Development of instrumentation enabling combined fluorescence XAS and EIS on IT-SOFCs at the Quati beamline up to 800°C in reducing and oxidizing atmospheres.
A study of a commercially available anode-supported 2R-Cell™ SOFC via synchrotron radiation XAFS and electrochemical characterization.Journal of Power Sources2026,674, 239755
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Toward in-situ/operando X-ray absorption spectroscopy and electrochemical characterization of solid oxide fuel cells
Development of instrumentation enabling combined fluorescence XAS and EIS on IT-SOFCs at the Quati beamline up to 800°C in reducing and oxidizing atmospheres.