Synthesis of shell/core structural nitrogen-doped carbon/silicon carbide and its electrochemical properties as a cathode catalyst for fuel cells

Synthesis of shell/core structural nitrogen-doped carbon/silicon carbide and its electrochemical properties as a cathode catalyst for fuel cells

Pan, Hong;Zang, Jianbing;Dong, Liang;Li, Xiaohu;Wang, Yanhui;Wang, Yongjiao;
electrochemistry communications 2013 Vol. 37 pp. 40-44
230
pan2013synthesiselectrochemistry

Abstract

A shell/core structural N-doped carbon/silicon carbide (N-doped C/SiC) was prepared by two-steps: pre-carbonization and N doping process. The first step was carried out on nano-SiC using acid etching method. Nanoporous amorphous carbons were formed on the surface of SiC after acid etching, which could make it easy to adsorb N source and reduce the energy needed in the next step. The prepared N-doped C/SiC exhibited a high durability and a good catalytic activity for oxygen reduction reaction. Keywords: Oxygen reduction reaction, Nitrogen doped carbon, Carbide derived carbon, Shell/core structure

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