In this paper, five shapes of thermoelectric generator (TEG) models (cylindrical, barrel
shaped, hourglass shaped, cup shaped, and inverse cup shaped) are built under the …

Thermoelectric materials convert waste heat energy efficiently to electricity in an eco-friendly
manner. Bi 2 Te 3 is a known thermoelectric material, which can convert waste heat and …

The status of metrology for the characterization of thermoelectric generator modules (TEM) is
investigated in this work by an international round robin (RR) test including twelve …

Eco-friendly Magnesium antimonide (Mg 3 Sb 2) has been extensively investigated as a
promising and low-toxic thermoelectric material for intermediate (500–900 K) thermoelectric …

A tin–bismuth–telluride material was confirmed as an efficient and harmless material in
thermoelectric applications by the results obtained from the density functional theory. The …

In recent years, flexible thermoelectric generators (f-TEG), which can generate electricity by
environmental temperature difference and have low cost, have been widely concerned in …

Materials genome methods have played an essential role in accelerating the discovery of
high-performance novel materials, and include high-throughput calculation, database …

Thermoelectric technology is an effective strategy to convert low–grade waste heat to
electrical energy directly. Thermoelectric generators (TEGs) have been extensively studied …

Here we report the study temperature dependencies of the Seebeck coefficient, the electrical
resistivity (T= 300–750 K), the total thermal conductivity (T= 300–973 K), and the …

Layered TiS 2 is of great potential in thermoelectrics for room temperature and medium
temperature applications due to its tunable transport properties, low environmental impact …