The aim of this work was to review the existing instrumental methods to monitor airborne nanoparticle in different types of indoor and outdoor environments in order to detect their presence and to characterise their properties. Firstly the terminology and definitions used in this field are discussed, which is followed by a review of the methods to measure particle physical characteristics including number concentration, size distribution and surface area. An extensive discussion is provided on the direct methods for particle elemental composition measurements, as well as on indirect methods providing information on particle volatility and solubility, and thus in turn on volatile and semivolatile compounds of which the particle is composed....
This study deployed a suite of direct-reading instruments in six locations inside one building to ch...
International audienceNon engineered nanoparticles (NP), also called ultrafine particles (∅ < 100 nm...
The aim of this work is to find out what aerosols are, what properties they possess and how they can...
International audienceA large variety of measurement methods for the characterization of airborne na...
A major challenge in monitoring indoor exposures to nanoparticles is the selection and effective use...
As far as concerns the risks of nanotechnology, the focus of attention is on nanomaterials and in pa...
AbstractKnowledge of the human health impacts associated with airborne nanoparticle exposure has led...
Environmental exposure refers to exposure of the population outside the occupational context (see Ch...
A method for estimating the contribution of nanoparticles (NPs) to the elemental concentration in ai...
Exposure to airborne agents needs to be assessed in the personal breathing zone by the use of person...
The likely health and environmental implications associated with atmospheric nanoparticles have prom...
Efficient sampling and characterization of nanoparticles have been challenging tasks in environmenta...
The overall aim of this project was to contribute to existing knowledge regarding methods for measur...
International audienceThe NANOP project aims at assessing nanoparticle levels and their spatial and ...
This research has brought new scientific insight into the characteristics of airborne engineered nan...
This study deployed a suite of direct-reading instruments in six locations inside one building to ch...
International audienceNon engineered nanoparticles (NP), also called ultrafine particles (∅ < 100 nm...
The aim of this work is to find out what aerosols are, what properties they possess and how they can...
International audienceA large variety of measurement methods for the characterization of airborne na...
A major challenge in monitoring indoor exposures to nanoparticles is the selection and effective use...
As far as concerns the risks of nanotechnology, the focus of attention is on nanomaterials and in pa...
AbstractKnowledge of the human health impacts associated with airborne nanoparticle exposure has led...
Environmental exposure refers to exposure of the population outside the occupational context (see Ch...
A method for estimating the contribution of nanoparticles (NPs) to the elemental concentration in ai...
Exposure to airborne agents needs to be assessed in the personal breathing zone by the use of person...
The likely health and environmental implications associated with atmospheric nanoparticles have prom...
Efficient sampling and characterization of nanoparticles have been challenging tasks in environmenta...
The overall aim of this project was to contribute to existing knowledge regarding methods for measur...
International audienceThe NANOP project aims at assessing nanoparticle levels and their spatial and ...
This research has brought new scientific insight into the characteristics of airborne engineered nan...
This study deployed a suite of direct-reading instruments in six locations inside one building to ch...
International audienceNon engineered nanoparticles (NP), also called ultrafine particles (∅ < 100 nm...
The aim of this work is to find out what aerosols are, what properties they possess and how they can...