A BiCuSeO system has been reported as a promising thermoelectric material and has
attracted great attention in the thermoelectric community since 2010. Recently, several …

BiCuSeO oxyselenide-based thermoelectric materials are attracting much attention due to
their ultra-low intrinsic thermal conductivity (ĸ) and moderate Seebeck coefficient (S) …

Abstract Bi 0.925 Ca 0.075 Cu 1− x SeO (x= 0–0.10) samples were fabricated by combining
a two–step solid–state reaction with spark plasma sintering, and the effect of Cu vacancies …

The synthesis of BiAgOCh (Ch= S or Se) compounds has been successfully achieved via
the ion exchange of copper with silver in aqueous solutions, starting from the copper parent …

We demonstrate a p-type to n-type conductivity transition for thermoelectric CoSbS achieved
by precisely controlling the sulfur vapor pressure during the sample synthesis. The p–n …

Here, the effects of variable-valence element Sm doping on the thermoelectric performance
of BiCuSeO are studied. The Bi 1-x Sm x CuSeO (x= 0, 0.025, 0.05, and 0.10) oxyselenides …

Thermoelectric materials have great application prospects in the fields of micro-refrigeration,
waste heat utilization and catalysis, and BiCuSeO is one of the oxide thermoelectric …

ZrCuSiAs‐type mixed‐anion oxychalcogenides and oxypnictides form a massive family of
functional materials readily tailored to host diverse transport properties. Here we investigate …

Moderately-doped BiOCuSe-based materials are actively investigated worldwide as new
promising candidates for intermediate-temperature thermoelectric power generation. Here …

The thermoelectric properties and electronic structures were investigated on p-type BiCu 1-x
Ag x SeO (x= 0, 0.02, 0.05, 0.08) ceramics prepared using a two-step solid state reaction …