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

To deal with the shortage and high price of helium-3 resources, adiabatic demagnetization
refrigeration technology as an alternative to helium-3-based refrigeration technology has …

The number of scientific articles that need to be considered to cover a research topic is ever‐
increasing and quite difficult for a newcomer to assimilate. This is particularly true in dynamic …

Clusters showing a giant magnetocaloric effect (MCE) are of interest as molecular coolants
for magnetic refrigeration. Herein, we report two heterometallic clusters, denoted as Gd 152 …

The manifold of energetically degenerate configurations arising from competing interactions
in frustrated magnets gives rise to an enhanced entropy at lowest temperatures, which can …

Scheelite-type LnLiF 4 compounds have become promising cryogenic magnetic refrigerants
due to their giant low-field magnetocaloric effect (MCE). This work presents an example of a …

The development of magnetocaloric materials with a significantly enhanced volumetric
cooling capability is highly desirable for the application of adiabatic demagnetization …

Magnetic refrigeration based on the magnetocaloric effect (MCE) in metal–organic
frameworks (MOF) is regarded as an attractive approach to create more sustainable cooling …

The 20-nuclearity compound [Fe8Dy12 (tea) 8 (teaH) 12 (NO3) 12]· 8MeCN (where teaH3=
triethanolamine) was synthesised and characterised through single crystal X-ray diffraction …

The anionic template method is an effective strategy for synthesizing high-nuclearity
transition-lanthanide (3d–4f) heterometallic clusters. Herein, two lanthanide clusters with …