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In this work we investigate viral load propagation due to liquid dropletsexpelled during respiratory actions. We describe a mechanism of thetransmission of such evaporating system and analyze dependence on severalambient parameters for different respiratory processes, such as sneezing,coughing and speaking. Our study has found that a significant amount of viralload and droplets from the respiratory fluid might transfer beyond thecustomary 2m distance, understanding of which might give us a better insightabout regulations and risks posed by an infected individual.

The effect of motion of respiratory droplets on propagation of viral particles