Carbon riveted Pt/MnO2-Graphene catalyst prepared by in situ carbonized L-ascorbic acid with improved electrocatalytic activity and stability

Hailong Chen

Carbon riveted Pt/MnO2-Graphene catalyst prepared by in situ carbonized L-ascorbic acid with improved electrocatalytic activity and stability

Materials Science 2020-12-08 v1 Chemical Physics

Authors: Hailong Chen

Abstract

Pt/Graphene and Pt/MnO2-Graphene catalysts have been prepared by microwave-assisted polyol process. Electrochemical results show that Pt/MnO2-Graphene has higher electrocatalytic activity and stability. Furthermore, carbon riveted Pt/MnO2-Graphene catalyst has been designed and synthesized on the basis of in situ carbonization of L-ascorbic acid. The stability for carbon riveted Pt/MnO2-catalyst is significantly enhanced.

Keywords

pt/mno2-graphene carbon riveted catalyst l-ascorbic acid in situ carbonization electrocatalytic activity stability

Cite

@article{arxiv.2012.03175,
  title  = {Carbon riveted Pt/MnO2-Graphene catalyst prepared by in situ carbonized L-ascorbic acid with improved electrocatalytic activity and stability},
  author = {Hailong Chen},
  journal= {arXiv preprint arXiv:2012.03175},
  year   = {2020}
}

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