Exceptional emi shielding properties were achieved in ti3c2tx mxenes through controlled microstructure and surface chemistry.
The study revealed significant variations in total and absolute shielding effectiveness based on etching and treatment conditions.
Experimental approaches assessed different strategies influencing the properties of mxenes and their performance metrics.
Results highlight the critical importance of microstructural and chemical modifications for optimizing mxene applications.
Abstract
Scehmatic representation of different strategies influncing the properties of MXene. The bottom panels show the total and absolute SE of MXene prepared under different etching and treatment conditions.