Due to the urgency of our energy and environmental issues, a variety of cost‐effective and
pollution‐free technologies have attracted considerable attention, among which …

Going through decades of development, great progress in both theory and experiment has
been achieved in thermoelectric materials. With the growing enhancement in thermoelectric …

Earth-abundant manganese telluride (MnTe) with a hexagonal structure has shown
significant thermoelectric conversion potential; however, the drawbacks of low carrier …

Lead chalcogenides are the most efficient thermoelectric materials. In comparison, SnTe, a
lead-free analogue of PbTe, exhibits inferior thermoelectric performance due to low Seebeck …

Local thermal magnetization fluctuations in Li-doped MnTe are found to increase its
thermopower α strongly at temperatures up to 900 K. Below the Néel temperature (TN~ 307 …

The exploration of materials with reversible and stable electrochemical performance is
crucial in energy storage, which can (de) intercalate all the alkali‐metal ions (Li+, Na+, and …

MnTe has been considered a promising candidate for lead‐free mid‐temperature range
thermoelectric clean energy conversions. However, the widespread use of this technology is …

Here, a new route is proposed for the minimization of lattice thermal conductivity in MnTe
through considerable increasing phonon scattering by introducing dense lattice distortions …

MnTe is considered a promising candidate for next-generation phase change materials
owing to the reversible and nonvolatile phase transformation between its α and β'phases by …

MnTe, which is comprised of earth-abundant and environmentally friendly elements, shows
great potential for waste heat recovery in the moderate temperature range. However, its low …