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Abstract In the field of aerosol filtration, the theory of thermal rebound of nanoparticles developed by Wang and Kasper [10] has been subject of discussion for more than two decades since it does… (More)
Due to the strong development of nanotechnologies, ultrafine particles could represent a growing hazard for workers health. When it is not possible to reduce the risk at its source, filtration… (More)
The aim of this work is to demonstrate the particular aspects of the explosion of hybrid mixtures with respect to either vapour or dust explosions. This work is focused on pharmaceutical products… (More)
Abstract An experimental investigation was carried out on the influences of dust concentration, particle size distribution and humidity on aluminum dust explosion. Tests were mainly conducted thanks… (More)
Abstract This study deals with nanoparticle charge effect combined with charge conduction capacity in relation to meshes. Penetration tests were conducted on charged and uncharged copper and carbon… (More)
- C Brochot, Nathalie Michielsen, Sandrine Chazelet, Dominique Thomas
- The Annals of occupational hygiene
- 2012
The use of nanoparticles in industry has increased spectacularly over the past few years. Additionally, nanoscale particles seem to be the cause of new professional exposure situations. Due to their… (More)
Abstract This paper presents experimental data for penetration of nanoparticles in the 4–30 nm size range through fibreglass filters perforated with defined pinholes at 5 and 15 cm/s. Results show… (More)
The modelling of the variation in the pressure drop across a HEPA filter during cake filtration in the presence of humidity was studied. A semi-empirical model was developed that considers the… (More)
Abstract In this work, the influence of humidity on dust explosions of metallic (aluminium) and organic materials (icing sugar, polyethylene and magnesium stearate) has been studied. The impact of… (More)
The aim of this work is to demonstrate the peculiar aspects of hybrid mixtures explosion as regard to vapours or dusts explosions. This work has been focused on pharmaceutical products from… (More)