May 5, 2005
Conference Paper

SECA Core Technology Program - PNNL: Cell Materials Development

Abstract

LSF indicates considerable performance disparity dependent on the type of noble metal current collector used. The LSF-Au configuration is most representative of true LSF performance, and reveals LSF instability. Impact of Ni migration (from the anode) on cathode degradation into YSZ, SDC and LSF layers is being examined. LSM-based cathode optimization – encouraging long-term stability data but modest power densities.

Revised: October 11, 2010 | Published: May 5, 2005

Citation

Stevenson J.W., S.P. Simner, M.D. Anderson, O.A. Marina, and A. Mueller. 2005. SECA Core Technology Program - PNNL: Cell Materials Development. In SECA Workshop Proceedings: 6th Annual Solid State Energy Conversion Alliance. Morgantown, West Virginia:National Energy Technology Laboratory. PNNL-SA-45182.