To recover the low-grade waste heat (300–500 K), it is of urgent importance to develop and
improve the thermoelectric performance at a low-temperature region. Herein, we have …

Ag2Te simultaneously shows high mobility and low thermal conductivity, however the
relatively low band gap of∼ 0.2 eV prevents it from achieving high thermoelectric figure of …

High-performance thermoelectric materials are desirable in the lower-medium temperature
range (450–650 K) for low-grade waste heat recovery. We report a thermoelectric figure of …

Thermoelectric materials offer a promising avenue for energy management, directly
converting heat into electrical energy. Among them, AgSbTe2 has gained significant …

New materials have been playing a continuously more important role in advancing
thermoelectric technology. Many known novel thermoelectric materials share the similarity of …

The existence of Ag2Te has always been an obstacle for p-type thermoelectric material
AgSbTe2 to improve its thermoelectric performance. In this work, AgSb1–x Mg x Te2 …

Modulation of the microstructure and configurational entropy tuning are the core stratagem
for improving thermoelectric performance. However, the correlation of evolution among the …

Silver chalcogenides demonstrate great potential as flexible thermoelectric materials due to
their excellent ductility and tunable electrical and thermal transport properties. In this work …

Discovering high-performance near-room-temperature thermoelectric materials is extremely
imperative to widen the practical application in thermoelectric power generation and …

Thermoelectric (TE) generators enable the direct and reversible conversion between heat
and electricity, providing applications in both refrigeration and power generation. In the last …