In this work, the relationship between configuration entropy and isothermal magnetic entropy
change (ΔS M) of rare earth high-entropy alloys (HEAs) was studied. The results show that …

The Fe–Nb and Mn–Nb systems have been thermodynamically investigated within the
CALPHAD approach by combining available experimental data and the data from our ab …

This paper presents a Calphad-type thermodynamic database for the Fe–Nb–Ni system. The
stable phases in this ternary system are liquid, fcc_A1, bcc_A2, C14 Laves, D0a, D85 and …

We present a systematic study of transport and thermodynamic properties of the Laves
phase system Nb 1− y Fe 2+ y. Our measurements confirm that Fe-rich samples, as well as …

We report a study of the spin moment in single crystal Nb (1− y) Fe (2+ y) with y= 0.015 using
spin-dependent Compton scattering in conjunction with ab initio electronic structure …

A Fe–Co–Nb thin film materials library was deposited by combinatorial magnetron sputtering
and investigated by high-throughput methods to identify new noncubic ferromagnetic …

Some magnetocaloric materials were used successfully in magnetic refrigeration application
and became one of the critical parts of magnetic refrigeration technology whose delightful …

Melt-spun Fe 100-x Nb x and Fe 100-x Ta x alloys consisting of a hexagonal (C14) Laves
phase and an iron-based bcc phase were found to exhibit room-temperature coercivities up …

Fe 2 Nb samples were obtained by arc melting, ordered by heat treatment, and finally
disordered by means of mechanical alloying with milling times of 0.5, 1, 2 and 4 h. The …

The magnetic ground state of nominally stoichiometric single crystalline NbFe 2 is
investigated by bulk magnetisation and muon spin relaxation techniques. Magnetic order …