What gap and pore size maximize the energy efficiency of electrochemical flow cells?
Various electrochemical cells including microfluidic fuel cells, membraneless redox flow batteries, and microfluidic (CO2) electrolysers include a channel between their two electrodes. The wider this channel, the larger the ohmic drop. The thinner this channel, the larger the pressure drop. … Continue reading What gap and pore size maximize the energy efficiency of electrochemical flow cells?
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