Serikov V B
Laboratory of Medical Research and Technology, Association Alpha, Leningrad, USSR.
Microvasc Res. 1991 Jul;42(1):1-16. doi: 10.1016/0026-2862(91)90071-i.
A mathematical model of nonsteady-state fluid movement in the lung interstitium during hydrodynamic loading is evaluated. The model is based on experimental results obtained in isolated perfused canine lungs. The interstitium is treated as a porous phase with an elastic framework, able to relax; all resistance to flux is in the interstitial tissue and not in the endothelium. A numerical iteration procedure was applied for the calculation of fluid transfer coefficients. The model describes space distribution of driving pressures in the interstitium.
对流体动力加载期间肺间质中非稳态流体运动的数学模型进行了评估。该模型基于在离体灌注犬肺中获得的实验结果。间质被视为具有弹性框架、能够松弛的多孔相；所有对通量的阻力都存在于间质组织中，而不存在于内皮中。应用数值迭代程序计算流体传输系数。该模型描述了间质中驱动压力的空间分布。
