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A -graphite nanofiber composite for use as an anode material was successfully synthesized by calcining and graphite nanofiber (GNF) together in a atmosphere. Using this -GNF composite in a lithium ion battery resulted in a higher lithium storage capacity than that obtained using -graphite (-G). The -GNF (10 wt%) electrode exhibited a higher lithium ion diffusion coefficient () than did the -G (10%) (). At a current density of , the -GNF (10 wt%) anode showed a higher reversible capacity () than did the -G (10%) anode (). Moreover, the electrodes showed good cycling performance without the addition of a conductive material.

Enhanced Reaction Kinetic of Fe3O4-graphite Nanofiber Composite Electrode for Lithium Ion Batteries

Enhanced Reaction Kinetic of Fe₃O₄-graphite Nanofiber Composite Electrode for Lithium Ion Batteries