Band convergence is an important approach for improving the thermoelectric performance,
as it can significantly increase the Seebeck coefficient without obviously sacrificing the …

SnTe is an emerging Pb‐free thermoelectric compound that has drawn significant attention
for clean energy conversion. Chemical do** is routinely used to tailor its charge carrier …

Alloying SnTe with a well-designed secondary phase, particularly one with low lattice
thermal conductivity, serves as an efficient route to realize excellent thermoelectric …

Recent advances in high‐performance thermoelectric materials have sparked significant
interest, particularly in SnTe, a mid‐temperature group‐IV chalcogenide that is both eco …

SnTe‐based thermoelectric materials have attracted significant attention for their exceptional
performance in mid‐to‐high temperature ranges, positioning them as promising candidates …

SnTe is an intriguing alternative to PbTe for midtemperature thermoelectric applications.
Despite steady progress, its performance is lagging, in part because of the large energy …

PbSe has attracted much attention due to the earth-abundant element Se and low cost.
Herein, we present a peak ZT value of 1.44 and an average ZT value of approximately 1.0 in …

In this study, we successfully combined functionalized multi-walled carbon nanotubes (f-
MWCNTs) into the Bi 2 S 3 matrix using a simple hydrothermal synthesis technique to …

Lead chalcogenide-based compounds (SnTe) are state-of-the-art thermoelectric materials.
However, the performance of environmentally friendly p-type SnTe is inferior due to its high …

Here, a high peak ZT of≈ 2.0 is reported in solution‐processed polycrystalline Ge and Cd
codoped SnSe. Microstructural characterization reveals that CdSe quantum dots are …