The comparison of penetrations for different types of filtration materials showed wide variety of penetration curves, MPPS and the maximum penetration. This study also confirmed our initial doubts about the standard filter efficiency testing method, regarding the used testing material, setting of MPPS and measuring only the total penetration of polydisperse aerosol. Therefore, such a study could serve also as a basis for improvements in the filter efficiency standard method, which seems to give insufficient and in some perspectives limited or even misleading information
A theoretical model has been used to calculate the filtration efficiency that would be indicated by ...
A detailed size-dependent filtration efficiency measurements of a filtering facepiece material have ...
Neither the European standard nor the US standard for classification of intermediate class filters c...
<div><p>We have developed a new, fully controlled filter testing device and have used it to measure ...
Aerosol filtration is the most widely used process to capture aerosol particles. It is used in vario...
Summarization: Throughout the years, the performance of the FFRs has been the topic of extensive stu...
<p>Fibrous filters are commonly used for aerosol purification and sampling. The filtration efficienc...
Penetration of 3–10 nm particles through a metal grid has been measured using different experimental...
In this work, three types of needlefelt filters, made of Polyester (PE), Ryton Sulfar (RS), and Poly...
Statistical confidence in a single measure of filter penetration (P) is dependent on the low number ...
Filtration properties of glass bead media for aerosol particles in the 0·1-2 μm size range...
The filtration of airborne nanoparticles is becoming an important issue as they are produced in larg...
Air-purifying respirators must be certified following the National Institute for Occupational Safety...
Twenty-three new filter samples, including three different medium types, were tested in a small scal...
The filtration and loading characteristics of filtering facepieces have been measured and analyzed, ...
A theoretical model has been used to calculate the filtration efficiency that would be indicated by ...
A detailed size-dependent filtration efficiency measurements of a filtering facepiece material have ...
Neither the European standard nor the US standard for classification of intermediate class filters c...
<div><p>We have developed a new, fully controlled filter testing device and have used it to measure ...
Aerosol filtration is the most widely used process to capture aerosol particles. It is used in vario...
Summarization: Throughout the years, the performance of the FFRs has been the topic of extensive stu...
<p>Fibrous filters are commonly used for aerosol purification and sampling. The filtration efficienc...
Penetration of 3–10 nm particles through a metal grid has been measured using different experimental...
In this work, three types of needlefelt filters, made of Polyester (PE), Ryton Sulfar (RS), and Poly...
Statistical confidence in a single measure of filter penetration (P) is dependent on the low number ...
Filtration properties of glass bead media for aerosol particles in the 0·1-2 μm size range...
The filtration of airborne nanoparticles is becoming an important issue as they are produced in larg...
Air-purifying respirators must be certified following the National Institute for Occupational Safety...
Twenty-three new filter samples, including three different medium types, were tested in a small scal...
The filtration and loading characteristics of filtering facepieces have been measured and analyzed, ...
A theoretical model has been used to calculate the filtration efficiency that would be indicated by ...
A detailed size-dependent filtration efficiency measurements of a filtering facepiece material have ...
Neither the European standard nor the US standard for classification of intermediate class filters c...