A mathematical model for a lit cigarette is derived, which predicts pressure, flow velocity, temperature and gas concentrations inside and outside the cigarette. It consists of a continuum-mechanical model for the flow and a discrete model for the chemical reactions occurring in the tobacco particles
A coupling between a cigarette smoking simulator and a time-of-flight mass spectrometer was construc...
The effects of diffusion and dilution on the concentration of gaseous components have been studied b...
The draw resistance of a cigarette increases by about 50-60 % when the cigarette is lit, and the tot...
A comprehensive two-dimensional (2D) mathematical model has been proposed to simulate the burning pr...
The temperature and smoke components distributions inside a burning cigarette have been briefly revi...
In some parts of the USA and in Canada smouldering cigarettes are required to extinguish if placed o...
Materials generated by combustion and pyrolysis in a lit cigarette move through the tobacco rod and ...
AbstractHeat and mass transfer inside a burning cigarette directly influence the level and chemical ...
A mathematical model for a smoldering cigarette has been proposed. In the analysis of the cigarette ...
AbstractThe Aerosol Dynamics in Containments (ADiC) model describes the dynamic changes of inhaled c...
The Aerosol Dynamics in Containments (ADiC) model describes the dynamic changes of inhaled cigarette...
The permeability of a tobacco rod in a cigarette increases as it converts into char and ash in the c...
A technique for axial concentration measurements of several gas phase components of cigarette smoke ...
According to the formulae the pressure drop R (l) and the degree of ventilation V (l) of cigarettes...
Dynamic behavior of cigarette smoke particles inside the cabin of cars is investigated and the respi...
A coupling between a cigarette smoking simulator and a time-of-flight mass spectrometer was construc...
The effects of diffusion and dilution on the concentration of gaseous components have been studied b...
The draw resistance of a cigarette increases by about 50-60 % when the cigarette is lit, and the tot...
A comprehensive two-dimensional (2D) mathematical model has been proposed to simulate the burning pr...
The temperature and smoke components distributions inside a burning cigarette have been briefly revi...
In some parts of the USA and in Canada smouldering cigarettes are required to extinguish if placed o...
Materials generated by combustion and pyrolysis in a lit cigarette move through the tobacco rod and ...
AbstractHeat and mass transfer inside a burning cigarette directly influence the level and chemical ...
A mathematical model for a smoldering cigarette has been proposed. In the analysis of the cigarette ...
AbstractThe Aerosol Dynamics in Containments (ADiC) model describes the dynamic changes of inhaled c...
The Aerosol Dynamics in Containments (ADiC) model describes the dynamic changes of inhaled cigarette...
The permeability of a tobacco rod in a cigarette increases as it converts into char and ash in the c...
A technique for axial concentration measurements of several gas phase components of cigarette smoke ...
According to the formulae the pressure drop R (l) and the degree of ventilation V (l) of cigarettes...
Dynamic behavior of cigarette smoke particles inside the cabin of cars is investigated and the respi...
A coupling between a cigarette smoking simulator and a time-of-flight mass spectrometer was construc...
The effects of diffusion and dilution on the concentration of gaseous components have been studied b...
The draw resistance of a cigarette increases by about 50-60 % when the cigarette is lit, and the tot...
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