In this communication, the synthesis of modified calcium manganate (CaCu1/3Mn1/3W1/
3O3) ceramics by a conventional solid-state reaction technique is reported. The possibility of …

A high-pressure FAST/Spark Plasma Sintering method was used to produce dense SrTiO 3
ceramics at temperatures of 1050° C, more than 250° C below typical sintering …

Thermoelectric properties of pure polycrystalline CaMnO3 ceramics were significantly
enhanced by increasing sintering holding time from 1 to 24 h. The Seebeck coefficient …

Oxide thermoelectric ceramics attract extensive research interest due to their excellent
thermal stability, non‐toxicity, cost‐effectiveness, and earth‐abundant constituent elements …

Calcium cobaltite (Ca 3 Co 4 O 9) is considered as one of the most promising thermoelectric
p-type oxides for energy harvesting applications at temperatures above 500 C. It is …

Immensely thermally stable and perfectly dense ceramics of highly pure calcium manganese
oxide (CaMnO 3) powders is realized at optimized minimal processing temperature and time …

Abstract Calcium cobaltite Ca3Co4O9, abbreviated Co349, is a promising thermoelectric
material for high‐temperature applications in air. Its anisotropic properties can be assigned …

Thermoelectric generators can be used as energy harvesters for sensor applications.
Adapting the ceramic multilayer technology, their production can be highly automated. In …

Ca3Co4O9 powders and ceramics were synthesized and sintered using microwave-
assisted heating method. Another batch of powders was calcined by the conventional …

Emission of greenhouse gases in the process of combustion of fossil fuel to generate energy
is a major threat to the planet earth due to global warming. The combustion processes also …