The proposed simple approach of a passive sampling system uses the well-known fact, that even large particles of 30 um can be transported by natural convection into a shielded chamber. In order to overcome the particle size selective deposition in this chamber , a pulsed corona discharge deposits all particles from the chamber volume onto a collection plate. Therefore, the airborne concentration can be inferred from the mass collected and the sampled volume, which is given by the chamber volume times the number of corona discharges, provided that deposition during corona pauses is taken into account properly
Improved particle sampling techniques are needed to counter the disadvantages of traditional filter ...
Inhalation Toxicologists accept that there will be variations in the physical nature of test aerosol...
The size- and time-resolved indoor/outdoor aerosol concentration relationships were studied experime...
A method has been developed to estimate average concentra-tions and size distributions with a miniat...
Trace gases are commonly collected via accumulative sampling, employing sorbents and cryotraps that ...
In this work, the development of a point-of-care (PoC) system to capture aerosol from litres of air ...
AbstractAn electrostatic precipitator (ESP) based personal sampler with a laboratory based electrowe...
Aerosol samplers are widely used to determine the aerosol concentration in an environment. Due to ma...
The evaluation of collection efficiencies of aerosol samplers becomes challenging with high pressure...
A new principle of sampling aerosol particles by means of steam injection with the consequent collec...
The detection of airborne pathogens is becoming a subject of great concern in modern day society. Re...
With every breath the human lung emits droplets originating from the Lung-Lining-Fluid. Their analys...
The aim of this study was to make a preliminary evaluation of the University of North Carolina passi...
An aerosol detection system for measuring particle number distribution with respect to particle dime...
A static size-selective bioaerosol sampler for the ambient atmosphere was developed for studying the...
Improved particle sampling techniques are needed to counter the disadvantages of traditional filter ...
Inhalation Toxicologists accept that there will be variations in the physical nature of test aerosol...
The size- and time-resolved indoor/outdoor aerosol concentration relationships were studied experime...
A method has been developed to estimate average concentra-tions and size distributions with a miniat...
Trace gases are commonly collected via accumulative sampling, employing sorbents and cryotraps that ...
In this work, the development of a point-of-care (PoC) system to capture aerosol from litres of air ...
AbstractAn electrostatic precipitator (ESP) based personal sampler with a laboratory based electrowe...
Aerosol samplers are widely used to determine the aerosol concentration in an environment. Due to ma...
The evaluation of collection efficiencies of aerosol samplers becomes challenging with high pressure...
A new principle of sampling aerosol particles by means of steam injection with the consequent collec...
The detection of airborne pathogens is becoming a subject of great concern in modern day society. Re...
With every breath the human lung emits droplets originating from the Lung-Lining-Fluid. Their analys...
The aim of this study was to make a preliminary evaluation of the University of North Carolina passi...
An aerosol detection system for measuring particle number distribution with respect to particle dime...
A static size-selective bioaerosol sampler for the ambient atmosphere was developed for studying the...
Improved particle sampling techniques are needed to counter the disadvantages of traditional filter ...
Inhalation Toxicologists accept that there will be variations in the physical nature of test aerosol...
The size- and time-resolved indoor/outdoor aerosol concentration relationships were studied experime...