DLR Falcon F-20 payload
| Trace Gas Measurement | Method | PI |
| O3 | UV absorption | Schlager (DLR) |
| CO | VUV flourescence | |
| NO | chemoluminescence | |
| NOy | cat. reductin + Cl | |
| HCOH | Hantzsch reaction | |
| CO2 | IR absorption | |
| RO2 | PERCA | Hernandes (U Bremen) |
| SO2, HNO3 | ClMS | Arnold (MPI HD) |
| Particle measurements | ||
| Nucleation mode particles | multi-channel CN | Minikin (DLR) |
| Aitken mode particles | DMA | |
| Accumulatin mode particles | PCASP 100X | |
| dust particles | FSSP 100/300 | |
| Volatility of Aitken mode part. | thermodenuder + CN | |
| Meteorological measurements | ||
| relative humidty | Lyman-alpha | Giez (DLR) |
| pressure, temperature | Rosemount | |
| wind | 5 hole probe |
Measurements will be made in situ of the air sampled by the aircraft. The Falcon instrumentation does not include any surface observing cameras or sensors and will not change during the transfer or campaign.
top- M55-AMMA-SCOUT-O3 Campaign Team 2006 contact: Sylwester Arabas <slayoo@igf.fuw.edu.pl>, Martin Streibel <Martin.Streibel@ozone-sec.ch.cam.ac.uk>