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Porous graphene has been widely applied in energy storage, electrocatalysis, photoelectron devices, etc. However, the producing process for porous graphene usually needs long time and is a tedious step. In this work, porous graphene is prepared with controllable pore size by using active metal nanoparticles to catalytically oxidize carbon under microwave combustion process within tens of seconds....
Porous graphene is generally designed to mitigate the reduced surface area and mass diffusion rate compared to original graphene. As reported by Jun Zhou and co‐workers in article number 1800382, pore‐size‐controllable porous graphene is rapidly synthesized by a novel microwave combustion method utilizing active metal compounds. This work offers new perspectives for the design of porous materials...
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