Ki Rak LeeKye Ung LeeJong Wook LeeByung Tae AhnSeong Ihl Woo
Nitrogen doped graphene were prepared via exfoliated graphite oxide. This graphene exhibited significantly high oxygen reduction activity. High electric conductivity, high surface area, large amount of edge sites and pyridinic N site in rGS (reduced graphene sheets) contribute to the high ORR (oxygen reduction reaction) activity. The rGS showed a potential to replace expensive Pt for oxygen reduction reaction in PEMFC. Keywords: Oxygen reduction reaction, Fuel cell, Nitrogen doped graphene, Non platinum catalyst, Pyridinic nitrogen
Stephen Matthew LythYuta NabaeNazrul IslamShigeki KurokiMasa‐aki KakimotoSeizo Miyata
Jianfeng LiuKazunari SasakiStephen Matthew Lyth
Jianfeng LiuKazunari SasakiStephen Matthew Lyth
Stephen Matthew LythYuta NabaeNazrul IslamTeruaki HayakawaShigeki KurokiMasa-aki KakimotoSeizo Miyata