The interplay of structural and magnetic properties of magnetic shape memory alloys is
closely related to their composition. In this study the influence of the valence electron …

In the present work, modulated four-and five-layered orthorhombic, seven-layered
monoclinic (4O, 10M and 14M) and unmodulated double tetragonal (L10) martensites are …

This study aims to develop a manufacturing route for a low-cost dense magnetocaloric Ni-
Mn-Sn Heusler alloy (HA) using laser powder bed fusion (LPBF) additive manufacturing …

The site preference and elastic properties of Fe-, Co-, and Cu-doped Ni 2 MnGa alloys are
investigated by using the first-principles exact muffin-tin orbital method in combination with …

Abstract Ni–Mn based Heusler alloys are of considerable interest due to their multifunctional
properties such as magnetic shape memory, magnetocaloric effect and spintronics. The …

We studied the effect of selective substitution in Fe and Co 3 d elements on the structural
and magnetic phase transitions in the prototypical magnetic shape memory alloy Ni–Mn–Ga …

Using first-principles density functional theory based calculations, we study systematically
the effect of medium to large Cu substitution at the Mn, Ga as well as Ni sites on the …

We report a detailed investigation of the Ni 2 Mn Ga shape memory alloy through magnetic,
electronic, and thermal measurements. Our measurements of the anomalous Nernst effect …

Ni-Mn based ternary Heusler compounds have drawn attention lately as significant
magnetocaloric effects in some of them have been observed. Substitution of Ni and Mn by …

Ni-Mn-based alloys are renowned for their outstanding magnetocaloric effect, attributed to
their significant magnetization difference (△ M) and low thermal hysteresis (ΔT hys) during …