Abstract
Measurements have been made of axial dispersion in models of a parallel channel electrolyser and a magnesium/silver chloride seawater battery under laminar flow conditions. Experimental results have been interpreted with the aid of three theoretical models; while these have been shown to be less than perfect they reveal the highly structured nature of the flow in the absence of bubbles. When nitrogen is sparged into the system to simulate anodic or cathodic gas evolution the mixing regime changes drastically. The results obtained have been compared with observations made on various organosyntheses and the performance of a seawater battery.
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