Bi2Te3 is a well-recognized material for its unique properties in diverse thermoelectric
applications near room temperature. The considerable efforts on Bi2Te3-based alloys have …

Thermoelectric materials, which directly convert thermal energy to electricity and vice versa,
are considered a viable source of renewable energy. However, the enhancement of …

Bismuth telluride-based alloys possess the highest efficiencies for the low-temperature-
range (< 500 K) applications among thermoelectric materials. Despite significant advances …

Nanostructuring of thermoelectric (TE) materials leads to improved energy conversion
performance; however, it requires a perfect fit between the nanoprecipitates' chemistry and …

Topological insulators (TIs) and thermoelectric (TE) materials seem to belong to distinct
physical realms; however, in practice, they both share common characteristics. Introducing …

In this work, a series of Bi2Te3/X mol% MoS2 (X= 0, 25, 50, 75) bulk nanocomposites were
prepared by hydrothermal reaction followed by reactive spark plasma sintering (SPS). X-ray …

Abstract Layered BiTe and BiSe compounds present promising n-type thermoelectric
performance, but the intrinsic high carrier density limits ZT value near room temperature. In …

Topological edge states have crucial applications in the future nano spin-tronics devices. In
this work, circularly polarized light is applied on the zigzag silicene-like nanoribbons …

The synthesis of high-purity nanocrystals as precursors is important to fabricate
nanostructured thermolectronics with high thermoelectric performance. In this study, single …

Abstract Layered BiTe and BiSe compounds present promising n-type thermoelectric
performance, but the intrinsic high carrier density limits ZT value near room temperature. In …