Author: Giorgio Buonanno; Luca Stabile; Lidia Morawska
Title: Estimation of airborne viral emission: quanta emission rate of SARS-CoV-2 for infection risk assessment Document date: 2020_4_17
ID: 7bmj8qsv_11
Snippet: The approach proposed in the present work is based on the hypothesis that the droplets emitted 82 by the infected subject have the same viral load as the sputum. Therefore, if the concentration of 83 the virus in the sputum and the quantity of droplets emitted with dimensions less than 10 µm is 84 known, the viral load emitted can be determined through a mass balance. In particular, the viral 85 load emitted, expressed in terms of quanta emissio.....
Document: The approach proposed in the present work is based on the hypothesis that the droplets emitted 82 by the infected subject have the same viral load as the sputum. Therefore, if the concentration of 83 the virus in the sputum and the quantity of droplets emitted with dimensions less than 10 µm is 84 known, the viral load emitted can be determined through a mass balance. In particular, the viral 85 load emitted, expressed in terms of quanta emission rate (ERq, quanta h -1 ), was evaluated as: 86 87
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