以下用于计算平板膜式氧合器中氧传质系数的简单分析表达式。
In this paper, an equation for the local blood-side Sherwood number is derived from the advancing front theory (AFT) for mass transfer of oxygen in a parallel plate membrane oxygenator.
当填料体积含率大于40%时，氧传质系数出现最大值后逐渐减小。
When the volume fraction of suspension carrier is more than 40%, the mass transfer coefficient decreases after the peak.
氧传质系数则随着载体含量的增加先增后减，随着气流量和液流量的增大而增大。
The oxygen mass transfer coefficient increases at the beginning and then decreases with the augment of carrier content, and increases with the augment of air flow rate and liquid flow rate.
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