Add to ORKGNew functions to model deposition and resuspension rates based on experimental data are introduced. Deposition and resuspension are presented in dependence on the surface orientation as well as on the turbulent kinetic energy of the air. Moreover, the development of the dust building up on the surfaces is shown as a function of time
The model to predict particle deposition velocity on rough walls in fully developed turbulent duct f...
The human respiration contains carbon dioxide, bioeffluents, and perhaps virus or bacteria. People m...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
A new experimental set-up to investigate the physical process of dust deposition and resuspension on...
To investigate the physical process of deposition and resuspension of particles in the indoor enviro...
New functions to model deposition and resuspension rates based on experimental data are introduced. ...
A new experimental setup to investigate the physical process of dust deposition and resuspension on ...
To investigate the physical process of particle deposition on and resuspension from surfaces in anim...
Model experiments are one of the methods used for the determination of airflow in large spaces. This...
In many new buildings the indoor air quality is affected by emissions of volatile organic compounds ...
Exposure to airborne particles indoors depends on particle concentration, which is affected by air f...
Test conditions such as temperature, relative humidity, and air velocities are chosen within the ran...
Particles pollution inside buildings which are designated for living or to welcome peoples (big numb...
A convective emission chamber was developed to deliver a uniform air flow across the source surface ...
High concentrations of particulate matter in air lead to deposition in critical areas of fluid flow ...
The model to predict particle deposition velocity on rough walls in fully developed turbulent duct f...
The human respiration contains carbon dioxide, bioeffluents, and perhaps virus or bacteria. People m...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...
A new experimental set-up to investigate the physical process of dust deposition and resuspension on...
To investigate the physical process of deposition and resuspension of particles in the indoor enviro...
New functions to model deposition and resuspension rates based on experimental data are introduced. ...
A new experimental setup to investigate the physical process of dust deposition and resuspension on ...
To investigate the physical process of particle deposition on and resuspension from surfaces in anim...
Model experiments are one of the methods used for the determination of airflow in large spaces. This...
In many new buildings the indoor air quality is affected by emissions of volatile organic compounds ...
Exposure to airborne particles indoors depends on particle concentration, which is affected by air f...
Test conditions such as temperature, relative humidity, and air velocities are chosen within the ran...
Particles pollution inside buildings which are designated for living or to welcome peoples (big numb...
A convective emission chamber was developed to deliver a uniform air flow across the source surface ...
High concentrations of particulate matter in air lead to deposition in critical areas of fluid flow ...
The model to predict particle deposition velocity on rough walls in fully developed turbulent duct f...
The human respiration contains carbon dioxide, bioeffluents, and perhaps virus or bacteria. People m...
which permits unrestricted use, distribution, and reproduction in any medium, provided the original ...