id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-309120-05bg7rfa	Niazi, Sadegh	The role of respiratory droplet physicochemistry in limiting and promoting the airborne transmission of human coronaviruses: A critical review()	2020-11-06		.txt	text/plain	2717	180	38	title: The role of respiratory droplet physicochemistry in limiting and promoting the airborne transmission of human coronaviruses: A critical review() Airborne transmission is an accepted potential route for the spread of some viral infections (measles, chickenpox); however, aerosol features and infectious inoculum vary from one respiratory virus to another. This critical review identifies studies reporting instances of infected patients producing airborne human pathogenic coronaviruses, and evidence for the role of physical/chemical characteristics of human-generated droplets in altering embedded viruses' viability. Based on previous literature, healthy subjects can produce particles between 0.01 The aerosols generated through speech, coughing, sneezing, and breathing have been 178 surveyed in several studies (Table 1) 290 Hygroscopic salts influence the transport of water vapor, and allow for humidity dependent 359 droplet sizes as described by Köhler theory (Köhler, 1936) . Measurements of airborne influenza virus in 839 aerosol particles from human coughs Measurements of airborne influenza virus in 839 aerosol particles from human coughs	./cache/cord-309120-05bg7rfa.txt	./txt/cord-309120-05bg7rfa.txt