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New study says masks & ventilation are better measures to stop Covid spread than social distancing

New study says masks & ventilation are better measures to stop Covid spread than social distancing SECTIONS Last Updated: Apr 06, 2021, 07:00 PM IST Share iStock In the research, published in the journal Physics of Fluids, the researchers created a computer model of a classroom with students and a teacher. Related WASHINGTON: Masks and a good ventilation system are more important than social distancing for reducing the airborne spread of Covid-19 inside a room, a modelling study suggests. In the research, published in the journal Physics of Fluids, the researchers created a computer model of a classroom with students and a teacher. They then modelled airflow and disease transmission, and calculated airborne-driven transmission risk.

UCF study shows masks, ventilation stop COVID spread better than social distancing

 E-Mail IMAGE: For the study, the researchers created a computer model of a classroom with students and a teacher, then modeled airflow and disease transmission, and calculated airborne-driven transmission risk. view more  Credit: Michael Kinzel, UCF ORLANDO, April 5, 2021 - A new study from the University of Central Florida suggests that masks and a good ventilation system are more important than social distancing for reducing the airborne spread of COVID-19 in classrooms. The research, published recently in the journal Physics of Fluids, comes at a critical time when schools and universities are considering returning to more in-person classes in the fall.

Masks, good ventilation are more important than social distancing for reducing COVID spread

Masks, good ventilation are more important than social distancing for reducing COVID spread A new study from the University of Central Florida suggests that masks and a good ventilation system are more important than social distancing for reducing the airborne spread of COVID-19 in classrooms. The research, published recently in the journal Physics of Fluids, comes at a critical time when schools and universities are considering returning to more in-person classes in the fall. The research is important as it provides guidance on how we are understanding safety in indoor environments. Michael Kinzel, Assistant Professor, UCF s Department of Mechanical and Aerospace Engineering and Study Co-Author

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