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 …

To clarify the electronic, lattice, and magnetic contribution to the inverse magnetocaloric
effect (IMCE) in the metamagnetic shape-memory alloy Ni 45 Co 5 Mn 50− x In x …

In this paper, we illustrate the dilemma of inverse magnetocaloric materials using the
example of Heusler alloys. For such materials, the magnetic and lattice contribution to the …

We report a giant effective magnetic refrigeration capacity in a Ni 40 Co 10 Mn 40 Sn 10
multifunctional alloy. With a large magnetization difference between austenite and …

Multiferroic magnetic shape memory alloys with first-order magntostructural transformation
exhibit much enhanced magnetocaloric effect which incorporates the latent heat associated …

Off-stoichiometric alloys based on Ni 2 MnIn have drawn attention due to the coupled first
order magnetic and structural transformations, and the large magnetocaloric entropy …

Abstract The Ni-Mn-Z (Z= Sn, In, Sb, Ga) based alloys are considered as promising magnetic
refrigeration materials due to its giant inverse magnetocaloric effect, simple preparation and …

The non-stoichiometric Heusler alloy Ni 50 Mn 36 In 14 undergoes a martensitic phase
transformation in the vicinity of 345 K, with the high temperature austenite phase exhibiting …

The martensitic transformation, kinetics, elastic and magnetic properties of the Ni 2-x Mn 1.5
In 0.5 Co x (x= 0-0.33) ferromagnetic shape memory alloys were investigated experimentally …

Nowadays, ferromagnetic shape memory Heusler alloys are ones of famous multifunctional
materials exhibiting many interesting features in the temperature interval of the martensitic …