Anode-supported solid oxide fuel cells have been produced by water base sequential tape casting and cosintering. The curvature developed upon cosintering was monitored in situ. By tailoring the green microstructure, it was possible to reduce the curvature rate and to produce flat cells avoiding the need for a creep-flattening treatment. The power density at 8001C and 0.7 V was 751.7 mW/cm2.
Sintering and Deformation of Solid Oxide Fuel Cells Produced by Sequential Tape Casting
Sglavo, Vincenzo Maria;Bertoldi, Mirko
2010-01-01
Abstract
Anode-supported solid oxide fuel cells have been produced by water base sequential tape casting and cosintering. The curvature developed upon cosintering was monitored in situ. By tailoring the green microstructure, it was possible to reduce the curvature rate and to produce flat cells avoiding the need for a creep-flattening treatment. The power density at 8001C and 0.7 V was 751.7 mW/cm2.File in questo prodotto:
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