Abstract Cerium oxide (CeO 2), or ceria, and its doped derivatives have been extensively
studied for several decades and are well-known oxides valued for their unique structural …

Rising concerns on CO 2 emissions and depletion of fossil fuels have led to the quest for
developing technologies that aim to produce hydrogen via renewables-powered zero …

High quality data on the high temperature electrical properties of ceramics, particularly
oxides, is of great value for material selection, design, and modeling for a broad range of …

Gd: CeO 2 ceramic samples with a density of up to 96% of the theoretical value have been
obtained by rapid 24 GHz microwave sintering with heating rates of up to 300° C/min and …

Different outcomes have been presented on the preparation of high‐temperature ceramic
AnB2O2n+ 5 (A= Hf, Zr and B= Nb, Ta). Considering the importance of these materials as …

Commercialization of solid oxide fuel cell is feasible with hermetic sealing, low sintering and
low operating temperature of the fuel cell. In this context, selection of Gd doped cerium oxide …

Determining the electrical properties of ceria-based materials is important for their use as
electrodes in hot-wall magnetohydrodynamic (MHD) power generators with wall …

Corrosion by alkali metals and their compounds poses a significant challenge to the long-
term material stability and service life for both metal alloys and ceramics at high operating …

Development and Testing of Ceramic Materials for Direct Power Extraction Page 1 Development
and Testing of Ceramic Materials for Direct Power Extraction Michael Bowen David Cann, Rigel …