This review of the current state of magnetocalorics is focused on materials exhibiting a giant
magnetocaloric response near room temperature. To be economically viable for industrial …

The coupling between structural and magnetic degrees of freedom is crucial for realization
of interesting physical phenomena associated with magneto-structural transformations …

This work used the arc melting technique to fabricate copper-iron and copper-nickel bulk
alloys that were subsequently used to prepare spherical Cu–Fe and Cu–Ni nanoparticles …

Abstract MnMX (M= Co or Ni, X= Si or Ge) alloys with strong magnetostructural coupling
exhibit giant magnetic entropy change and are currently extensively studied. However, large …

Ni-Mn-X (X= In, Sn, and Sb) based Heusler alloys show a strong potential for magnetic
refrigeration owing to their large magnetocaloric effect (MCE) associated with first-order …

Abstract MM′ X (M, M′= transition metals, X= carbon or boron group elements)
compounds experiencing magnetostructural transition have great potential in multifunctional …

Magnetic first-order phase transitions are key for the emergence of functionalities of
fundamental and applied significance, including magnetic shape memory as well as …

Data-driven machine learning (ML) models are developed to rapidly predict the
magnetostructural transition temperature (T t) and thermal hysteresis in the vast search …

The magnetic, structural and thermomagnetic properties of the MM'X material system of
MnNiGe are evaluated with respect to their utilization in magnetocaloric refrigeration. The …

The observation of near room-temperature coupling of both magnetic and structural
transitions in Fe substituted Mn-Ni-Si alloy leads to an interesting magneto-structural …