English
Swedish

Once every semester

Students should acquire a basic knowledge about aerosols (system in which particles are suspended in a gas) and their physical and chemical properties. Students should achieve understanding of the generation, dispersion, transformation and deposition mechanisms as well as get familiar with the measurements techniques. Students should obtain a basic knowledge to be able to evaluate effects of airborne particles on environment and human health. During the course students will get familiar with several applications like nanotechnology, abatement, production, pharmaceutical and clean room technologies.

Aerosol physics, aerosol chemistry, sources and sinks of aerosols in indoor and outdoor environments, lung deposition, particles size distribution, sampling and measurement techniques. Aerosol properties and typical particle pollution in indoor and working environments as well as in ambient air. Particles' effects on human health and environment. Application of aerosol technology in clean room technology, electronics and pharmaceutical industry. Laboratory exercises are compulsory as they provide opportunity to observe aerosol physical properties as well as give practical experience in measuring particles with various instruments.

• Be able to explain and use basic concepts within aerosol technology.
• Describe typical measurement techniques which are based on mechanical, electrical and optical properties of aerosols.
• Be able to describe the most important effects that airborne particles have on environment and human health.

Be able to plan and carry out measurements and evaluate data on a basic level with aerosol instruments. Describe aim, method and results from the measurements and be able to compare and discuss the results, and potential impact on human health and environment of the results, both orally and in written form.

Be able to motivate a suitable aerosol instrument for a given exposure situation.
Demonstrate insight into the possibilities and limitations of different instruments and measurement techniques.
Be able to judge and interpret measurement results based on potential lung deposition and health risks related to different exposure scenarios.

Lectures

Laboratory exercises

Exercises

Project

Written exam

Written report

Written assignments

Seminars given by participants

Failed, pass

The course is open for PhD students within the areas of engineering and science.

Knowledge on advanced level on either aerosol technology/exposure or risk assessment/nanotechnology/atmospheric chemistry/combustion/environmental science/physics/meteorology

 

Course binder with all necessary material will be sold at cost price.

MAM242F

 -09-30

FN3/Per Tunestål