This paper will discuss the adverse effects of deficient cleanroom design practices on airborne particle counts and the rather curious correlation of particle count variations with external environmental pressure fluctuations. Data is also presented that demonstrates that APL building 23 cleanrooms ran well below ISO class 7 (FED class 10,000) during New Horizons and STEREO integration
In the context of the safety of nuclear installations, there is general concern over the release and...
This study was conducted to observe a potential formation and/or release of aerosol particles relate...
This paper presents in-situ measurement results for energy and environmental performance of thirteen...
An important facet of designing cleanrooms is the prediction of the volume of air necessary to achie...
dynamics E CFD E Contamination control The particle-free conditions provided by cleanrooms are essen...
The use of cleanrooms is increasing and the expectation is that this growth will continue in the com...
The feasibility of installing a multi-point particle monitoring system in the Rochester Institute of...
The biggest factor affecting cleanroom initial and operating (energy) cost is the airflow rate. And ...
This article is the second of a series that discusses the deposition of airborne particles onto clea...
Investigations were carried out into the airflow in a non-unidirectional airflow cleanroom and its a...
Measurement methods for airborne molecular contamination (AMC) and design considerations for AMC-red...
This paper is a study of the particle pollution in an office under two different ventilation modes, ...
This article is the fourth of a short series of extracts from Bill Whyte’s new book Cleanroom Testin...
A high-performance cleanroom should provide efficient energy performance in addition to effective co...
This article discusses the mechanisms of particle deposition onto cleanroom surfaces. The main mec...
In the context of the safety of nuclear installations, there is general concern over the release and...
This study was conducted to observe a potential formation and/or release of aerosol particles relate...
This paper presents in-situ measurement results for energy and environmental performance of thirteen...
An important facet of designing cleanrooms is the prediction of the volume of air necessary to achie...
dynamics E CFD E Contamination control The particle-free conditions provided by cleanrooms are essen...
The use of cleanrooms is increasing and the expectation is that this growth will continue in the com...
The feasibility of installing a multi-point particle monitoring system in the Rochester Institute of...
The biggest factor affecting cleanroom initial and operating (energy) cost is the airflow rate. And ...
This article is the second of a series that discusses the deposition of airborne particles onto clea...
Investigations were carried out into the airflow in a non-unidirectional airflow cleanroom and its a...
Measurement methods for airborne molecular contamination (AMC) and design considerations for AMC-red...
This paper is a study of the particle pollution in an office under two different ventilation modes, ...
This article is the fourth of a short series of extracts from Bill Whyte’s new book Cleanroom Testin...
A high-performance cleanroom should provide efficient energy performance in addition to effective co...
This article discusses the mechanisms of particle deposition onto cleanroom surfaces. The main mec...
In the context of the safety of nuclear installations, there is general concern over the release and...
This study was conducted to observe a potential formation and/or release of aerosol particles relate...
This paper presents in-situ measurement results for energy and environmental performance of thirteen...
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