aerosols
Recent review concludes that the most effective way to collect and detect airborne pathogens, particularly viruses, is to use cyclone sampling techniques
| 2 min read
The dynamics of how aerosols travel from one person to another, under different circumstances, and what they mean for COVID-19 transmission risk
| 4 min read
System provides practical method for measuring how breath travels when people talk or sing
| 3 min read
Recommendations on how to reduce SARS-CoV-2 aerosol dispersal
| 5 min read
Sneezes from people who have congested noses and a full set of teeth travel about 60 percent farther than from people who don't, according to a new study
| 3 min read
New study tests the effectiveness of different fabrics at filtering particles between 0.02 and 0.1 micrometers—about the size of most viruses—at high speeds
| 3 min read
The Contagion Airborne Transmission inequality model illustrates correlation between physical distancing and protection, the efficacy of face masks, and the impact of physical activity on transmission
| 2 min read
Scientists have now concluded that proper indoor ventilation is even more effective at preventing SARS-CoV-2 transmission than handwashing and social distancing
| 4 min read
New research by Colorado State University scientists is giving us a much better understanding of how long aerosol particles from wildfires stay aloft
| 4 min read
New research reveals insight into how exactly speech and singing propel saliva droplets
| 1 min read
