The MAB phases are atomically layered, ternary or quaternary transition metal (M) borides
(TMBs), with the general formula (MB) 2 z A x (MB2) y (z= 1–2; x= 1–2; y= 0–2), whose …

Abstract 2D transition metal borides (MBenes), a flourishing member of the 2D nanomaterial
family, show great potential in a number of study areas. MBenes have received increasing …

Fe 2 AlB 2, a ternary transition metal compound, has attracted much attention due to its
layered structure, electrical conductivity, and magnetocaloric effect. However, the …

The MAB phases are ternary, atomically laminated compounds that crystallize with
orthorhombic structures and consist of transition metal (M) boride sublattices interleaved …

Experimental investigations of the magnetocaloric response of the intermetallic layered AlFe
2 B 2 compound along the principle axes of the orthorhombic cell were carried out using …

Thermal stability and oxidation behavior of Cr 2 AlB 2 powders were investigated at 600−
1200° C. Cr 2 AlB 2 is stable up to 900° C in argon, partially decomposes into Cr 4 AlB 4 and …

Magnetic materials attract great attention due to their fundamental importance and practical
application. However, the relatively inferior mechanical properties of traditional magnetic …

Fe2AlB2 boasts promising magnetocaloric properties and anisotropic magnetic behavior.
This study explores the impact of elemental substitutions on its magnetic and …

This paper focuses on the effect of mechanical activation (MA) of Fe–Al–B reaction mixtures
on the macrokinetic characteristics of combustion and structure formation of the synthesis …

A single-step, reactive hot-pressing technique was used to synthesize dense, polycrystalline
samples of the nanolaminated MAB phase, Fe 2 AlB 2. The process yielded nearly single …