Projekte
|
Nr. |
Projekttitel | Projektleiter |
|
1 |
Using the HALO Microwave Package (HAMP) for cloud and precipitation research | Prof. F. Ament Prof. S.Crewell |
|
4 |
Solar Radiation Measurements on HALO | Dr. B. Bohn Prof. Dr. M. Wendisch |
|
5 |
Airborn in-situ characterisation of the microphysical and optical propeties of small ice crystals and large hydrometers (AMOSIL): HALO implementation and analysis methodology | Prof. S. Borrmann Dr. M. Schnaiter Prof. T. Leisner |
|
6 |
Development and application of an ice nucleus (IN) counter für HALO “FINCH – (HALO)” Fast Ice Nucleus Chamber counter onboard HALO” | Dr. U. Bundke Prof. J. Curtius |
|
7 |
Peroxy Radicals measured by O-Cavity Enhanced spectroscopy in the free trophosphere with a focus on the upper troposphere / lower stratosphere (PEACE) | Prof. Dr. J. P. Burrows |
|
8 |
Characterization of carbon greenhouse gases by airborne absorption spectroscopy - The Methane Airborne Mapper for EO-HALO (MAMAP-HALO) | Dr. T. Sachs Prof. J. Erzinger |
|
9 |
Combined airborne lidar measurments of moisture transport and cirrus properties: HALO-LIDAR | Prof. Dr. G. C. Craig Dr. C. Kiemle |
|
10 |
Influence of aerosol composition on cloud formation: in-situ studies by mass spectrometric measurements on board HALO | Prof. J. Curtius Dr. J. Schneider |
|
11 |
Coordination project | Prof. J. Curtius Prof. Dr. M. Wendisch Dr.-Ing. M. Scheinert |
|
14 |
Performance improvement and airborne employment of a highly sensitive tunable-diode laser spectrometer for in-situ measurements of the isotopic composition of water vapor | Dr. C. Dyroff |
|
15 |
Qualitiy assessment of an open-path tuneable diode laser spectrometer for water vapour measurement and scientific studies during first HALO demo missions | Prof. V. Ebert |
|
18 |
HALO TACTS and SALSA: Mission co-ordination for TACTS: (Transport And Composition in the UT/LMS) and SALSA (Seasonality of Air mass Transport and Origin in the Lowermost Stratosphere Using the HALO Aircraft) | Prof Dr. A.Engel |
|
20 |
GhOST-MS: Gaschromatograph for Observation of Stratospheric Tracers - Mass Spectrometer | Prof Dr. A.Engel |
|
24 |
Lagrangian Support of Stratospheric Operations of HALO (LASSO) | Dr. J.-U. Grooß Dr. G. Günther Dr. M. G. Schultz |
|
26 |
HALO data base, further development and setup of a data retrieval and long term archive system | Dr. R. Hengst |
|
27 |
Hygroscopic Growth of Accumulation Mode Particles Measured with HALO (HyGroPart) | Dr. M. Herrmann |
|
28 |
Retrieval of Atmospheric State variables from GLORIA limb emission spectral images (RASGLO) | Dr. M. Höpfner |
|
30 |
Methods and algorithms for data exploitation of the imaging Fourier transform spectrometer GLORIA on HALO - MaxiFTS - | Dr. A. Kleinert |
|
31 |
Measurements of stable isotope ratios in atmospheric trace gases on HALO (MIRAH) |
Prof. Dr. R. Koppmann Dr. M. Krebsbach |
|
33 |
Research application of the novel multi sensor dropsonde for HALO for investigation of cyclones and embedded convection causing high impact weather in the Mediterranean | Prof. C. Kottmeier Dr. U. Corsmeier Dr. A. Wieser |
|
34 |
Advanced Water and Ice investigations in Subtropical, Mid-Latitude and Arctic Cirrus (ACIS) | Dr. M. Krämer |
|
35 |
Highly sensitive and selective measurements of NO2 on HALO |
Dr. M. Martinez-Harder |
|
37 |
Investigation of ice particle and cloud drop residues using the counterflow virtual impactor technique onboard HALO (HALO-CVI) | Dr. S. Mertes |
|
39 |
Test and intercomparison of water, aerosol, cloud droplet, ice particle, and ice nuclei instruments for the HALO aircraft using the AIDA facilitiy (AIDA-HALO) | Dr. O. Möhler Prof. T. Leisner |
|
41 |
Differential Optical Absorption Spectroscopy (DOAS) Observations from HALO | Prof. K. Pfeilsticker Prof. U. Platt |
|
42 |
Coordination of the HALO Demo Mission ACRIDICON | Dr. U. Pöschl Prof. Dr. M. Wendisch |
|
43 |
Modular instrument package for aerosol optical properties and cloud condensation nuclei activity | Dr. U. Pöschl Prof. Dr. M. O. Andreae |
|
47 |
Geoscientific Earth Observation with HALO in the Aegean region (GEOHALO) | Dr.-Ing. M. Scheinert |
|
48 |
An aircraft-based Ion Trap Mass Spectrometer Instrument ITCIMS for measurements of atmospheric trace gases and ions aboard HALO - Phase 2: Extensions of ITCIMS capabilities, flight tests on the FALCON, and deployment on HALO | Dr. H. Schlager Prof. Dr. F. Arnold |
|
49 |
Development and use of a perfluorocarbon tracer system for Lagrangian aircraft experiments to study dynamical, photochemical, and microphysical processes - Phase 2 (PERTRAS-2) | Dr. H. Schlager |
|
51 |
FAVOR-HALO: Fast Analysis of Volatile Organics with gas chromatography/mass spectrometry (GC/MS) on HALO | Dr. R. Wegener |