Bi2Te3‐based solid solutions, which have been widely used as thermoelectric (TE)
materials for the room temperature TE refrigeration, are also the potential candidates for the …

Thermoelectric cooling materials based on Bi2Te3 have a long history of unsurpassed
performance near room temperature. Recently, research into price‐competitive Mg3 (Bi, Sb) …

The reversal of halide ions is studied under various conditions. However, the underlying
mechanism of heat‐induced reversal remains unclear. This work finds that dynamic disorder …

Thermoelectric technologies can be used for waste heat power generation, and for solid-
state cooling without environmentally hazardous refrigerants or moving parts …

Bi2Te3-based compounds have long been studied as thermoelectric materials in cooling
applications near room temperature. Here, we investigated the thermoelectric properties of …

Bismuth telluride and its alloys are widely used as materials for thermoelectric generators
(TEGs) with excellent performance at room temperature. In this research, we synthesized Bi …

Constructing nanopores in the solid is considered as an effective mean for suppressing
thermal conduction, nanoporous materials have shown a desired potential for thermoelectric …

This study has investigated the thermoelectric property of a new sulfide compound Bi 2 SeS
2, which is as an analogy of the traditional compound Bi 2 Te 3 but with earth-abundant …

The physical parameters of solid-state produced tin and tellurium co-doped bismuth
selenide polycrystalline crystals were described. Powder X-ray diffraction revealed the …

Thermoelectric power factor of a material significantly relies on its electrical conductivity,
thermal conductivity, and Seebeck coefficient. Herein, an attempt has been made to …