A mathematical model and nomogram of a artificial “membranous lung”

The gas exchange processes in mean branous blood oxigenerator are described mathematically. The dynamic mathematic model of the generator is provided by partial differential equations. The problems of parametric identification and of a dynamic an ensuing static model are stated and a learning program is proposed. The static model lesels to a nomogram for control of the generator operation and forecasting the gas exchange indices for actual perfusions.