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 …

About one decade after the first report on MXenes, these 2D early transition metal carbides
or nitrides have become among the best‐performing materials in electrode applications …

Here we reported the preparation of Ti 3 C 2 MXene and Ti 2 C MXene by etching Ti 3 AlC 2
and Ti 2 AlC with various fluoride salts in hydrochloric acid (HCl), including lithium fluoride …

Alumina-forming MAX phase coatings reveal great potential for accident tolerant fuel (ATF)
cladding applications due to their favorable physical and mechanical properties and …

The interesting hybrid properties of ceramics and metals induced by unique nano-laminated
structures make the M n+ 1 AX n (MAX) phase attractive as a potential protective coating for …

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 …

MAX phase materials have demonstrated great potential applications both as bulk and
coating due to their unique properties. Deposition of phase-pure polycrystalline MAX phase …

Protective coatings of Zr-based claddings have been proposed for the development of
Accident Tolerant nuclear Fuel (ATF). Coatings forming stable oxides at high temperature …

This paper aims to prepare an adsorbent based on MXene material for adsorbing diclofenac
sodium (DCF). In this paper, Ti3C2-MXene was prepared by etching Ti3AlC2 with …

MAX phases (M= transition metal, A= A-group element, and X= C/N) are of special interest
because they possess a unique combination of the advantages of both metals and ceramics …