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平板膜式氧合器中氧的物理吸收
引用本文:包锦明,瞿谷仁,唐寅南,江体乾.平板膜式氧合器中氧的物理吸收[J].华东理工大学学报(自然科学版),1986(1).
作者姓名:包锦明  瞿谷仁  唐寅南  江体乾
作者单位:华东化工学院化学工程研究所 (包锦明,瞿谷仁,唐寅南),华东化工学院化学工程研究所(江体乾)
摘    要:本文研究了平板膜式氧合器中不伴有氧合反应时氧在血液中的传质过程。根据氧在血液中传递特性建立了数学模型。通过解扩散微分方程,求得了氧在血液中的平均浓度,平均Sh(?)rwood数的理论表达式,并在硅胶平板膜式氧合器中进行了实验验证。在实验范围内(Re=0.8—25),还把Sherwood数关联成下列准数形式: (?)=0.055 Re~(0.59)Se~(0.33) 该式可供设计平板膜式氧合器时参考使用。

关 键 词:吸收  氧合器  血液  扩散  传质

The physical absorption of oxygen in plate membrane oxygenator
Bao Jingming,Qu Guren,Tang Yingnan Jiang Tiqien.The physical absorption of oxygen in plate membrane oxygenator[J].Journal of East China University of Science and Technology,1986(1).
Authors:Bao Jingming  Qu Guren  Tang Yingnan Jiang Tiqien
Institution:Institute of Chemical Engineering
Abstract:The mass transfer problem of oxygen in a plate membrane oxygenator without oxygenation was studied. For oxygen-blood system the mathematical model was presented. It was established on the basis of mass transferring chracteristics of oxygen in blood medium and resulted by the method of mathematical developing, i. e. by solving the relevantdifferential equations of diffusion. The theoretical expression of dimentionless average concentration and Sherwood number were obtained in this way and the results was apparently supported by experimental facts in a silicone membrane oxygenator.The dimentionless correlation is given as follows:(?)_(LO)=0.055 Re~(0.59)Sc~(0.33)which, according to authors' opinion, can be used with advantage in the designing work of plate membrane oxygenator.
Keywords:absorption  oxygenators  blood  diffusion  mass transfer
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