Ni-Mn-In-based magnetic shape memory alloys have promising applications in numerous
state-of-the-art technologies, such as solid-state refrigeration and smart sensing, resulting …

Ferroelastic alloys with modulated martensites have shown promising functionalities, such
as giant elastocaloric and magnetoelastic effects, but understanding of the periodic …

Heusler alloys exhibiting magnetic and martensitic transitions enable applications like
magnetocaloric refrigeration and actuation based on the magnetic shape memory effect …

We report an improved reversibility of magnetostriction and inverse magnetocaloric effect
(MCE) for the magnetic shape-memory Heusler alloy Ni 1.8 Mn 1.8 In 0.4. We show that the …

We present here the improved crystallographic/geometric compatibility and magnetocaloric
reversibility by measurement of magnetic entropy change using different protocols in 10% Pt …

We report on low twinning stress of 0.2 MPa for type 1 twin boundaries with rational (101)
twinning plane and 0.1 MPa for type 2 twin boundaries with rational [1¯ 01] twinning …

Investigation of intermediate compounds of Heusler alloys has been the prime focus to study
the various magnetic properties. We have successfully synthesized non-stoichiometric full …

Ni-Mn-In magnetic shape-memory Heusler alloys exhibit generally a large thermal
hysteresis at their first-order martensitic phase transition which hinders a technological …

Ni 2 Mn 2− y In y alloys transform from the martensitic L 1 0 antiferromagnetic ground state
near y= 0 to the austenitic ferromagnetic L 2 1 Heusler phase near y= 1 due to doping of In …

The excellent magnetic-driven properties of Ni-Mn-based ferromagnetic shape memory
alloys are intrinsically related to the presence of the modulated martensite; however, the …