Effect of Electrolyte Polymer Acidity on Platinum Degradation in MEAs

Effect of Electrolyte Polymer Acidity on Platinum Degradation in MEAs

We fabricated MEAs having the EW200 or EW1000 electrolyte in the catalyst layer. The potential cycle test (square-wave potential cycling between 0.6-1.0 V with a pulse width of 3 s) was performed for these MEAs to evaluate the ECA change from CVs. It was revealed that the ECA decrease of the EW200 M...

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Hauptverfasser: Hirayama, Tetsuaki, Kondo, Jun-ichi, Taomoto, Akira, Gyoten, Hisaaki
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Kondo, Jun-ichi
Taomoto, Akira
Gyoten, Hisaaki
description We fabricated MEAs having the EW200 or EW1000 electrolyte in the catalyst layer. The potential cycle test (square-wave potential cycling between 0.6-1.0 V with a pulse width of 3 s) was performed for these MEAs to evaluate the ECA change from CVs. It was revealed that the ECA decrease of the EW200 MEA was 1.6 times faster than that of the EW1000 MEA. It was revealed that the onset shift of the platinum oxidation potential, caused by the sulfonic acid group adsorption [6], depended on the electrolyte EW. The shifts were 0.7 V and 0.8 V for the EW1000 MEA and the EW200 MEA, respectively. These differences would presumably affecte on the ECA change rate.
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title Effect of Electrolyte Polymer Acidity on Platinum Degradation in MEAs
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