MXenes, a kind of two-dimensional material of early transition metal carbides and
carbonitrides, have emerged as a unique class of layered-structured metallic materials with …

The growing worldwide population necessitates an urgent need and demand for efficient
and sustainable energy use, particularly in the moving components of machinery. A …

A versatile and ultra-sensitive sensor platform based on lamellar Ti 3 C 2 T x (MXene)-
modified glassy carbon electrode has been developed for the detection of bromate (BrO 3−) …

MXenes are the emerging class of 2D materials, widely explored as supercapacitor
electrodes with their explicit properties. Using the pseudocapacitive nature of the widely …

The synthesis of MXenes is a lively area of research in today's materials science community.
Pure carbide and nitride samples with tunable properties and crystal size are desirable for …

MXene has recently gained immense attention as a new type of two-dimensional (2D)
material. MXenes have been studied for use in catalysts, sensors, electromagnetic …

Rapid advancements and wide spread of microwave-and RF-communication systems over
the years have led to an abundant increase in electromagnetic energy radiation in our living …

It has been determined that the exceptional characteristics of MXenes are of great interest in
a variety of newly developed applications. MXenes, on the other hand, have a number of …

Ti3C2T x is a 2D layered structure and a promising candidate for use as a working electrode
material in electrochemical applications, similar to other 2D structured nanomaterials …

Designing a multimodal photocatalyst material with enhanced optical properties and surface
area is among the important methods for removing dangerous organic contaminants under …