Abstract
An approach already presented to predict and correlate the aerosol suspended mass concentration for source-reinforced or aging aerosols undergoing coagulation and sedimentation is used here to develop correlations between the rate of aerosol deposition and the instantaneous aerosol suspended mass concentration. The functional forms of the correlations for the various deposition processes of interest in light water reactor safety are determined by numerical solution of the integrodifferential equation of coagulation and deposition. The applicability of the correlations to radiological assessments is then illustrated using several numerical examples relevant to water reactor safety.
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