Drastically boosting acetone capture by O/N co-doped Enteromorpha porous carbon: Key role of optimizing pore structure and improving surface polarity

Ze Yang,Baichuan Jin,Jie Li,Xiaobiao Zhu,Shangyi Li,Tingting Zhang

APPLIED SURFACE SCIENCE（2023）

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摘要

•First depiction of acetone capture by O/N co-doped enteromorpha porous carbon.•Microporous filling is the main physisorption mechanism in acetone capture.•O/N co-doping can improve the surface polarity to enhance acetone capture.•EONC600-0.5 has the best adsorption effect on acetone, up to 461.7 mg/g.

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关键词

Enteromorpha porous carbon,Acetone capture,Oxygen-nitrogen functional groups,Polar interaction,Configuration simulation

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