Numerical transmission trend: The numerically simulated bronchial deposition and penetration data are detailed herein. Particulate sizes explored further in Table 2 (to formalize the viral transmission trends as a function of the microdroplet dimensions) are in bold font. <i>Symbols: d</i> = tested aerosol (or, droplet) diameter; = total number of aerosols (or, droplets) tracked for each particulate diameter; <i>n</i><sub><i>p</i></sub> = number of deposited particulates in the primary bronchi; <i>n</i><sub><i>s</i></sub> = number of deposited particulates in the secondary bronchi; <i>n</i><sub><i>t</i></sub> = number of deposited particulates in the tertiary bronchi; <i>n</i><sub><i>d</i></sub> = number of particulates penetrating into the respiratory bronchioles toward the deep lungs; <i>η</i> = cumulative deposition (or, penetration) rate (in %) to the bronc
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Numerical transmission trend: The numerically simulated bronchial deposition and penetration data are detailed herein. Particulate sizes explored further in Table 2 (to formalize the viral transmission trends as a function of the microdroplet dimensions) are in bold font. Symbols: d = tested aerosol (or, droplet) diameter; = total number of aerosols (or, droplets) tracked for each particulate diameter; np = number of deposited particulates in the primary bronchi; ns = number of deposited particulates in the secondary bronchi; nt = number of deposited particulates in the tertiary bronchi; nd = number of particulates penetrating into the respiratory bronchioles toward the deep lungs; η = cumulative deposition (or, penetration) rate (in %) to the bronc
