Surface modification of garnet fillers via an acidic small molecule agent enables compatible interfaces and high ion transport in solid-state composite electrolytes
Key Points
Ion transport is significantly improved with surface-modified garnet fillers, enhancing solid-state electrolyte function.
The study shows a notable increase in ion conductivity, achieving levels of 2.5 mS/cm in modified composites.
Assessment using advanced materials characterization techniques reveals that acidic small molecules effectively modify the surfaces of garnet fillers.
Results suggest that improved interface compatibility may enable greater efficiency in future energy storage applications.
Surface modification of garnet fillers via an acidic small molecule agent enables compatible interfaces and high ion transport in solid-state composite electrolytes | Synapse