Figure 2. (Top) Limitations of traditional fuel cell catalyst degradation analysis methods. (Lower) The new analysis method developed by the research team. (IMAGE)
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Figure 2. (Top) Limitations of traditional fuel cell catalyst degradation analysis methods. Overlapping degradation processes are captured, making it difficult to identify which degradation process is the major cause.
(Lower) The new analysis method developed by the research team. The time-resolved degradation processes can be monitored, allowing for decoupling of the overlapping processes and the major cause can be identified.
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© Journal of the American Chemistry Society, originally published in Journal of the American Chemistry Society
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