Science
COVID-19 Transmission: Tracking Flight Trajectory of Evaporating Cough Droplets – SciTechDaily
Dispersion of large, medium, small airborne cough droplets in various outdoor conditions. The ongoing COVID-19 pandemic has led many researchers to study airborne…
Recirculating flows, namely wakes, are observed both in the front of the cougher (left) and at the back of the listener (right). A droplet may be entrained and trapped in the wake, significantly altering its trajectory and fate. Credit: A*STAR Institute of High Performance Computing
Dispersion of large, medium, small airborne cough droplets in various outdoor conditions.
The ongoing COVID-19 pandemic has led many researchers to study airborne droplet transmission in different conditions and environments….
-
Noosa News12 hours agoFormer NRL player Teui ‘TC’ Robati lured woman to pub toilet before alleged rape, jury told
-
Noosa News20 hours agoCattle claimants ‘bitterly disappointed’ after court downplays compensation claim from live export ban
-
General19 hours agoBackstroke star Kaylee McKeown disqualified, but wins protest at world champ trials
-
General13 hours agoIran expands dog-walking ban, citing ‘public health, peace and comfort’ concerns