Hybridization and pore engineering for achieving high-performance lithium storage of carbide as anode material

Hierarchically porous Mo2C-C hybrid anode with long-term cycling stability has been successfully synthesized through a simple route. The synergistic effects resulting from its novel structure induced the effects of short transfer path of Li+, high conductivity of the electrode, large electrode/electrolyte contact area and porous structural configuration, leading to the performance enhancement of the hierarchically porous Mo2C-C electrode.185