MODELING AND OPTIMIZATION OF PROCESSING ALGORITHMS BASED ON REAL-TIME MONITORING OF RADIATION AND DUST PARAMETERS
Abstract
The potential radiation exposure of a person or worker in workshops covered with crushed mining dust mainly comes from two sources: the first is external gamma radiation generated by radionuclides in raw materials and the second is internal radiation resulting from inhalation of radon and its decay products. An assessment model was developed to predict the amount of gamma radiation from the radiation of crushed sand in the workshop and its movement in the air. In this case, internal radiation resulting from inhalation of radon and its decay products was calculated using data on radon emissions.
Keywords
radiation monitoring, dust monitoring, real-time systems, gamma radiation, radon, internal radiation, external radiation, radionuclides, mining industry, airborne dust, modeling, optimization, dose assessment, inhalation exposure, radiation hazard, prediction models, sensor systems
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