Selected article for: "di erence and partial pressure"

Author: David M Rubin; Neil T Stacey; Tonderayi Matambo; Diane Hildebrandt
Title: Oxygen transfer characteristics of a hollow fiber dialyser: toward possible repurposing of dialysers as blood oxygenators in the context of constrained availability of respiratory support
  • Document date: 2020_4_11
  • ID: 4igpae7w_31
    Snippet: The pO top 2 is determined as follows: the pressure of the pure oxygen exit stream is atmospheric pressure, and the water inlet's partial pressure is given by the % saturation read from the dissolved oxygen meter, multiplied by the partial pressure of oxygen in normal air at a pressure of 84 kP a, which amounts to a di erence of 72 kP a. The outlet pressure of oxygen is likely to be close to atmospheric pressure and also not highly influencial on.....
    Document: The pO top 2 is determined as follows: the pressure of the pure oxygen exit stream is atmospheric pressure, and the water inlet's partial pressure is given by the % saturation read from the dissolved oxygen meter, multiplied by the partial pressure of oxygen in normal air at a pressure of 84 kP a, which amounts to a di erence of 72 kP a. The outlet pressure of oxygen is likely to be close to atmospheric pressure and also not highly influencial on the overall driving force for mass transfer since the driving force is very high at that point. Hence it can be taken as the partial pressure of oxygen in normal air which is 84 kP a.

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