Rare earth (RE) based RE-TM-X (TM= transition metal elements; X= P-block elements)
materials have received continuous attention due to the exhibition of various intriguing …

The magnetic refrigeration (MR) technology by utilizing the magnetocaloric (MC) effects of
magnetic solids have been realized to be a promising energy efficiency and environmentally …

Nowadays, the rare earths (RE) based magnetic materials with various promising functional
characterizations are playing particularly important roles in present modern society and daily …

The magnetocaloric (MC) effect-based solid-state magnetic refrigeration (MR) technology
has been recognized as an alternative novel method to the presently commercialized gas …

The expected energy transition to hydrogen gas as a greener energy vector has revived the
interest in magnetic refrigeration at the cryogenic range, specifically between 20 and 80 K …

The rare earth (RE) based alloys or compounds with excellent cryogenic magnetocaloric
performance have received much research interest recently due to their potential …

RENiX2 compounds, where RE= rare-earth element and X= p-block element, have been
highly regarded for cryogenic magnetocaloric applications. Depending on the elements …

Magnetocaloric refrigeration has remained a promising alternative to conventional
refrigeration for the last few decades. The delay in reaching the market is significantly based …

The new high-entropy metallic-glasses (HE-MGs) are designed by using Dy and Ho to
replace Gd in Gd 36 Tb 20 Co 20 Al 24 alloy based on the binary eutectic clusters method …

The magnetic refrigeration (MR) by utilizing the magnetocaloric effect (MCE) of magnetic
solids has been considered a promising, environmentally benign, energy-efficient cooling …