In situ, simultaneous thermal imaging and infrared molecular emission studies of solid oxide fuel cell electrodes
By Kirtley, J. D.; Qadri, S. N.; Steinhurst, D. A.; Owrutsky, J. C.
Published in Journal of Power Sources
NULL
2016
Abstract
Abstract Various in situ probes of solid oxide fuel cells (SOFCs) have advanced recently to provide detailed, real time data regarding materials and chemical processes that relate to device performance and degradation. These techniques offer insights into complex fuel chemistry at the anode in particular, especially in the context of model predictions. However, cell-to-cell variations can hinder mechanistic interpretations of measurements from separate, independent techniques. The present study describes an in situ technique that for the first time simultaneously measures surface temperature changes using near infrared thermal imaging and gas species using Fourier-transform infrared emission spectra at the anodes of operating SOFCs. Electrolyte-supported {SOFCs} with Ni-based anodes are operated at 700
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