Effect of pyrolytic temperature over MOFs templated Cu NPs embedded in N-doped carbon matrix on hydrogenation catalytic activities

Weiqin Xu,Chuncheng Lin,Shengjie Liu,Haoyuan Xie,Yanxuan Qiu,Wenting Liu, Huirong Chen,Songbai Qiu,Robert Langer

Inorganic Chemistry Communications（2020）

Cited 4|Views3

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Abstract

MOFs templated Cu NPs supported by the N-doped carbon are prepared under different pyrolytic temperature, which has noticeable influence on their hydrogenation catalytic activity for aromatic-nitro compounds.

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Key words

Hydrogenation,MOFs’ derivative,Aromatic amine compound,Catalyst,Foamy copper

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