COVID Treatment: Difference between revisions
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(Created page with "What does COVID treatment require? =Transmission= *Wells evaporation-falling curve - 100 micron droplets dry out and nuclei fall to the ground within a few seconds, with max...") |
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*Wells evaporation-falling curve - 100 micron droplets dry out and nuclei fall to the ground within a few seconds, with max at 160 microns after which they do not dry but fall to the ground more quickly due to heavier weight. - [https://www.ncbi.nlm.nih.gov/books/NBK143281/] | *Wells evaporation-falling curve - 100 micron droplets dry out and nuclei fall to the ground within a few seconds, with max at 160 microns after which they do not dry but fall to the ground more quickly due to heavier weight. - [https://www.ncbi.nlm.nih.gov/books/NBK143281/]. Summary - if airflows exist (even convection from higher body temperature) - contamination may occur to other patients, and even large distances if air movement is present (wind, doors opening, etc). | ||
Revision as of 19:39, 21 March 2020
What does COVID treatment require?
Transmission
- Wells evaporation-falling curve - 100 micron droplets dry out and nuclei fall to the ground within a few seconds, with max at 160 microns after which they do not dry but fall to the ground more quickly due to heavier weight. - [1]. Summary - if airflows exist (even convection from higher body temperature) - contamination may occur to other patients, and even large distances if air movement is present (wind, doors opening, etc).