Conducting polymers have drawn considerable attention in the field of wearable and
implantable thermoelectric devices due to their unique advantages, including availability …

Contemporary thermoelectric literature is rife with material structure-related terminologies
like interfaces and grain boundaries, signaling the significance of these structures. Interfaces …

Synergetic optimization of electrical and thermal transport properties is achieved for SnTe‐
based nano‐crystalline materials. Gd do** is able to suppress the Sn vacancy, which is …

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

Optimizing n-type PbTe thermoelectric materials to match their better-performing p-type
counterparts is critical for realizing their practical applications. To overcome this gap …

Grain boundary (GB) scattering has been widely reckoned as a primary restraint on room-
temperature (RT) carrier mobility in Mg3Sb2-based materials. In this work, two-dimensional …

ZnO is a promising high‐temperature thermoelectric (TE) material due to its superior stability
and earth abundance. However, the coupling relation between Seebeck coefficient and …

SnTe is deemed a promising mid-temperature thermoelectric material for low toxicity, low
cost, and decent performance. Sole do**/alloying on Sn sites was reported to result in …

SnTe is a lead-free and promising p-type thermoelectric material in an intermediate
temperature range (500–900 K), but its intrinsic performance is poor due to excess cation …

Multiscale defects engineering offers a promising strategy for synergistically enhancing the
thermoelectric and mechanical properties of thermoelectric semiconductors. However, the …