The realization of the spin-glass (SG) state in Heusler alloys is very rare despite the
presence of inherent structural and elemental disorder in those compounds. Although a few …

In this paper, we report the theoretical investigation and experimental realization of a new
spin-gapless semiconductor (SGSs) compound CoFeMnSn belonging to the family of …

In this work, we report the synthesis of a Heusler alloy Rh 2 FeAl with valence electron count
(VEC) 29 forming in B2-type structural disorder, where Fe atoms are distributed randomly …

In the realm of intermetallic compounds, there is a small group of phases that demonstrate
the properties of non-metals. These are intermetallics formed by elements from different …

We have studied the origin of the semimetallic pseudo gap and the role of site preference in
the L 2 1-type Heusler compound Ru 2 TaGa. A detailed account of the structural stability …

The structural, electronic, magnetic, mechanical and thermodynamic properties of the
Mn2PtCo Heusler alloy have been investigated in the frame work of density functional theory …

The density functional theory (DFT) studies are made to calculate the electronic, magnetic,
and transport characteristics of potassium lanthanide KXO2 (X= Pr, Nd, and Pm) oxides …

The half-Heusler alloy RuMnGa having valence electron count (VEC) 18 has recently been
theoretically proposed to exhibit compensated ferrimagnetic (CFiM) character instead of the …

The pursuit of efficient spin polarization in quaternary Heusler alloys with the general
formula XX′ YZ (where X, X′, and Y are transition metals and Z is ap-block element) has …

Heusler compounds have been promising materials for their applications in spintronic,
memory and thermoelectric devices. The Mn 2 CoCr, a full Heusler compound, has been …