Experimental study demonstrates thickness-dependent microwave absorption and shielding in ultrathin MXene films, highlighting design principles for flexible functional devices.
< 6 ps), achieving concurrent 48% microwave absorption at 6.6 nm and 19 dB shielding at 24 nm. The percolation-governed conductivity scaling and thickness-modulated electron transport establish design principles for optimizing MXene-based ultrathin electromagnetic functional materials in microwave absorption, shielding, and flexible sensing applications, bridging nanoscale structural engineering with macroscopic functionality.
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Xu et al. (2025) studied this question.
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