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Seiteninhalt |
| Projektbeschreibung | Aktuelles | Stellen | Publikatonen |
| WP-L Laborstudien | WP-F Feldstudien | WP-M Modellierung | Inuit Struktur |
| Nr. | Kurztitel | Projektleiter |
| RP 1 | In situ ice nuclei measurements and identification of biological IN | Dr. U. Bundke Prof. Dr. J. Curtius |
| RP 2 | Composition analysis of ice nuclei and ice particle residuals combining aerosol mass spectrometry and counterflow virtual impactor technique |
Dr. J. Schneider Dr. F. Stratmann |
| RP 3 | Importance of ice nuclei types and freezing modes for convective clouds: A comprehensive description of heterogeneous ice nucleation based on laboratory measurements |
Dr. K. Diehl Dr. S. Mitra |
| RP 4 | Heterogeneous ice nucleation in the immersion mode: stochastic or singular? |
Prof. Dr. T. Koop |
| RP 5 | Mesoscale simulations of aerosol-cloud interactions during the INUIT field campaigns | Dr. C. Hoose |
| RP 6 | Investigating the immersion freezing of size-segregated surface modified mineral particles at the Leipzig Aerosol Cloud Interaction Simulator |
Dr. H. Wex |
| RP 7 | Comprehensive investigation of heterogeneous ice nucleation mechanisms: from single droplet processes to cloud simulations |
Dr. O. Möhler Prof. T. Leisner |
| RP 8 | The variability, distribution and physicochemical properties (concentration, size, chemical composition, morphology, and mixing state) of tropospheric ice nuclei |
PD Dr. M. Ebert Prof. Dr. S. Weinbruch Dr. H. Bingemer |
| RP 9 | Identification of biological ice nuclei by DNA analysis and determination of the IN activity of fungal spores |
PD Dr. U. Pöschl |
| C&A | Coordination & Administration | Prof. Dr. J. Curtius |
geändert am 08. Oktober 2012 E-Mail: Webmasterkissmann@iau.uni-frankfurt.de
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