MAX phases are a large family of materials with more than 150 different compositions that
have been extensively investigated during the last 25 years. They present a layered …

MAX phases represent a large group of carbide‐and nitride‐layered ternary compounds.
Their general formula is Mn+ 1AXn, where n= 1–3, M is an early transition metal, A is an A …

Incorporation of MAX phase to fabricate low-carbon refractories has been recently proposed.
Among them, Cr 2 AlC was the undoubtedly one which was regarded as the most potential …

As a promising candidate ceramic for using in harsh environments, Cr 2 AlC ternary carbide
possesses numerous unique properties at elevated temperatures. Herein, high-purity Cr 2 …

According to the properties determined for the ternary end‐members, MAX phases in the
quaternary Cr–Ti–Al–C system could be of interest as protective coatings for nuclear fuel …

MAX phases are a relatively new family of materials with general formula of Mn+ 1AXn,
where M corresponds to an early transition metal, A is a A-group element (IIIA or IVA …

Large-scale fabrication of MAX phase coatings such as Cr 2 AlC and Ti 2 AlC by plasma
spraying is extremely challenging, owing to the ultra-high temperature and insufficient …

The aim of the present study is to investigate the effect of Cr 2 AlC additions on the
tribological properties of Piston Ring coated with Ni-Mo-Al alloy. For this Cr 2 AlC MAX …

This work attempts to produce ultrafine powders and studies the effect of mechanical
activation on reaction kinetics and thermodynamics of Cr 2 AlC formation, which are …

In this research, a high-purity Cr 2 AlC MAX phase sample was prepared via spark plasma
sintering (SPS) method with the hot corrosion behavior investigated in the presence of Na 2 …