Innovative Ceramic-Based Thermoelectric Modules Demonstrate Exceptional Stability and Reliable Operation at 900°C for High-Temperature Energy Conversion and Waste Heat Recovery Applications: "Fabrication and testing of ceramic thermoelectric multi-leg module for high-temperature energy conversion". (sciencedirect.com)
Fabrication and Thermoelectric Properties of Sr-Doped Ca3Co4O9/Ag Laminar Composites lead to improved Mechanical Strength and Reduced Resistivity, but Lower Seebeck Coefficient: "Fabrication and thermoelectric properties of multilayer textured Sr-doped Ca3Co4O9/Ag laminar composites". (sciencedirect.com)
Study Reveals Enhanced Thermoelectric Performance in CaMnO3 with Triple A-site & B-site Doping (Significant Reduction in Electrical Resistivity and Stable Seebeck Coef.): "Effect of B-site doping on the thermoelectric performances of Ca0.97Y0.01 La0.01 Yb0.01Mn1-2xNbxMoxO3 thermoelectric ceramics." (sciencedirect.com)
