Work function-tailored graphene <i>via</i> transition metal encapsulation as a highly active and durable catalyst for the oxygen reduction reaction
Monika Sharma(Daejeon University), Jue‐Hyuk Jang(Daejeon University), Dong Yun Shin(Chungbuk National University), Jeong An Kwon(Chungbuk National University), Dong‐Hee Lim(Chungbuk National University), Daeil Choi(Fuel Cells and Hydrogen), Hukwang Sung(Daejeon University), Jeonghee Jang(Daejeon University), Sang‐Young Lee(Government of the Republic of Korea), Kwan Young Lee(Korea University), Hee‐Young Park(Fuel Cells and Hydrogen), Namgee Jung(Daejeon University), Sung Jong Yoo(Fuel Cells and Hydrogen)
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Abstract
A novel design concept of a three-dimensional graphene shell encapsulated cobalt nanostructure as a new route to tune the work function of graphene for enhanced ORR.
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