The rare-earth chalcogenides Y< sub> 2 Te< sub> 3 with low lattice thermal conductivity is a
very promising novel thermoelectric material. Applying strain is an effective way to modulate …

The rare‐earth chalcogenide Er2Te3, characterized by its low lattice thermal conductivity,
represents a highly promising and innovative thermoelectric material. However, there have …

Through Density functional theory and Boltzmann transport theory, the ideal strength,
electronic structure, elastic constants and thermoelectric performance of cubic phase PbTe …

La3-xTe4 is a state-of-the-art high temperature n-type thermoelectric material with a
previously reported maximum zT∼ 1.1 at 1273 K. Computational modeling suggests the La …

The rare-earth chalcogenide Er 2 Te 3 exhibits substantial promise as an innovative
thermoelectric material. However, there have been limited studies exploring its …

Refractory rare-earth tellurides with the Th 3 P 4 structure type have attracted considerable
interest as high-performance thermoelectric materials since the 1980s due to their high …

Abstract (GeTe) 1− x (Sb 2 Te 3) x is one of good middle temperature thermoelectric
materials. Here, the effects of x values and heat treatment (673 K 24 h) on the thermoelectric …

Layered thermoelectric (TE) materials have received widespread attention because of their
inherent low lattice thermal conductivity and good TE properties. Recently, a new type of …

Searching for materials with a high thermoelectric figure of merit (ZT) has always been the
goal of scientific researchers in the energy field. Here, we combine first-principles …

Re 2 Te 5 is considered a potential thermoelectric material because of its intrinsically low
thermal conductivity, due to its complex crystal structure. Herein, a series of Se-doped Re 2 …