
Two models of the industrial environment contamination with emergency discharge of gaseous uranium hexafluoride into the air of the working room are constructed. The model that best matches the experimental data is chosen for the practical use. It is shown that a dose acquired by a man in percutaneous absorption of uranium is determined by the gas components of the hydrolysis products of uranium hexafluoride.
Рассмотрены модели загрязнения производственной среды при аварийном выбросе газообразного гексафторида урана в воздух рабочего помещения и для практического использования отобрана модель, которая лучше соответствует экспериментальным данным. Показано, что доза, получаемая человеком при перкутантном поступлении урана, определяется газовыми компонентами продуктов гидролиза гексафторида урана.
ГЕКСАФТОРИД УРАНА, ПЕРКУТАННОЕ ПОСТУПЛЕНИЕ, МАТЕМАТИЧЕСКАЯ МОДЕЛЬ
ГЕКСАФТОРИД УРАНА, ПЕРКУТАННОЕ ПОСТУПЛЕНИЕ, МАТЕМАТИЧЕСКАЯ МОДЕЛЬ
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