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Porous transition‐metal compounds that are highly redox‐active show excellent potential as active components for applications, such as electrocatalysts for energy conversion and electrodes for energy storage. In article number 1901124, John Wang and co‐workers obtain highly ordered microporous and uniform mesoporous manganese phosphates. By using n‐hexylphosphonic acid as both the etching and templating...
Manganese (Mn)‐based compounds are important materials for both energy conversion and energy storage. Unfortunately, it has been a significant challenge to develop highly ordered microporous/mesoporous structures for them to provide more active sites for these applications. In order to do so using the soft‐templating method, three conditions have to be met, namely, a strong interaction between the...
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