Energy harvesting with thermoelectric materials has been investigated with increasing
attention over recent decades. However, the vast number of various material classes makes …

Thermoelectric generator is among the earliest initiated electricity‐harvesting methods. It is a
very potential power harvester that can convert wasteful thermal energy into electricity …

Abstract Dense Ca 3 Co 4 O 9-Na x CoO 2-Bi 2 Ca 2 Co 2 O 9 (CCO-NCO-BCCO)
nanocomposites were produced from sol-gel derived Ca 2.25 Na 0.3 Bi 0.35 Tb 0.1 Co 4 O 9 …

Besides the material research in the field of thermoelectrics, the way from a material to a
functional thermoelectric (TE) module comes alongside additional challenges. Thus …

All-oxide thermoelectric modules for energy harvesting are attractive because of high-
temperature stability, low cost, and the potential to use nonscarce and nontoxic elements …

Geometry, design, and processing in addition to the thermoelectric material properties have
a significant influence on the economic efficiency and performance of thermoelectric …

Thermoelectric devices based on oxides are good candidates for energy harvesting
technologies for use in aggressive conditions where the materials should withstand high …

Compared to conventional thermoelectric materials, oxides present the advantage of a lower
toxicity and cost, so that they are considered obvious candidates for use in large-scale …

Thermoelectricity is a phenomenon observed in conductive materials allowing the direct
conversion of a temperature difference into a potential difference. The efficiency of the …