EMRP Connections

I want to take part in
Metrology for particles and
aerosols in air
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Metrology for particles and
aerosols in air ?

Read about the selected research topic. SRT11e Metrology for particles and aerosols in air

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Submit Date	Name	Institute	Statement of capabilities/facilities
2010-08-10	Theo Hafkenscheid	RIVM	Various facilities for measuring PM by reference methodology and automated systems Operational PM monitoring network Scientific expertise in PM measurements Contact is chair of CEN/TC264/WG15
2010-07-20	Hugo Ent	VSL	VSL has a range of gravimetric and dynamic dilution preparation capabilities for gas and liquid mixtures. Furthermore VSL has extensive flow (including modeling), humidity and length capabilities, and contributes to the national air monitoring system (chemical components, PM 2.5, PM 10). As such VSL is interested in SRT ENV-11, offering capabilities for the following objectives: 1a) Developing a harmonized and traceable measurement standard for gravimetric particle measurement instruments; 1b) Validation of measurement procedures (humidity versus filters/mass/size; flow profiles; water sampled onto filters); and 2c) Metrological defined traceability for particle number concentration, number size distribution, shape and surface area, and chemical composition
2010-06-22	Stefan Seeger	BAM Federal Institute for Materials Research and Testing	aerosol metrology, comprising environmental NP, engineered NP, UFP, FP; size resolved aerosol sampling, development of novel methods for the chemical analysis of aerosols including online spectroscopy methods; comparison of aerosol measuring equipment such as SMPS, EEPS/FMPS, laser counters, W-CPC, B-CPC and others; comparison and calibration of aerosol measuring instruments; development of standards (ISO, DIN, Ecolabels) and SOPs; development of indoor test procedures and metrology strategies for aerosol analysis; analysis of aerosol emitters in environmental test chambers; identification (quantity, chemistry, phys. properties) of aerosols emitted from local sources;