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Direct carbon fuel cells (DCFCs) are an efficient energy‐conversion technology capable of generating electricity with carbon‐dioxide‐capture chemistry with solid carbon as fuels. The efficiency and performance of DCFCs depend on the kinetics of the carbon oxidation reactions (COR) and the oxygen reduction reactions (ORR), each occurring at anode and cathode, respectively. The limited active sites...
In article number 1910096, Wei Wu, Meng Zhou, Dong Ding, and co‐workers report a direct carbon fuel cell (DCFC) with dual‐3D ceramic textile (3DCT) electrodes operating at 600 °C and below. The dual 3DCT electrodes enable efficient mass and charge transfer to accelerate electrochemical reaction kinetics in both the anode and cathode, leading to superior DCFC performance at reduced temperatures.
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