Beaudoin G, Jaffrin M Y
Department of Biological Engineering, Université de Technologie de Compiègne BP 233, France.
Life Support Syst. 1987 Jul-Sep;5(3):273-8.
We report here an experimental investigation of the effects of inlet blood pressure and rotation speed on the performance of a rotating membrane device for plasmapheresis commercialized by Hemascience. The good performance of this device can be explained by a combination of high shear rate, centrifugation of red cells and platelets away from the membrane and large secondary flows.
我们在此报告一项实验研究，该研究探讨了入口血压和转速对由血液科学公司商业化生产的用于血浆置换的旋转膜装置性能的影响。该装置的良好性能可以通过高剪切速率、红细胞和血小板从膜上离心分离以及大的二次流的共同作用来解释。
