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cigarette smokeAgent
Previous studies have indicated that inhaled concentrated cigarette smoke deposited as if the particles were 6–7 µm in aerodynamic diameter. Here, we examine cigarette smoke deposits in hollow airway replica casts and perform an elementary smoke modeling exercise. The results imply that cloud effects should be considered in dose models for concentrated cigaratte smoke
Tobacco consumption causes a variety of respiratory diseases including lung cancer and chronic obstr...
Inhalation exposure to smoke particles emitted from fire grounds could induce respiratory and cardio...
Particle deposition in the respiratory tract is studied in order to better understand the negative h...
Previous studies have indicated that inhaled concentrated cigarette smoke deposited as if the partic...
It has been suggested that highly concentrated aerosols exhibit colligative behavior due to hydrodyn...
A series of cigarette smoke deposition studies was performed that used hollow models designed to rep...
Clinical data suggest a relationship between in vivo deposition patterns of cigarette smoke particle...
Exposure to toxic particles from smoke generated either from bush fire, stable burning, or direct sm...
The effects of variations in cyclic breathing parameters (i.e., tidal volume and breath frequency) h...
Because size is a major controlling factor for indoor airborne particle behavior, human particle exp...
Inhaled toxic aerosols of conventional cigarette smoke may impact not only the health of smokers, bu...
Deposition on indoor surfaces is an important removal mechanism for tobacco smoke particles. We repo...
Inhalation of aerosols generated by electronic cigarettes leads to deposition of multiple chemical c...
Ventilated cigarettes were designed to reduce the levels of smoke under machine testing conditions; ...
AbstractThe Aerosol Dynamics in Containments (ADiC) model describes the dynamic changes of inhaled c...
Tobacco consumption causes a variety of respiratory diseases including lung cancer and chronic obstr...
Inhalation exposure to smoke particles emitted from fire grounds could induce respiratory and cardio...
Particle deposition in the respiratory tract is studied in order to better understand the negative h...
Previous studies have indicated that inhaled concentrated cigarette smoke deposited as if the partic...
It has been suggested that highly concentrated aerosols exhibit colligative behavior due to hydrodyn...
A series of cigarette smoke deposition studies was performed that used hollow models designed to rep...
Clinical data suggest a relationship between in vivo deposition patterns of cigarette smoke particle...
Exposure to toxic particles from smoke generated either from bush fire, stable burning, or direct sm...
The effects of variations in cyclic breathing parameters (i.e., tidal volume and breath frequency) h...
Because size is a major controlling factor for indoor airborne particle behavior, human particle exp...
Inhaled toxic aerosols of conventional cigarette smoke may impact not only the health of smokers, bu...
Deposition on indoor surfaces is an important removal mechanism for tobacco smoke particles. We repo...
Inhalation of aerosols generated by electronic cigarettes leads to deposition of multiple chemical c...
Ventilated cigarettes were designed to reduce the levels of smoke under machine testing conditions; ...
AbstractThe Aerosol Dynamics in Containments (ADiC) model describes the dynamic changes of inhaled c...
Tobacco consumption causes a variety of respiratory diseases including lung cancer and chronic obstr...
Inhalation exposure to smoke particles emitted from fire grounds could induce respiratory and cardio...
Particle deposition in the respiratory tract is studied in order to better understand the negative h...
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