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Characterizing respiratory aerosol emissions during sustained phonation.

Tanvir AhmedMahender Singh RawatAndrea R FerroAmir A MofakhamBrian T HelenbrookGoodarz AhmadiDinushani SenarathnaSumona MondalDeborah BrownByron D Erath
Published in: Journal of exposure science & environmental epidemiology (2022)
The results suggest there remain unexplored effects (e.g., biomechanical, environmental, behavioral, etc.) that contribute to the high variability in respiratory particle production rates, which ranged from 0.2 particles/s to 142 particles/s across all trials. This is evidenced as well by changes in the distribution of participant particle production that transitions to a more bimodal distribution (second mode at particle diameter ~2 μm) at higher frequencies and vocal intensity levels.
Keyphrases
  • high intensity
  • respiratory tract
  • life cycle
  • municipal solid waste
  • finite element