High-entropy alloys (HEA) are of high current interest due to their unique and attractive
combination of structural, physical, chemical or magnetic properties. HEA comprise multiple …

The materials combining high-entropy alloys with good mechanical properties and magnetic
materials with a significant magnetocaloric effect are among the best candidates for …

High performance magnetocaloric materials are crucial to realize the energy efficient and
environment friendly magnetic cooling/refrigeration technology. We have designed Mn 1-x …

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

In this work, the phase transitions of stoichiometric MnCoGe alloys were studied by
systematically varying the annealing conditions and applying hydrostatic pressure. First …

Metastable phases were formed in Mn 1− x Co x NiGe (⁠ x= 0.05 and 0.08) by annealing at
800 C followed by rapid cooling, ie, quenching, at ambient pressure (⁠ P= 0⁠) and under a …

In this work, the phase transitions and magnetocaloric properties of Mn 1− x Au x CoGe (⁠
0≤ x≤ 0.025⁠) alloys were studied as a function of concentration x and applied hydrostatic …

Abstract MnMX (M= Co or Ni, X= Si or Ge) alloys, experiencing structural transformation
between Ni 2 In-type hexagonal and TiNiSi-type orthorhombic phases, attract considerable …

The effects of doping, hydrostatic pressure, and thermal quenching on the phase transitions
and magnetocaloric properties of the Mn 1− x Co x NiGe system have been investigated …

MnNiSi-based alloys, substituted with isostructural Fe 2 Ge as (MnNiSi) 1-x (Fe 2 Ge) x,
were prepared by arc-melting to examine their structural, magnetocaloric, and barocaloric …