Progress in Solid Oxide Fuel CellsThis work provides a collection of current research papers including valuable insights on materials-related aspects of solid-oxide fuel cells current status, processing and fabrication, various electrolytes, anodes, and cathodes, ceramic/metal interconnects, seal materials, mechanical properties, characterization, modeling, fuel reforming, component materials, materials processing, performance, stability, and more. |
Contents
N Q Minh | 20 |
Worldwide SOFC Technology Overview and Benchmark | 29 |
Ceramic Fuel Cells for Stationary and Mobile Applications | 41 |
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alloys alumina American Ceramic Society anode anode material behavior cathode cell performance ceramic fuel cells cermet chemical Chromite chromium coefficient components composite conductor crack decrease diffusion doped elastic elastic moduli electrical conductivity electrochemical electrode energy fabrication Figure film fracture toughness fuel cells SOFCs glass glass-ceramic heat high temperature hydrogen increase interface ionic conductivity ions LaCrO LaMnO lanthanum Lanthanum Chromite layer LSCF measured mechanical mica microstructure moduli nickel NiO-YSZ operating temperature Oxide Fuel Cells oxygen particles perovskite phase pore former porosity porous power density properties reaction reduced NiO resistance samples screen-printing sealant seals shown in Fig shrinkage sintering SOFC SOFC stacks Solid Electrolyte Solid Oxide Fuel Solid State Ionics solid-oxide fuel cells specimens spinel stability steam reforming steel stress structure substrate surface Technology thermal cycles thermal expansion thickness voltage YSZ electrolyte zirconia ZrO2