With a new photometer, which collects light scattered in two different apertures, it is possible to discriminatebetween aerosols consisting of small (respirable) particles and aerosols also containing coarser size classes. This is shown theoretically and in experiments with monodisperse aerosols
Optical particle counters that determine particle sizes and concentrations by analyzing scattered li...
Three particle size fractions of airborne dust are defined in European and U. S. standards for healt...
This is an Open Access article distributed under the terms of the Creative Commons Attribution Licen...
When using light scattering (photometry) to monitor the aerosol mass concentration one has to take i...
Light scattering photometers in combination with monodisperse test aerosols permit continuous record...
Soldiers and non-combatants are at risk of exposure to dangerous aerosols (airborne particles or dro...
Light scattering photometers are useful for in situ measurements of mass concentrations of environme...
A particle counting instrument, the Coherent Optical Particle Spectrometer (COPS) has been developed...
Respirable particulate matter air pollution is positively associated with SARS-CoV-2 mortality. Real...
The air that surrounds us, while invisible to the human eye, contains a huge quantity of particles o...
Light scattering on single particles and on assembly of particles is applied for the characterizatio...
The counting efficiency as a function of particle size has been calculated for a particular forward ...
The contribution of each mode to total light scattering in a bimodal aerosol population is studied. ...
A new method is proposed in this paper to detect airborne nanoparticles, detecting the light scatter...
We apply to aerosols the optical method of Single Particle Extinction and Scattering recently propos...
Optical particle counters that determine particle sizes and concentrations by analyzing scattered li...
Three particle size fractions of airborne dust are defined in European and U. S. standards for healt...
This is an Open Access article distributed under the terms of the Creative Commons Attribution Licen...
When using light scattering (photometry) to monitor the aerosol mass concentration one has to take i...
Light scattering photometers in combination with monodisperse test aerosols permit continuous record...
Soldiers and non-combatants are at risk of exposure to dangerous aerosols (airborne particles or dro...
Light scattering photometers are useful for in situ measurements of mass concentrations of environme...
A particle counting instrument, the Coherent Optical Particle Spectrometer (COPS) has been developed...
Respirable particulate matter air pollution is positively associated with SARS-CoV-2 mortality. Real...
The air that surrounds us, while invisible to the human eye, contains a huge quantity of particles o...
Light scattering on single particles and on assembly of particles is applied for the characterizatio...
The counting efficiency as a function of particle size has been calculated for a particular forward ...
The contribution of each mode to total light scattering in a bimodal aerosol population is studied. ...
A new method is proposed in this paper to detect airborne nanoparticles, detecting the light scatter...
We apply to aerosols the optical method of Single Particle Extinction and Scattering recently propos...
Optical particle counters that determine particle sizes and concentrations by analyzing scattered li...
Three particle size fractions of airborne dust are defined in European and U. S. standards for healt...
This is an Open Access article distributed under the terms of the Creative Commons Attribution Licen...