A dual-acetate synchronous catalysis-activation strategy towards regulable porous graphitic carbon for high-energy supercapacitor with acetate water-in-salt electrolyte

Al-MOF-derived porous carbon-modified Pt/C catalyst for constructing a high-performance super fuel cell via an ORR + EDLC parallel-discharge mechanism

“…30–33 Carbon materials have been developed and commonly used as supercapacitor materials due to their advantages of high abundance and easy availability, good conductivity, and a large SSA. 34–36 Among these, metal–organic framework (MOF)-derived carbon materials retain the characteristics of their precursors with a large SSA and abundant pore structures, which make them ideal electrode materials for supercapacitors. 37 Hence, exploring the feasibility of modifying oxygen-reduction catalysts with capacitive carbon materials, and thus further designing capacitive redox catalysts to construct capacitive fuel cells with high power performance and strong stability is critical for the further development of fuel cells.…”