| Frank Stratmann |
Basics of the atmospheric aerosol, number size distribution |
| Frank Stratmann |
Particle properties |
| Alfred Wiedensohler |
Scattering: instrumentation and theory |
|
| Alfred Wiedensohler |
DMA (Differential Mobility Analyzer) |
| Alfred Wiedensohler |
CPC (Condensation Particle Counter) |
| Frank Stratmann |
Particle generation, particle nucleation |
|
| Alfred Wiedensohler |
Absorption: instrumentation and theory |
| Frank Stratmann |
Aerosol transport and dynamics |
| Heike Wex |
Hygroscopic growth and activation |
|
| Ken Carslaw |
Introduction to aerosols and climate, the global aerosol lifecycle |
| Ken Carslaw |
Global aerosol modelling |
| Albert Ansmann |
Remote sensing of aerosols |
|
| Albert Ansmann |
Observing mixed phase clouds by LIDAR |
| Manfred Wendisch |
Airborne cloud and precipitation measurements |
| Manfred Wendisch |
Airborne radiation measurements |
|
| Olaf Böge |
Atmospheric particle chemistry |
| Joachim Curtius |
Aerosol-cloud processes for warm clouds |
| Joachim Curtius |
Aerosol-cloud processes for mixed phase and ice clouds |
|
| Jasper Kirkby |
CERN and the CLOUD-experiment |
Heike Wex
Axel Metzger
|
Explanations about the different experimental assignments
Exercise on the determination of wall losses
|
| Joachim Curtius |
Aerosol Mass Spectrometry |
