Gaphene oxide in-situ synthesis of VC and catalytic characteristics for oxygen reduction of VC supported Pt
XUE Peihua
YU Jiemei
HUANG Taizhong
SONG Yekai
Abstract：To develop the high-performance catalysts for fuel cells,The synthesis of VC was investigated,which adopted graphene oxide as both support and carbon source.The synthesis,structure and catalytic performance for oxygen reduction of VC supported Pt were researched.Results showed that the graphene oxide could react with V2O3 in hydrogen atmosphere and in-situ forming VC.The nitrogen can be doped to VC when heat-treated in ammonia atmosphere.The doping of nitrogen enhanced the catalytic performance of VC for oxygen reduction.The graphene and nitrogen doped VC supported Pt showed good catalytic performance for oxygen reduction.The peak current intensity,onset potential and cyclic life surpassed that of traditional Pt/C catalyst.
Keywords：Oxygen reductiongraphene oxidevanadium carbidecatalysts of oxygen reduction
Publication Date：2017-01-01
Online Publishing Date：2026-05-22(First online date of this platform, not the publication date of the document)
Pages：8( 54-61 )