Two-dimensional Ti3C2 MXene films replace costly ITO and low-capacitance carbons with conductive, transparent layers for energy storage and electronics.
MXene template layers enable oriented perovskite thin-film growth on silicon and polymer substrates despite lattice mismatch and heat limits.
Using fluorophosphate salt and acid in a nonaqueous solvent, this case improves MXene yield and sheet homogeneity for EM shielding.
Asymmetrical outer-layer ordering in MAX phases enables MXenes with tunable semiconductive, magnetic, and photocatalytic behavior.