P-type lead chalcogenides have superior thermoelectric performance because they exhibit
the energy convergence of several valence bands. However, despite the existence of two …

Abstract I‐III‐VI2 semiconductor nanocrystals have been explored in countless
optoelectronics and green energy applications. While indium‐based compounds are …

Leaching studies of chalcopyrite (CuFeS 2) notoriously reach divergent conclusions about
kinetics, mechanism, and passivation behavior during leaching, even for the same lixiviant …

Eliminating the ferroelectric phase transition to obtain a cubic phase under ambient
conditions is deemed an ultimate goal for p-type GeTe-based materials to be feasible for …

The ability to manipulate crystal structures using kinetic control is of broad interest because it
enables the design of materials with structures, compositions, and morphologies that may …

Phase control of nanomaterials, determined by thermodynamic or kinetic conditions, is
essential to sulfides' characteristics, offering opportunities for exploring advanced …

The oxide thermoelectric (TE) ceramics have continued to attract the focus due to their high
stability and low cost. However, their TE performance falls obviously backward with the …

Ternary chalcogenides of CuFeS2–x (x= 0.00–0.20) chalcopyrites were synthesized via
vacuum melting reaction/uniaxial hot pressing, and their thermoelectrical properties were …

The dearth of n-type sulfides with thermoelectric performance comparable to that of their p-
type analogues presents a problem in the fabrication of all-sulfide devices. Chalcopyrite …

Abstract Te/Se-free Cu 3 SbS 4 is one of the most promising thermoelectric materials
because of its earth-abundant, low-cost and environment-friendly characteristics. However …