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In this work, a novel type of cost-effective bipolar membrane for efficient electrochemical water-splitting has been developed. The bipolar membranes with thin thickness were prepared through a pore-filling concept and… Click to show full abstract
In this work, a novel type of cost-effective bipolar membrane for efficient electrochemical water-splitting has been developed. The bipolar membranes with thin thickness were prepared through a pore-filling concept and showed excellent mechanical properties and water-splitting efficiency under reverse bias conditions. Additionally, an efficient method for the immobilization of metal catalyst on the bipolar membrane junction was investigated to increase the water-splitting efficiency of the membranes.
Journal Title: Chemistry Letters
Year Published: 2017
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