On-demand supply of slurry fuels to a porous anode of a direct carbon fuel cell: Attempts to increase fuel-anode contact and realize long-term operation
A potentially continuous fuel supply with increasing fuel-anode contacts in a DCFC.
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Of importance was the size match between the anode pores and fuel particles.
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Maximal power density under the optimal size-matching reached 645 mW cm−2.
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More than 20-h steady operation was achieved at a current density of 700 mA cm−2.
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