Rational modulation of emerging MXene materials for zinc-ion storage

Currently, emerging battery technologies are being studied intensively. The lack of ideal electrode materials remains a key hindrance to further development of new batteries. The novel MXene material, due to its unique structural characteristics and physicochemical properties, shows the ability to enhance the electrochemical performance of the electrode. In addition to the adjustable layer spacing, because of excellent electrical conductivity, rich chemical composition, and controllable surface chemistry, MXene has the potential for use in diverse applications as an ideal electrode material in various battery systems. This review covers the recent progress achieved in research of the zinc-ion energy storage of MXenes, including MXene-based cathodes, MXene-derived cathodes, MXene-modified zinc anodes, and electrolyte additives. Moreover, further structural design and reaction mechanisms of MXenes in zinc-ion storage are explored.

Automated summary

The emerging battery technologies are being intensively studied, but the lack of ideal electrode materials remains a key hindrance to further development. The unique structural characteristics and physicochemical properties of MXene enable it to enhance the electrochemical performance of electrodes and have potential for diverse applications in battery systems. Recent progress in the research of zinc-ion energy storage using MXenes has explored MXene-based cathodes, MXene-derived cathodes, MXene-modified zinc anodes, and electrolyte additives, as well as further structural design and reaction mechanisms.