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The total concentration loss of Ba is approx. 78%.
Later an average concentration of 315 µmol/L is approached, implying a total Ba concentration loss of approx. 58%.
Therefore, flow fields that can suppress concentration loss in the area of high-current density have been suggested.
Afterward, the Ba concentration decreases to an almost stable value of 340 µmol/L, resulting in a total Ba concentration loss of approx. 56%.
The results show that the bi-cell should be operated with a larger stoichiometric ratio of 1.5 and a cell temperature of 50 °C to prevent concentration loss.
Water flooding at the cathode is a critical issue in polymer electrolyte membrane fuel cells, since it will block the oxygen transport, resulting in a large concentration loss.
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Thin anodes, ~10 μm, prevented significant concentration losses.
This enabled the anode losses to be separated from the more dominant cathode and concentration losses.
This was ascribed to other loss mechanisms including cathode polarisation and concentration losses being more dominant.
Moreover, the concentration losses showed an opposite behavior when compared with the ohmic losses.
More porous anodes should enable greater loading and reduced concentration losses.
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