The M n+ 1 AX n, or MAX, phases are nanolayered, hexagonal, machinable, early transition-
metal carbides and nitrides, where n= 1, 2, or 3, M is an early transition metal, A is an A …

MAX phases are a family of ternary carbide or nitride ceramics possessing a layered crystal
structure and, due to their chemical bonds having a mixed covalent-ionic-metallic nature …

The MAX phases are a class of nanolaminated materials composed of an early transition-
metal (M), an A-group element (A) and C, N, B and/or P (X). Progress in MAX phase …

Inherently and artificially layered materials are commonly investigated both for fundamental
scientific purposes and for technological application. When a layered material is thinned or …

In recent years, MAX phases, a family of nanolaminate materials, have garnered
tremendous research interest worldwide, due to the fact that they possess an excellent …

This review focuses on the comparison of the spark plasma sintering (SPS) with other
fabrication methods of MAX-phase materials. In the view of optimizing properties for …

Abstract Ti 3 C 2 TX/Ni-spheres hybrids were successfully prepared through in situ
hydrothermal assembly of Ni spheres on Ti 3 C 2 T x layer, and then the electromagnetic …

MAX phase thin films have been synthesized by thermal treatment of a Ti-Al-C multilayer
system. The preparation of the multilayer system was carried out via magnetron sputtering …

Sn doping is usually adopted to prepare Ti 3 AlC 2 in mass production because it can
reduce the synthesis temperature while increasing the phase purity. However, excessive Sn …

Microwave absorption enhancements through atomic doping in traditional materials remain
a significant challenge. Herein, the MAX phase materials of Fe‐doped Ti3AlC2 (xFe …