Deeper understanding of electrical and thermal transport is critical for further development of
thermoelectric materials. Here we describe the thermoelectric performance of a group of rare …

First-principles calculations and Monte Carlo simulations were employed to examine the
properties of the MnCoBi Half-Heusler alloy across various domains, including its structural …

Thermoelectric properties of the half-Heusler phase ScNiSb (space group F 4¯ 3 m) were
studied on a polycrystalline single-phase sample obtained by arc-melting and spark-plasma …

Study on half-Heusler compounds RENiSb, RE= Sc, Dy, Ho, Er, Tm, Lu, was performed in
perspective of high-temperature thermoelectric application. Relatively small electrical …

The electrical transport in the half-Heusler phases LuNiSb and YPdSb was measured in a
temperature range 2–300 K. For both compounds, the electrical resistivity was found to …

In this work, magnetic and magnetocaloric properties of antiferromagnetic (AFM) DyNiSn
compounds which shows complex magnetic behavior at low-temperatures are investigated …

In an effort to find new thermoelectric materials, a series of half-Heusler alloys Sc 1-x Tm x
NiSb (x= 0.0, 0.25, 0.5, 0.75, 1.0) was synthesized by arc melting and subsequent high …

Abstract Half-Heusler (HH) phase TmNiSb was obtained by arc-melting combined with high-
pressure high-temperature sintering in conditions: p= 5.5 GPa, T HPHT= 20, 250, 500, 750 …

Half-Heusler materials are promising candidates for high-temperature power generation and
have relatively high lattice thermal conductivity compared to other thermoelectric material …

Abstract Half-Heusler tellurides (M IV M VIII Te, where M IV= Ti, Zr, Hf, and M VIII= Fe, Ru,
Os) with 18 valence electrons were the subject of theoretical predictions from first principles …