.
Lattice engineering of nickel-doped cobalt tetraoxide nanofibers: Construction of multi-electron transfer channels and multi-valence electrochromic response | Synapse