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Gas transfer to blood flowing in coiled circular tubes
Transfer of physiological gases to blood flowing laminarly in helically coiled permeable-walled tubes was investigated; it is shown that helical coiling of tube leads to significant improvement in gas transfer rates because of induced secondary velocities; gas transfer rate for this coiled tube geometry depends on Reynolds number, Schmidt number, and ratio of helix to tube diameters; oxygenator using coiled tubular membranes would be limited by tube length required to eliminate carbon dioxide; membrane oxygenator utilizing coiled, tubular membranes is shown to be feasible.
Gas transfer to blood flowing in coiled circular tubes
Transfer of physiological gases to blood flowing laminarly in helically coiled permeable-walled tubes was investigated; it is shown that helical coiling of tube leads to significant improvement in gas transfer rates because of induced secondary velocities; gas transfer rate for this coiled tube geometry depends on Reynolds number, Schmidt number, and ratio of helix to tube diameters; oxygenator using coiled tubular membranes would be limited by tube length required to eliminate carbon dioxide; membrane oxygenator utilizing coiled, tubular membranes is shown to be feasible.
Gas transfer to blood flowing in coiled circular tubes
ASCE Proc (J Eng Mechanics Div)
Weissman, M.H. (author) / Mockros, L.F. (author)
1968
16 pages
Article (Journal)
English
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