Verification of a mathematical model that describes the action of uranium hexafluoride on the human body in facilities of the atomic industry

A complex mathematical model that describes the action on the human body of uranium hexafluoride that enters the air of the work space in facilities of the atomic industry is considered. Partial models that describe the pollution of the work space and percutaneous and inhalation entries of toxic substances to the body are discussed. Initial equations are presented and basic experimental premises are considered. The choice of several important parameters of the complex model is discussed. The predictions of the model are compared with known experimental results.