Analysis of Mathematical Models of the Human Lung. Racheal, C. Thesis about Gas exange model
abstract   bibtex   
The processes of lung ventilation and perfusion, diffusion, and gas transport make up the system of breathing and tissue oxygenation. Here, we present several mathematical formulations of the essential processes that contribute to breathing. These models aid in our understanding and analysis of this complex system and can be used to form treatments for patients on ventilators. With the right analysis and treatment options, patients can be helped and money can be saved. We conclude with the formulation of a mathematical model for the exchange of gasses in the body based on basic reaction kinetics.
@article{racheal_analysis_nodate,
	title = {Analysis of {Mathematical} {Models} of the {Human} {Lung}},
	abstract = {The processes of lung ventilation and perfusion, diffusion, and gas transport make up
the system of breathing and tissue oxygenation.  Here, we present several mathematical
formulations of the essential processes that contribute to breathing. These models aid in our
understanding and analysis of this complex system and can be used to form treatments for
patients on ventilators. With the right analysis and treatment options, patients can be helped
and money can be saved. We conclude with the formulation of a mathematical model for
the exchange of gasses in the body based on basic reaction kinetics.},
	language = {en},
	author = {Racheal, Cooper},
	note = {Thesis about Gas exange model},
	pages = {37}
}

Downloads: 0