The intrinsic carrier concentration in most thermoelectric materials deviates from the optimal
range. Doping is the most effective way to optimize the carrier concentration, yet the …

Substitutional doping to engineer the electronic structure of materials has received high
prominence in developing high performance thermoelectric materials. Herein, we study the …

With the ever-growing demand for eco-friendly energy sources to mitigate the global rising
temperatures, the universal insatiable need for sustainable and efficient energy sources are …

Ongoing research and development focus on emerging thermoelectric materials with
enhanced performance, continually making the possibility of waste heat recovery a reality. In …

In recent years, semiconductors have captivated the scientific community due to their
potential to harness the abundant and sustainable energy from the sun to effectively treat …

GeTe has attracted widespread attention as an ideal mid-temperature thermoelectric (TE)
material, but its peak performance within a narrow mid-temperature range limits the …

Abstract The IV–VI compound GeTe is considered as a promising alternative to the toxic
PbTe for high-efficiency mid-temperature thermoelectric applications. However, pristine …

In recent years, tin telluride has garnered significant attention in the field of thermoelectrics,
offering a promising avenue for sustainable ecofriendly conversion of waste heat into …

Germanium telluride (GeTe) exhibits substantial potential as a thermoelectric material well-
suited for mid-temperature applications. The presence of a significant amount of off …

CuInTe2 (CIT) is one of the typical ternary chalcogenides known for its characteristic mixed
polyanionic/polycationic site defects, making it a subject of continuous interest in the field of …