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H2 production capacity through electrolysis, NH3 has been proposed as an H2 carrier due to its high energy density of 5.2 kWh kg-1 and its high gravimetric hydrogen content of 17.6% by weight, not
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. The key innovation of D-MEC is expected to increase current densities-and therefore hydrogen production capacity-by 50 up to 400 times compared to traditional MECs, thereby overcoming the main
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requires a deposition strategy that leverages material anisotropy and ensures continuous material flow in any direction. Moving beyond traditional layer-by-layer geometry decomposition, advanced deposition
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