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Iraj Moradpoor et al.
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Haeryang Lim et al.
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Jinsheng Li et al.
Summary: Alkaline hydrogen-electricity energy conversion technologies, such as AEMFCs and AEMWEs, offer advantages over acidic counterparts, but face challenges in terms of AEM properties. This review examines the main obstacles of AEMs, including ion conductivity, stability, and device integration, and proposes strategies to address these challenges. The insights provided by this review can accelerate the commercialization of these promising hydrogen-electric energy conversion technologies.
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Jing Sang et al.
Summary: By synthesizing comb-shaped membranes, the well-designed structure improves ion conductivity and dimensional stability, demonstrating high efficiency in anion exchange membrane fuel cell applications.
ELECTROCHIMICA ACTA
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Yaojie Xu et al.
Summary: A series of tunable bis-pyridinium crosslinked PEEK-BiPy-x anion exchange membranes (AEMs) have been successfully prepared to improve the trade-off between ionic conductivity and alkaline stability. The PEEK-BiPy-x membranes exhibit distinct microphase separation patterns and possess adequate thermal, mechanical and dimensional stability. Among them, the PEEK-BiPy-0.5 membrane shows the highest tensile strength, IEC value, and excellent alkaline stability.
INTERNATIONAL JOURNAL OF HYDROGEN ENERGY
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Dengji Zhang et al.
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