Corpus ID: 218763475

Face Coverings, Aerosol Dispersion and Mitigation of Virus Transmission Risk

@article{Viola2020FaceCA,
  title={Face Coverings, Aerosol Dispersion and Mitigation of Virus Transmission Risk},
  author={I. M. Viola and B. Peterson and G. Pisetta and G. Pavar and H. Akhtar and F. Menoloascina and E. Mangano and K. Dunn and R. Gabl and A. Nila and E. Molinari and C. Cummins and G. Thompson and C. M. McDougall and T. Y. Lo and F. Denison and P. Digard and O. Malik and M. Dunn and F. M. S. O. Engineering and U. Edinburgh and Uk and Lavision UK Ltd. and Bicester and AI UKRICentreforDoctoralTraininginBiomedical and School of Informatics and College of Medical and Veterinary and Life Sciences and U. Glasgow and Maxwell Institute for Mathematical Sciences and Institute for Infrastructure and Environment and Heriot-Watt University and Edinburgh and Centre for Clinical Brain Sciences and Paediatric Critical Care Unit and Royal Hospital for Sick Children and Usher Institute and The Queens Medical Research Institute Edinburgh BioQuarter and The Roslin Institute and Department of Anaesthesia and Dept of Critical Care and Nhs Lothian and Royal Infirmary of Edinburgh and Global Cleft Lip and Palate Research Programme and Global Health Research Centre},
  journal={arXiv: Medical Physics},
  year={2020}
}
  • I. M. Viola, B. Peterson, +45 authors Global Health Research Centre
  • Published 2020
  • Mathematics, Physics
  • arXiv: Medical Physics
  • The SARS-CoV-2 virus is primarily transmitted through virus-laden fluid particles ejected from the mouth of infected people. In some countries, the public has been asked to use face covers to mitigate the risk of virus transmission - yet, their outward effectiveness is not ascertained. We used a Background Oriented Schlieren technique to investigate the air flow ejected by a person while quietly and heavily breathing, while coughing, and with different face covers. We found that all face covers… CONTINUE READING

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