P 7: Atmospheric Pressure Plasmas and their Applications III
Dienstag, 21. März 2023, 17:00–19:00, CHE/0089
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17:00 |
P 7.1 |
Operation modes of the COST plasma jet — •Maximilian Klich, David Schulenberg, Máté Vass, Katharina Nösges, Sebastian Wilczek, and Ralf P Brinkmann
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17:15 |
P 7.2 |
A comparison of the spatial distribution of H2O2 in the effluent of the kINPen-Sci and the COST Reference Microplasma Jet — •Levin Krös, Ben Harris, Andy Nave, Erik Wagenaars, and Jean-Pierre van Helden
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17:30 |
P 7.3 |
Gas temperature variations along the discharge channel in an atmospheric pressure RF plasma jet and their consequences on electron dynamics — •David A. Schulenberg, Maximilian Klich, Zoltán Donkó, Máté Vass, Jeldrik Klotz, Nikita Bibinov, Julian Schulze, and Thomas Mussenbrock
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17:45 |
P 7.4 |
Modeling and simulation of transport processes in capacitively coupled radio-frequency-driven micro atmospheric pressure plasma jets — •Lukas L. Vogelhuber, Katharina Nösges, Maximilian Klich, Thomas Mussenbrock, and Ralf Peter Brinkmann
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18:00 |
P 7.5 |
Impact of feed gas humidity on the discharge dynamics in an Ar-operating atmospheric pressure plasma jet — •Sarah-Johanna Klose, Robert Bansemer, Ronny Brandenburg, and Jean-Pierre H. van Helden
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18:15 |
P 7.6 |
Impact of humidity on the OH distribution in the effluent of an atmospheric pressure plasma jet measured by laser induced fluorescence — •Judith Golda, Sebastian Burhenn, Maike Kai, Pia-Victoria Pottkämper, Volker Schulz-von der Gathen, and Marc Böke
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18:30 |
P 7.7 |
Photo-chemistry of organosilicon precursors initiated by VUV/UV-radiation from an atmospheric pressure RF plasma jet — •Tristan Winzer, Natascha Blosczyk, and Jan Benedikt
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18:45 |
P 7.8 |
Anomalous N2+(B2Σu+) population in the discharge and the afterglow of an APPJ in N2 — •Nikita Lepikhin, Nikolay Popov, Dirk Luggenhölscher, Nader Sadeghi, and Uwe Czarnetzki
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