High magnetocaloric refrigeration performance requires large magnetic entropy change ΔS
M and broad working temperature span ΔT FWHM. A fourth element doping of Co in ternary …

The alloy Ni 45 Co 5 Mn 40 Sn 10 is shown to be singular relative to nearby alloys in three
following ways:(1) The austenite has remarkably high magnetization (1170 emu/cm 3) and …

Abstract For NiMn-based Heusler alloys, simultaneously achieving high magnetization
difference and low thermal hysteresis across the magnetostructural transformation is of …

The all-d-metal Ni 50-x Co x Mn 35 Ti 15 (x= 13, 13.5) ferromagnetic shape memory alloy
ribbons are successfully fabricated. The intermartensitic transformation and martensitic …

The effect of substituting FeCo in Ni site maintaining their same ratio on structural,
magnetocaloric, and magneto-transport properties of all-d-metal Ni 50-x (FeCo) x Mn 37 Ti …

Shape memory alloys exploit the crystallographically reversible martensitic transformation to
achieve the significant shape memory effect. However, the crystallography of reverse …

The first-order inter-martensitic transformation induced by temperature change or external
stress is frequently observed in Ni-Mn-Ga alloys. Here, the inter-martensitic transformation is …

In this work, the effects of Co doping on the magnetostructural coupling transformation of
Ni50-x Co x Mn50-y Ti y (x= 0–15, y= 12.5–15) Heusler alloys were systematically …

The world's growing hunger for artificial cold, on the one hand, and the ever more stringent
climate targets, on the other, pose an enormous challenge to mankind. Novel, efficient, and …

For magnetocaloric materials the total entropy diagram S (T) in different magnetic fields is of
central importance. From such a plot the isothermal entropy change ΔS T and the adiabatic …