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 …

Magnetic refrigeration based on the principle of the magnetocaloric effect (MCE) in magnetic
solids has been considered as a prospective cooling technology. Exploring suitable …

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 …

Fe 2 P-type compounds exhibit a giant magnetocaloric effect (MCE) and are extensively
studied for room temperature applications. The reduction of their transition temperature …

The magnetocaloric effect (MCE) is described by the change in temperature of a material by
magnetic field variation and is a crucial subject in magnetism; it is motivated by the desire to …

Low-temperature magnetic refrigeration has attracted the attention of the cryogenics
research community in the areas of technology in space science and in the liquefaction of …

Searching for working refrigerant materials is the key element in the design of magnetic
cooling devices. Herein, we report on the thermodynamic and magnetocaloric parameters of …

The discovery of the giant room temperature magnetocaloric effect (MCE) has renewed a
remarkable research interest in the field of magnetocaloric materials at low temperatures …

A detailed study on the crystal structure and bulk magnetic properties of Cr substituted Ising
type lanthanide gallium garnets Ln3CrGa4O12 (Ln= Tb, Dy, Ho) is carried out using room …

Magnetocaloric (MC) properties of GdMnO 3 single crystals are investigated using magnetic
and magneto-thermal measurements. GdMnO 3 exhibits a giant MC effect (isothermal …