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In article number 1808994, Peng Zhang, Zhenyi Zhang, and co‐workers propose a novel concept of the geometrical structure of hierarchical porous materials bio‐inspired by natural ant nests. This approach could help achieve multidimension‐controllable synthesis, including material category, material components, supporting substrates, and pore sizes/distributions, providing a valuable path for their...
Hierarchical porous materials (HPM) have been widely used to enhance electrochemical performance in different fields of application, since their porous structures benefit electrolyte infiltration and ion diffusion. However, the realization of multidimension‐controllable synthesis of HPM, including material category, material components, supporting substrates, as well as pore sizes/distributions, is...
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