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ROBERTO C. DANTE FRANK MENZL JOCHEN LEHMANN CHRISTIAN SPONHOLZ ORTRUD LUSCHTINETZ OMAR SOLORZA-FERIA 《Journal of Applied Electrochemistry》2006,36(2):187-193
The model developed in the first part of this work is used to predict the cell potentials and the irreversible Gibbs free
energy of a stack of 15 cells. The model starts from a phenomenological equation of a polarization curve with the extent of
reaction as the independent variable. Two extreme kinds of flow of reagents, defined as Chain and Separate Flows respectively,
are considered. The cell potentials are obtained by a combination of the potential of the two extreme cases of flow. The stack
cell potentials and the efficiencies, estimated by the model, reproduce the general characteristics obtained by the experiments. 相似文献
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