About GAeF

The "Gesellschaft für Aerosolforschung e.V." (GAeF) was founded in 1972 in order to promote all areas of aerosol research, to provide information on an interdisciplinary basis amongst members and the public, to provide an international forum for collaboration and support scientific education and teaching at all levels. GAeF has member from all over the world and encourages aerosol scientists to join the society.

Contact GAeF

Gesellschaft für Aerosolforschung e.V.

Postfach 45 04 05

50879 Köln

 

e-mail: info@gaef.de

2019 - Gesellschaft für Aerosolforschung e.V.

EAA Working Groups

 

WG 3: Aerosol Measurement Techniques

 

Chair: Christof Asbach

The Topic of Aerosol Measurement Techniques covers all aspects related to the measurement of aerosol and their properties and the evaluation of the resulting data. These techniques cover a very wide range of applications, including atmospheric, workplace, and process aerosols.

 

The main topics are:

  • Sampling and measurement of aerosols. This includes both ambient and workplace environments and issues relating to sampling strategies, selection of sites, sampling artifacts, development and improvement of sampling techniques as well as physical and chemical analysis.

  • Development of new measurement approaches. This includes, but is not limited to, new approaches and applications of optical techniques, aerosol sizing and other physical parameters, chemical composition and the miniaturization of aerosol sensors.

  • Data analysis techniques. Issues relating to the interpretation of aerosol measurements such as source apportionment, relationship to other measurements such as gaseous and meteorological parameters.

  • Legislation and policy. Application of aerosol measurements to the regulatory framework such as the measurement of limit values, methodologies connected to demonstration of natural contribution to PM burden – e.g. sea salt, dust episodes, natural organic emissions.

  • Atmospheric science. The innovative use of existing instrumentation or the application of new instrumentation to study new or established issues in aerosol science.

Subtopics 

  • Aerosol standards 

  • Novel measurement principles and new instrumentation

  • Comparison of different measurement methods

  • Miniaturized instrumentation 

  • Instrument calibration 

  • Instrument accuracy and comparability 

  • Optical measurement techniques 

  • Electrical measurement techniques, including electrical mobility analysis

  • Mechanical/gravimetric measurement techniques, including impactors 

  • Instrumentation for chemical characterization of aerosol 

  • Measurement techniques of combustion aerosols

  • Implementation of existing measurement methods and instruments for novel studies

  • Interpretation of data 

  • Legislation and policy 

  • Sampling and sampling artefacts

WG chairs

Überschrift 1