The characteristics of magnetostructural coupling play a crucial role in the magnetic field-
driven behaviour of magnetofunctional alloys. The availability of magnetostructural coupling …

The inverse magnetocaloric effect (MCE) in bulk polycrystalline and melt-spun ribbons of the
Ni 43 Mn 42 Co 4 Sn 11 meta-magnetic shape memory alloy (MSMA) is investigated. The …

The crystal structure of modulated martensite in Mn-rich off-stoichiometric Ni 2 Mn 1.44 In
0.56 alloy was determined with high-resolution powder neutron diffraction and synchrotron X …

Heusler type Ni-Mn-Ga ferromagnetic shape memory alloys can demonstrate excellent
magnetic shape memory effect in single crystals. However, such effect in polycrystalline …

Currently, magnetocaloric refrigeration technologies are emerging as ecofriendly and more
energy-efficient alternatives to conventional expansion–compression systems. However …

Inverse and direct magnetocaloric properties were evaluated in preferentially textured Mn 50
Ni 40 In 10 ribbons applying the magnetic field H∥ along the ribbon length and …

We outline the microstructural, martensitic transformation and magnetic properties of
Heusler alloys with starting compositions Ni50Mn37Sn13, Ni50Mn36In14, and …

The Ni 44.1 Mn 44.2 Sn 11.7 ribbons were prepared by melt spinning. A single-phase
austenite with L 2 1 structure was confirmed in the melt-spun ribbons at room temperature …

The structural, magnetic, and magnetocaloric characteristics of bulk Cu-doped Ni 47 Mn 40-
s Cu s In 13 Heusler alloys (s= 0 and 1) were investigated. Temperature-dependent …

The microstructure, crystalline structure, martensitic transformation, and magnetocaloric
effect are systematically studied in all-d-metal Ni 36.0 Co 14.0 Mn 35.7 Ti 14.3 alloy ribbons …