P 16: Atmospheric Pressure Plasmas and their Applications III
Mittwoch, 28. Februar 2024, 14:00–16:00, WW 1: HS
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14:00 |
P 16.1 |
Hauptvortrag:
CO2 dissociation by microwave plasmas: experimental studies on interfaces in view of industrial applications — •Rodrigo Antunes, Christian K. Kiefer, Ante Hecimovic, Katharina Wiegers, Arne Meindl, Andreas Schulz, and Ursel Fantz
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14:30 |
P 16.2 |
Development of a hybrid reactor for plasma-enhanced electrocatalysis for NH3 production — •Martin Leander Marxen, Luka Hansen, Gustav Sievers, Volker Brüser, and Holger Kersten
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14:45 |
P 16.3 |
CFD and Heat Transfer Modeling of a Microwave Atmospheric Plasma Torch for CO2 Conversion — •Stefan Merli, Katharina Wiegers, Marc Bresser, Andreas Schulz, Matthias Walker, and Günter Tovar
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15:00 |
P 16.4 |
Ammonia synthesis in an atmospheric catalytic RF plasma — •Steijn Vervloedt and Achim von Keudell
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15:15 |
P 16.5 |
Enhancing CO2 Conversion and Oxygen Separation Performance by Optimizing the Gas Flow of an Atmospheric Plasma Torch — •Katharina Wiegers, Stefan Merli, Marc Bresser, Andreas Schulz, Matthias Walker, and Günter Tovar
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15:30 |
P 16.6 |
Experimental observations on microsecond and nanosecond pulses applied to a surface dielectric barrier discharge — •Gerrit Hübner, Nils Schoeneweihs, Dominik Filla, Sebastian Wilczek, Thomas Mussenbrock, and Ihor Korolov
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15:45 |
P 16.7 |
Influence of EHD Force on Gas Dynamics in Atmospheric Pressure Plasma Discharges: A Computational Analysis — •Sebastian Wilczek, Máté Vass, Alexander Böddecker, Ihor Korolov, and Thomas Mussenbrock
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