Recently, rock-salt lead-free chalcogenide SnTe-based thermoelectric (TE) materials have
been considered an alternative to PbTe because of the nontoxic properties of Sn as …

As a potential thermoelectric (TE) candidate with a rock salt structure similar to PbTe, SnTe
has attracted much attention in recent years. However, a high carrier concentration caused …

SnTe is known as an eco‐friendly analogue of PbTe without toxic elements. However, the
application potentials of pure SnTe are limited because of its high hole carrier concentration …

SnTe is proposed to be an intriguing low-toxicity alternative to PbTe. Herein, we report the
diminished lattice thermal conductivity (κL) and enhanced zT of SnTe by way of vacancy …

SnTe has been considered as a nontoxic alternative to the PbTe thermoelectric (TE), but its
ZT value is severely limited by the high thermal conductivity and low Seebeck coefficient …

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 …

SnTe-based compounds have attracted increasing attention in recent years as lead-free
thermoelectric materials. However, the thermoelectric performance of pristine SnTe is poor …

Research on Pb-free thermoelectric materials as a potential eco-friendly and solid-state
source of energy has continuously advanced over time, with SnTe-based materials having …

Lead‐free chalcogenide SnTe has been demonstrated to be an efficient medium
temperature thermoelectric (TE) material. However, high intrinsic Sn vacancies as well as …

SnTe, emerging as a promising lead-free thermoelectric candidate, has received a great
deal of attention for power generation. Here, we report a record-high average ZT of 1.02 as …