The search for materials with large caloric effects has become a major challenge in material
science due to their potential in developing near room‐temperature solid‐state cooling …

Magnetic refrigeration relies on a substantial entropy change in a magnetocaloric material
when a magnetic field is applied. Such entropy changes are present at first‐order …

Abstract Novel Ni-Co-Mn-Ti all-d-metal Heusler alloys are exciting due to large multicaloric
effects combined with enhanced mechanical properties. An optimized heat treatment for a …

Shape memory alloys exploit the latent heat yielded by stress-induced martensitic
transformation to achieve elastocaloric effect, being suited for solid-state cooling technology …

Full Heusler alloys display a wide range of physical phenomena with potential applications
in different areas. However, researchers still struggle to overcome many limiting factors to …

We have studied the barocaloric properties associated with the martensitic transition of a
shape memory Heusler alloy Ni 50 Mn 31.5 Ti 18.5 which is composed of all-d-metal …

Solid-state refrigeration based on the caloric effects has been conceived to be a high-
efficient and environmental-friendly alternative to replace the vapor-compression …

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 …

Ni-Mn-based metamagnetic shape-memory alloys exhibit a giant thermal response to
magnetic fields and uniaxial stress which can be utilized in single caloric or multicaloric …

The large adiabatic temperature change during the stress-induced phase transformation in
the superelastic NiTi alloy makes it a leading candidate material for solid-state elastocaloric …