Thermoelectric composites are known for their enhanced power conversion performance via
interfacial engineering and intensified mechanical, structural, and thermal properties …

P‐type Sb2Te3 has been recognized as a potential thermoelectric material for applications
in low‐medium temperature ranges. However, its inherent high carrier concentration and …

Strategically manipulating defect dynamics in a crystalline solid can modulate lattice
vibrations, thereby reducing thermal transport through the lattice and making it suitable for …

Charge carrier and phonon dynamics tuning are promising approaches for transport
property modulation. Improvement of thermoelectric (TE) parameters via atomic substitution …

Bi2Te3, an archetypical tetradymite, is recognised as a thermoelectric (TE) material of
potential application around room temperature. However, large energy gap (ΔEc) between …

We report on the thermoelectric (TE) properties of nickel-doped Ag2–x Ni x Te (x= 0, 0.015,
0.025 & 0.055, 0.115, 0.155) nanostructures (NSs) in the temperature (T) range of 5–575 K …

Sb 2 Te 3, a binary chalcogenide-based 3D topological insulator, attracts significant
attention for its exceptional thermoelectric performance. We report the vibrational properties …

Due to the poor machinability, Sb2Te3-based alloys need to be first pulverized and then
consolidated into micron-sized legs for application in thermoelectric modules. In this work …