Mordernistic Aspects of MXenes and Its Applications

Since last decades identification of Ti3C2, the collection of 2D transition metal carbides, carbonitrides, and nitrides has become fastly grown topic. MXenes are two-dimensional (2D) materials that are synthesized from MAX different stages. The numerous implications of 2D MXenes in nanomedicine, spintronics, microwave absorption, and energy storage devices have been promoted by their exfoliation. Scientists at Drexel University were the first to characterize a monolayer from a M phase of Ti3C2. Distinctive features of MXenes include strong rigidity and high electrical conductivity. In terms of crystallographic and structural complexity, the MAX phase family, and its descendant, the use of MXenes and related nanostructured materials in (photo) electrocatalysis and traditional chemical processing is highlighted in recent conceptual advancements. MXenes are expanding rapidly. Day-by-day rising interest and advancement of MXene-based research and technology in the area of MXenes applications like catalysts, ion batteries, gas storage medium, and sensors are continuously attracting the researchers to have a assembled review studies for its structure activity prospects. This review paper will definitely serve the path for the development of a new generation of MXene-based a compound with exciting potential. In this paper, we have discussed the synthesis, composition, and characteristics of MXenes, and their different applications with highlighting the challenges to look forward for research.