Recent advances in high‐performance thermoelectric materials have sparked significant
interest, particularly in SnTe, a mid‐temperature group‐IV chalcogenide that is both eco …

SnTe‐based thermoelectric materials have attracted significant attention for their exceptional
performance in mid‐to‐high temperature ranges, positioning them as promising candidates …

The creation of hierarchical nanostructures can effectively strengthen phonon scattering to
reduce lattice thermal conductivity for improving thermoelectric properties in inorganic …

As an eco-friendly thermoelectric material, SnTe has attracted extensive attention. In this
study, we use a stepwise strategy to enhance the thermoelectric performance of SnTe …

The development of functional thermoelectric materials requires direct evidence of dopants'
locations to rationally design the electronic and phononic structure of the host matrix. In this …

Interface engineering has been regarded as an effective strategy to manipulate the
thermoelectric performance of materials. Here, we use a facile chemical electroless plating …

Minimizing lattice thermal conductivity, κ l, of thermoelectric materials is an effective strategy
to enhance their figure-of-merit, zT. However, the amorphous limit of κl affects the ceiling of …

Optimizing the performance of thermoelectric materials by reducing its thermal conductivity
is crucial to enhance its thermoelectric efficiency. Novel thermoelectric materials like the …

Thermoelectric materials have the ability to directly convert heat into electricity, which have
been extensively studied for decades to solve global energy shortages and environmental …

SnTe is a promising replacement for PbTe due to its non-toxicity and high thermoelectric
conversion efficiency. However, it suffers from poor performance caused by the presence of …