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Metal ions co-doped Li4SbxCrxTi5-2xO12 (0≤x≤0.1) anode material had been successfully synthesized by solid state reaction method. The electrochemical properties of these spinel anode materials had been investigated. The results showed that Li4SbxCrxTi5-2xO12 materials with good crystallization and the metal ions Sb 5+ /Cr 3+ had entered the Ti 4+ B-site lattice without destroying or changing the crystal structure of Li4Ti5O12. Compared with pristine Li4Ti5O12 anode material, the Li4Sb0.05Cr0.05Ti4.9O12 materials presented the best charge/discharge capacity, better reversibility and higher cyclic stability, especially at high current rates, for lithium-ion batteries.

Electrochemical Performance study of Metal ions co-doping in B-site of LTO Anode Material