Li intercalation in MBE (molybdenum boride) is a crucial process for its application as an anode material in lithium-ion batteries. The unique crystal structure and band gap of MoB enable efficient Li storage capacity. However, improving the Li intercalation kinetics and enhancing the cycle stability of MoB are key research frontiers to maximize its electrochemical performance. By optimizing the synthesis methods, characterization techniques, and exploring novel MoB-based electrode materials, the potential of MoB in energy storage can be fully unlocked.
