5 Methods, Models, Standards
Friday, 09:00-12:00, H 36
Prof. Dr. Gerhard Gebauer, formerly Keylab Isotope Biogeochemistry, BayCEER / UBT
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Poster
| P 5.1 | Rebekka Lauer, Markus Greule, Frank Keppler A large-volume air sampling system (LVASS) for isotope determination of atmospheric chloromethane |
| P 5.2 | Habib Al-Ghoul, Martin Elsner Miniature Combustion Reactors to Increase Sensitivity and Selectivity, and to Facilitate GCxGC for Compound-specific Isotope Analysis (CSIA) |
| P 5.3 | Felix Antritter, Martin Elsner What is a typical GC-IRMS performance? Long-term records of backgrounds, linearity, sensitivity, precision, and trueness on different GC-IRMS instruments |
| P 5.4 | Aoife Canavan, Martin Elsner 15N-Isotope Analysis of Sulfamethoxazole by Derivatization-Gas Chromatography-Isotope Ratio Mass Spectrometry |
| P 5.5 | Meike Fischer, Mario Tuthorn Qtegra ISDS Software – driving analyses of the Thermo Scientific™ gas IRMS portfolio |
| P 5.6 | Alberto Iraheta, Elise Malsch-Fröhlich, Malkin Gerchow, Matthias Beyer Water vapor sampling - a novel method for semi-in situ soil and plant water isotope analysis |
| P 5.7 | Heiko Moossen, Heike Geilmann, Tabea Axthammer, Ines Hilke Separation of organic and inorganic carbon – a method assessment. |
| P 5.8 | Reinhard Well, Caroline Buchen-Tschiskale, Michael Dannenmann, Dominika Lewicka-Szczebak, Joachim Mohn, Lena Rohe, Clemens Scheer, Benjamin Wolf Production of standard gases for routine calibration of stable isotope ratios of N2 and N2O |
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