Oxide-based thermoelectric materials that show a high figure of merit are promising because
of their good chemical and thermal stabilities and their relative harmlessness compared with …

With the mass-manufacture and resulting low cost of silicon photovoltaics driven by Western
government subsidy schemes and large-scale manufacturing, concentrated solar power for …

SnSe has attracted extensive attention due to its ultralow thermal conductivity and excellent
thermoelectric properties. In this work, pressure‐induced thermoelectric properties of Pnma …

We are reporting the effect of thickness on the Seebeck coefficient, electrical conductivity
and power factor of Ca3Co4O9 thin films grown on single-crystal Sapphire (0001) substrate …

Layered cobalt oxides, AxCoO2 (A= Li, Na, Ca, and Sr), are attracting attention as
thermoelectric materials showing large thermoelectric figure of merit ZT= S2σTκ− 1 (S …

Recently, the layered transition-metal pentatellurides ZrTe 5 and HfTe 5 have attracted
increasing attention because of their interesting topological electronic properties …

Over the years, the search for high performance thermoelectric materials has been dictated
by the “phonon glass and electron crystal (PGEC)” paradigm, which suggests that low band …

We have investigated the crystal structure and high temperature thermoelectric properties of
polycrystalline Bi 2–2 x Na 2 x Sr 2 Co 2− x W x O y (0≤ x≤ 0.075) samples. Powder x-ray …

Abstract Misfit cobaltates ([Bi/Ba/Sr/Ca/CoO] nRS [CoO2] q) constitute the most promising
family of thermoelectric oxides for high temperature energy harvesting. However, their …

Sintering in a reducing atmosphere, in comparison with sintering in air, greatly improves the
electrical performance of ZnO-based thermoelectric materials. However, it also raises a …