The magnetocaloric effect and its most straightforward application, magnetic refrigeration,
are topics of current interest due to the potential improvement of energy efficiency of cooling …

The quest for solid-state materials with tailored chemical and physical features stimulates
the search for general prescriptions to recognize and forecast their electronic structures …

The structural, magnetic, magnetocaloric (MCE) and thermal properties of seven Fe 2 P-type
Dy 6 (Fe, Mn) X 2 (Xdouble bondSb, Bi, Te) intermetallics (space group P 6¯ 2 m, N 189 …

In this study, zirconium (Zr) successfully substituted for erbium (Er) in Er 6–x Zr x MnSb 2 (x=
0, 0.5, 1, 1.5) of the Fe 2 P type, with comprehensive characterizations on crystal structure …

A complete experimental study of the physical properties playing a relevant role in the
magnetic refrigeration application (structural, magnetic, magnetocaloric and thermal) has …

The magnetic and magnetocaloric properties of the intermetallic family (Gd, Tb) 6 (Fe, Mn) Bi
2 have been studied from 2 K to temperatures above the respective Curie temperatures T C …

Four polycrystaline Fe 2 P-type Ho 6 (Fe, Mn) Bi 2 intermetallic compounds (space group P
6‾ 2 m, No. 189, hP9) have been studied using magnetic techniques in order to explore their …

Several new Fe 2 P-type compounds (space group P 6¯ 2m) namely Ho 6 RuSb 2, Ho 6
RuBi 2, Ho 6 RuTe 2, Ho 6 MnTe 2, Dy 6 MnTe 2, Dy 6 RuTe 2, Er 6 MnTe 2 and Zr 6 CuBi 2 …

The crystal structure of the gadolinium iron bismuthide Gd6FeBi2 has been characterized by
single-crystal X-ray diffraction data and analyzed in detail using first-principles calculations …

Magnetocaloric effect (MCE) is the change in isothermal magnetic entropy (Δ S m) and
adiabatic temperature (Δ T ad) that accompany magnetic transitions in materials during the …