FeF3/graphene composite exhibited t

FeF3/graphene composite exhibited the smallest diameter of the high-frequency half circle, indicating its smallest Rct and fastest reaction kinetics. FeF3/graphene composite, the ultrafine particle size facilitate the Li+ diffusion, and the graphene incorporation and the uniform network collecting FeF3 and carbon further enhance the electron transport.

FeF3 / graphene composite exhibited the Smallest Diameter of the High-frequency Half Circle, Indicating its Smallest Rct and Fastest Reaction Kinetics.
FeF3 / graphene composite, the ultrafine particle Size facilitate the Li + Diffusion, and the graphene Incorporation and the Uniform Network Collecting FeF3 and. carbon further enhance the electron transport.

FeF3 / graphene composite exhibited the smallest diameter of the high-frequency, half circle indicating its smallest Rct. And fastest reaction kinetics.
FeF3 / graphene composite the ultrafine, particle size facilitate the Li diffusion and the,, Graphene incorporation and the uniform network collecting FeF3 and carbon further enhance the electron transport.
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