This article is the second of a series that discusses the deposition of airborne particles onto cleanroom surfaces. It investigates the relationship between the airborne concentration of a range of cumulative sizes of particles and the particle deposition rate (PDR) onto cleanroom surfaces, through knowledge of the deposition velocity of particles in air. The deposition velocity of a range of cumulative particle sizes was obtained by means of experiments, theoretical calculations, and literature search and the influence of a number of variables found in cleanrooms on the deposition velocity was investigated. The use of the deposition velocity to calculate the amount of deposition on cleanroom surfaces, such as manufactured products, is disc...
An important facet of designing cleanrooms is the prediction of the volume of air necessary to achie...
Abstract In the field of occupational hygiene much consideration is devoted to the uptake through th...
Deposition of airborne particles may lead to soiling and /or chemical damage of objects kept indoors...
This article is the second of a series that discusses the deposition of airborne particles onto clea...
This is the third and final article in a series that discusses the deposition of airborne particles ...
This article discusses the mechanisms of particle deposition onto cleanroom surfaces. The main mec...
The deposition velocity of airborne microbe-carrying particles (MCPs) falling towards surfaces was ...
The removal of macroparticles (particles ≥5μm) and microbe-carrying particles (MCPs) from cleanroom ...
The cleanroom suitability as an acceptance criteria of equipment gets more and more important for th...
Exposure to airborne particles indoors depends on particle concentration, which is affected by air f...
Particle deposition to surfaces plays an important role in determining exposures to indoor particles...
Particle deposition is an important factor as it significantly influences the pollutant concentratio...
International audienceLocalizing and measuring aerosol deposition is essential to gain knowledge on ...
Equations are derived in this paper for predicting the airborne concentration of particles and micr...
[[abstract]]The atmospheric particle mass size distribution (0.1–100 μ m) and dry deposition flux we...
An important facet of designing cleanrooms is the prediction of the volume of air necessary to achie...
Abstract In the field of occupational hygiene much consideration is devoted to the uptake through th...
Deposition of airborne particles may lead to soiling and /or chemical damage of objects kept indoors...
This article is the second of a series that discusses the deposition of airborne particles onto clea...
This is the third and final article in a series that discusses the deposition of airborne particles ...
This article discusses the mechanisms of particle deposition onto cleanroom surfaces. The main mec...
The deposition velocity of airborne microbe-carrying particles (MCPs) falling towards surfaces was ...
The removal of macroparticles (particles ≥5μm) and microbe-carrying particles (MCPs) from cleanroom ...
The cleanroom suitability as an acceptance criteria of equipment gets more and more important for th...
Exposure to airborne particles indoors depends on particle concentration, which is affected by air f...
Particle deposition to surfaces plays an important role in determining exposures to indoor particles...
Particle deposition is an important factor as it significantly influences the pollutant concentratio...
International audienceLocalizing and measuring aerosol deposition is essential to gain knowledge on ...
Equations are derived in this paper for predicting the airborne concentration of particles and micr...
[[abstract]]The atmospheric particle mass size distribution (0.1–100 μ m) and dry deposition flux we...
An important facet of designing cleanrooms is the prediction of the volume of air necessary to achie...
Abstract In the field of occupational hygiene much consideration is devoted to the uptake through th...
Deposition of airborne particles may lead to soiling and /or chemical damage of objects kept indoors...