With∼ 60% of global energy lost as heat, technologies such as thermoelectric generators
(TEGs) are an important route to enhancing the efficiency of energy-intensive processes …

In the past two decades or so, thermoelectricity has made considerable progress with
several new materials discovered and significant improvement in the performance of already …

Thermal and electronic transport properties are the keys to many technological applications
of materials. Thermoelectric, TE, materials can be considered a singular case in which not …

Despite the attractive thermoelectric properties in single crystals, the fabrication of high-
performance polycrystalline SnSe by a cost-effective strategy remains challenging. In this …

We synthesized Co4Sb11Te x Ge1–x (x= 0.5–0.8) using high-pressure, high-temperature
conditions at∼ 2 GPa and∼ 900 K. The microstructure, morphology, and components were …

In the present work, single phase CoSb3 skutterudite nanomaterials were prepared via a
ball milling method, and their thermoelectric characteristics were compared with the samples …

Conventionally, incorporating indium into skutterudites has been accomplished through
energy-intensive melting processes. However, hydrothermal synthesis alone cannot …

Materials based on the chalcopyrite structure can form semiconductors with a wide range of
properties. CuInX2, where X is S, Se, or Te, can be tuned by doping on sites such as the Cu …

A ceramic composition containing 95 wt% of construction and demolition waste-like material
was consolidated by cold sintering process at 200° C using KOH water solutions as the …

High-resolution synchrotron radiation X-ray powder diffraction was used for the structural
characterization of half-Heusler alloys with compositions MNiSn, M 0.5 M′ 0.5 NiSn, and M …