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https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/publication.html?refINRS=NOETUDE%2FP2015-033
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https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/publication.html?refINRS=B.1%2F2.040%2FP2012-210
This work aim was to develop a modular programme allowing the inversion of data stemming from cascade impactors based on the mass (or any quantity) collected on each impaction stage. Through a precise description of the collection efficiency…
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https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/publication.html?refINRS=EL2014-009%2FP2016-154
Gases, vapours and aerosols can now be measured in real-time at a work station. Numerous techniques are used, and some of them are increasingly simple to use. After presenting the issues related to using these techniques for occupational safety…
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https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/publication.html?refINRS=B.1%2F2.035%2F5016%2FNS281
Résumé en attente de traduction.
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https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/publication.html?refINRS=B.1%2F2.040%2FP2013-111
This work focuses on the determination of airborne particle average size based on the simultaneous measurement of their number and lung-deposited surface area concentrations. In the absence of real-time size-resolved instruments, this…
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https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/publication.html?refINRS=B.1%2F3.039%2FP2013-172
Exposure to organic vapors in the workplace is a source of occupational risk. Admissible exposure levels are tightly regulated and must be closely monitored. However, the complexity and slowness of the existing complete protocols to determine…
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https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/publication.html?refINRS=B.4%2F2.162%2FP2015-107
A strategy is described for the real time and selective monitoring of benzene, toluene and xylenes (BTX)in air. Rapid preconcentration and recovery have been achieved with films made of mesoporous silicananoparticles assembled on a quartz plate…
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https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/publication.html?refINRS=NOETUDE%2FP2015-176
The NIOSH 5042 method for the exposure assessment to the bitumen fumes during road paving or roofing operation has to be improved in order to take into account the vapour phase and to substitute benzene that is used as extraction solvant. A laboratory…
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https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/publication.html?refINRS=NOETUDE%2FP2013-208
Background
Health Assessment and medical surveillance of workers exposed to combustion nanoparticles is challenging. The aim was to evaluate the feasibility of using exhaled breath condensate (EBC) from healthy volunteers for 1) assessing…
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https://en.inrs.fr/home/our-activities/studies-and-research/studies-publications-communications/doc/publication.html?refINRS=EL2012-004%2FP2016-065
Decontaminating sites and soils is an occupational sector that is booming. Total hydrocarbons (THCs) account for about 25% of contaminants or pollutants, and, according to the French Environment and Energy Management Agency (ADEME), soils polluted…