Vapor deposition during cigarette smoke inhalation in a subject-specific human airway model - Zhang, Zhe; Kleinstreuer, Clement; Feng, Yu (Journal of aerosol science, 2012)
Keywords: Aerosols; Chemistry; Cigarette smoke; Cigarettes; Colloidal state and disperse state; Computational analysis; Economics; Exact sciences and technology; General and physical chemistry; Inhalation; Pollutant deposition; Quantitative data sets for toxicologists; Respiratory vapor mass transfer and deposition; Simulation; Smoke; Subject-specific human upper airways; Tobacco; Transient puffing and inhalation; Vapors; Quantitative data sets for toxicologists; Computational analysis; Subject-specific human upper airways; Respiratory vapor mass transfer and deposition; Transient puffing and inhalation; Cigarette smoke; Vapor; Correlation; Lung; Steady flow; Mucus; Potential; Enaldehyde; Butadiene; Acetaldehyde; Transients; Cigarette; Acrolein; Vapor deposition; Respiratory vapor mass transfer and; Human; Flow rate; Computer simulation; Health; deposition; Exposure; Correction factor; Aldehyde; 1,3-Butadiene; Normal; Mass transfer; Inhalation; Generation; Tobacco; Aerosols; Models