Thermoelectric materials and their devices can realize the solid-state energy conversion
between thermal and electrical energy, therefore serving as a promising alternative to …

Energy crisis and associated environmental issues are the main challenges in today's
changing world, where there is a growing demand for electricity. To address such …

Thermoelectric devices enable the direct conversion of heat flux into electrical energy, which
have attracted considerable research interests for energy harvesting to address the …

The diamondoid compounds are a large family of important semiconductors, which possess
various unique transport properties and had been widely investigated in the fields of …

Wearable inorganic semiconductor (ISC) based thermoelectric (TE) devices, especially fiber-
based thermoelectric textiles (TETs), show promise in electrical power generation and solid …

The discovery of ductile Ag2 (S, Se, Te) materials opens a new avenue toward high‐
performance flexible/hetero‐shaped thermoelectrics. Specifically, the cubic‐structured …

Simultaneously improving the mechanical and thermoelectric (TE) properties is significant
for the engineering applications of inorganic TE materials. In this work, a novel nanodomain …

Recently, employing ionic thermoelectric (i-TE) materials is regarded as a promising strategy
to harness low-grade waste heat due to their remarkable ionic Seebeck coefficient. By …

The potential widespread adoption of thermoelectric (TE) technology in energy harvesting
applications hinges upon the high-performance, reliable, and cost-effective module …

Thermoelectric materials strengthened by defect engineering can also suffer from the
compromise of plasticity, and in turn results in negative effect on the processability, reliability …