Develos-Bagarinao K. Nanoengineered Materials for Solid Oxide Cells 2023 torrent

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Solid oxide cells (SOCs) are one of the key technologies receiving global scientific and technological interest due to their enormous potential to alleviate the environ mental problems associated with the widespread use of fossil fuels. SOCs can provide highly efficient, low-carbon power generation and constitute the core technology used to produce hydrogen, syngas, and synthetic fuels in combination with renewable electricity.
In recent years, the nanoengineering of materials used for SOCs has emerged as a versatile tool for the production of high-performance components such as electrodes, interlayers, and electrolytes with far superior properties than those of conventional materials. Over the years, several methods have been explored to tune various material structures at the nanoscale via 1D, 2D, and 3D nanostructures fabricated using advanced thin-film technology and other related nanoprocessing techniques. These developments are further complemented by significant advancements in nanocharacterization tools that can be used to elucidate the complex mechanisms governing the behavior of nanostructured materials. This strategic approach has enabled the discovery of novel structures and provided an understanding of fundamental mechanisms at the nanoscale, which are crucial in the development of next-generation devices.
Preface
1 Advances in nanoengineered air electrodes: towards high-performance solid oxide cells
2 Recent advances in the understanding of the influence of surface chemistry and microstructure on the functional properties of solid oxide cell air electrodes
3 Tuning heterointerfaces for high-performance solid oxide cells
4 Interface engineering for highly active and stable solid oxide cell electrodes
5 Nanostructuring the electrodes of solid oxide cells via atomic layer deposition
6 Novel electrode materials and nano-oxide composite electrolytes
7 Tailoring nanostructured fuel electrode materials for solid oxide cells through redox exsolution
8 Engineering nanostructured fuel electrodes for high-performance, durable SOCs through infiltration
9 The use of anisotropic microstructures to modify solid oxide cell electrodes
10 Synchrotron x-ray radiation for solid oxide cell material characterization