Yonsei University recently published a research article "Sensing with MXenes

Yonsei University recently published a research article "Sensing with MXenes:" in the internationally renowned journal Advanced Materials. Progress and Prospects ", MXene's two-dimensional structure facilitates functionalization with various end groups, providing a large number of surface active sites. These parts can serve as highly sensitive sensory platforms for various external stimuli. In addition, the high conductivity of the MXenes is ideal for achieving low noise sensory responses. Thus, these properties suggest that MXenes is a very promising alternative sensor material that enables high sensitivity, extremely low detection limits (LOD) and minimum detectable quantities in a variety of sensor applications. Finally, the water dispersion of MXenes is conducive to environmentally friendly preparation and modification treatment; Therefore, they are more advantageous in terms of processing. This paper is divided into three parts, the first part: MXene introduction and sensor development; The second part: synthesis and properties of MXene; Part III: MXene Sensing applications (3.1 Chemical sensors; 3.2 Biosensor; 3.3 Physical Sensors).