id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-322880-zfc9w5y6	Rohit, Anusha	Respiratory droplets get suspended longer and spread wider in temperate environments compared to tropics and implications for SARS-CoV-2 transmission	2020-06-09		.txt	text/plain	1852	92	55	title: Respiratory droplets get suspended longer and spread wider in temperate environments compared to tropics and implications for SARS-CoV-2 transmission The combined effect of change in size of the droplet as well as the density amplifies the influence that environmental relative humidity would have on the particle settling velocity. It is possible that droplets discharged from infected individuals in places like New York City could shrink in size quickly and remain airborne for considerable period of time. A simple understanding of the mechanics of droplet size, dispersion and displacement could help infection control and public health measures to minimize spread and mitigate the risk of people getting infected especially in hotspots like hospital environments or other closed spaces. A simple understanding of the mechanics of droplet size, dispersion and displacement could help infection control and public health measures to minimize spread and mitigate the risk of people getting infected especially in hotspots like hospital environments or other closed spaces.	./cache/cord-322880-zfc9w5y6.txt	./txt/cord-322880-zfc9w5y6.txt