Germanium telluride (GeTe) with ultrafast ferroelectric transition, Rashba‐like electronic
transport, and anomalous phonon anharmonicity are historically studied for potential …

GeTe is a very promising thermoelectric material, but the presence of massive intrinsic Ge
vacancies leads to an overhigh hole concentration and poor thermal stability. Counter …

Seebeck coefficient is a crucial parameter in the field of thermoelectricity as it directly
impacts the output power of thermoelectric devices. Intrinsic SnTe thermoelectrics exhibit …

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 …

Metavalent bonding is a unique bonding mechanism responsible for exceptional properties
of materials used in thermoelectric, phase-change, and optoelectronic devices. For …

As a highly promising thermoelectric material in the mid‐temperature region, pristine GeTe
shows deteriorated thermoelectric properties due to the low Seebeck coefficient and the …

Chalcogenide perovskites are expected to be promising thermoelectric materials, since they
not only possess efficient carrier transport and defect tolerance, but also demonstrate unique …

Abstract Quaternary Cu 2 MnSnSe 4 alloys with low intrinsic thermal conductivity are
identified as promising middle-temperature thermoelectric materials. However, zT is …

Chemical bonds determine electron and phonon transport in solids. Tailoring chemical
bonding in thermoelectric materials causes desirable or compromise thermoelectric …

As a newly synthesized two-dimensional (2D) carbon material, monolayer quasi-hexagonal
phase fullerene (qHP C 60) has an excellent electronic structure and low thermal …