The new magnetic degree of freedom provided by the noncollinear structure plays an
important role in the development of spintronic devices. In this work, we conducted a …

Mn-based alloys have attracted considerable research interest in exploring new materials
for the next generation of high-density and low-cost spintronic devices due to their variety of …

Structural, magnetic, calorimetric, and magnetocaloric properties of the GdAgGa
polycrystalline intermetallic compound are reported. This compound crystallizes with an …

The structure, magnetic transition and magnetocaloric properties of half-Heusler CoMnSn 1-
x Cu x alloy have been investigated. X-ray diffraction reveals that a main phase of …

The hexagonal compound MnNiGa with Ni 2 In-type structure has emerged as an important
biskyrmion-host system in which these textures are super-stable over a wide temperature …

Abstract Ni 2 In-type MnMX alloys possess interesting noncollinear magnetic structures that
may embed a variety of physical phenomena. In this work, magnetic and electrical transport …

A hexagonal Ni 2 In-type single phase is obtained in the (Mn 0.7 Cu 0.3) 66 Ga 34 sample.
The superspin glass (SSG) behavior and exchange bias effect are investigated in depth. The …

Discussed in this work are the microstructure, magnetic properties, and exchange bias in
(Mn 0.7 Co 0.3) 65 Sn 35 alloy ribbons. After annealing, the crystalline grains grow distinctly …

Magnetic refrigeration is a promising alternative cooling technology as it is non-polluting and
more efficient than gas compression system. In this article we have reviewed the …