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Construction of efficient proton transport channels by adjusting in-situ growth of MOF on graphene oxide
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DOI：10.1016/j.memsci.2026.126009.png)
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Abstract
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• UiO-66-NH2@SGO nano-fillers were prepared using the in-situ growth method. • Zr-O-C bonds, hydrogen bonds and interactions improved the compatibility of the composite PEM. • C-SPAEKS/NU6@SGO-1 showed the highest proton conductivity (239.31 mS cm−1 at 90 °C). • Good interfacial interactions enhanced dimensional stability of C-SPAEKS/NU6@SGO-1. • C-SPAEKS/NU6@SGO exhibited good fuel cell performance via multi-scale proton channels.
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9
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2.1W
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