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14:00 |
P 11.1 |
Novel microwave interferometry approach for spatial plasma profile measurements — •Christos Vagkidis, Eberhard Holzhauer, Walter Kasparek, Alf Köhn-Seemann, Stefan Merli, Mirko Ramisch, and Andreas Schulz
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14:00 |
P 11.2 |
Inverstigation on methanol synthesis with a microwave plasma torch — •Marc Bresser, Katharina Wiegers, Andreas Schulz, Matthias Walker, and Günter Tovar
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14:00 |
P 11.3 |
Applying machine learning to the inverse scattering problem for experimental plasma profiles — •Ewout Devlaminck, Christos Vagkidis, Mirko Ramisch, and Alf Köhn-Seemann
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14:00 |
P 11.4 |
Combining a nanosecond-pulsed DBD with an electrolytic cell to reduce CO2 and N2 — •Martin Leander Marxen, Luka Hansen, Gustav Sievers, Volker Brüser, and Holger Kersten
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14:00 |
P 11.5 |
The contribution has been withdrawn.
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14:00 |
P 11.6 |
Time-resolved characterization of a micro cavity plasma array using a multi-photomultiplier setup — •Henrik van Impel, David Steuer, Volker Schulz-von der Gathen, Marc Böke, and Judith Golda
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14:00 |
P 11.7 |
Development of plasma reactors for plasma-assisted catalysis — •Kerstin Sgonina, Alexander Quack, and Jan Benedikt
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14:00 |
P 11.8 |
Coaxial dielectric barrier discharge for plasma catalysis in N2 and H2 — •Roland Friedl, David Rauner, and Ursel Fantz
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14:00 |
P 11.9 |
Active Flux for Vlasov-Maxwell I: Application of the Linear Advection scheme to the Vlasov System — Lukas Hensel, •Gudrun Grünwald, and Rainer Grauer
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14:00 |
P 11.10 |
Active Flux for Vlasov-Maxwell II: Application of the Linear Advection scheme to the Vlasov System — •Lukas Hensel, Gudrun Grünwald, and Rainer Grauer
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14:00 |
P 11.11 |
Efficient GPU implementation of 2D Particle-in-Cell Simulations for capacitively coupled plasmas — •Christian A. Busch and Uwe Czarnetzki
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14:00 |
P 11.12 |
Control of the angular distribution of incident ions by tailoring electromagnetic fields in the sheath region — •Elia Johannes Jüngling, Neil Unteregge, David Klute, Marc Böke, and Achim von Keudell
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14:00 |
P 11.13 |
Studies of low temperature radio-frequency discharges using a velocity moment analysis — •Tim Bolles, Maximilian Klich, Thomas Mussenbrock, Ralf Peter Brinkmann, and Sebastian Wilczek
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14:00 |
P 11.14 |
High-efficiency machine learning approach for nanoparticle 2D size characterization via kinetic Mie polarimetry — •Alexander Schmitz, Andreas Petersen, and Franko Greiner
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14:00 |
P 11.15 |
3D machine-learning reconstruction techniques for particles in dusty plasmas — •Andre Melzer, Michael Himpel, Christina Knapek, Daniel Maier, Daniel Mohr, and Stefan Schütt
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14:00 |
P 11.16 |
What's the rheology of electro-rheological plasmas? — •Michael Kretschmer, Markus Thoma, Andreas Schmitz, Lukas Wimmer, Thomas Nimmerfroh, and Christian Schinz
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14:00 |
P 11.17 |
Dust acoustic wave properties in varying discharge volumes — •Christina A. Knapek, Mierk Schwabe, Victoriya Yaroshenko, Peter Huber, Daniel P. Mohr, and Uwe Konopka
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14:00 |
P 11.18 |
Dichromatic Mie scattering approach for particle size measurements — •Franziska Reiser, Sören Wohlfahrt, and Dietmar Block
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14:00 |
P 11.19 |
COMPACT -- the future complex plasma facility for the ISS — •Daniel P. Mohr, Christina A. Knapek, Stefan Schütt, Daniel Maier, Andre Melzer, Lenaic Couedel, Adrienne Dove, John Goree, Uwe Konopka, Svetlana Ratynskaia, Markus H. Thoma, and Hubertus M. Thomas for the COMPACT collaboration
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14:00 |
P 11.20 |
Comparison of HERMES-2 and EMC3 for the SOL transport of Wendelstein 7-X — •David Bold, Brendan Shanahan, Felix Reimold, and Benjamin Dudson
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14:00 |
P 11.21 |
Overview of MHD mode observations during the recent operational phase at the Wendelstein 7-X stellarator — •Kian Rahbarnia, Sara Vaz Mendes, Charlotte Bueschel, Christian Brandt, Henning Thomsen, Adrian von Stechow, Jan-Peter Baehner, Ralf Kleiber, Christoph Slaby, Axel Koenies, and Wendelstein 7-X Team
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14:00 |
P 11.22 |
Neural Networks for the analysis of Langmuir probe characteristics — •Jasmin Joshi-Thompson and Mirko Ramisch
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14:00 |
P 11.23 |
Mode analysis of high performance discharges at Wendelstein 7-X during OP 1.2 — •Charlotte Büschel, Kian Rahbarnia, Sara Vaz Mendes, Henning Thomsen, Christian Brandt, Ralf Kleiber, Axel Könies, and Wendelstein 7-X Team
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14:00 |
P 11.24 |
ITG simulations with a fully-kinetic Semi-Lagrangian code — •Aleksandr Mustonen, Felipe Nathan de Oliveira, Ken Hagiwara, Sreenivasa Thatikonda, Daniel Told, and Rainer Grauer
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14:00 |
P 11.25 |
Investigation of the influence of nanosecond pulsed plasmas in water on surfaces and on nanoparticle formation — •Pia-Victoria Pottkämper, Katharina Laake, Elia Jüngling, Oliver Krettek, and Achim von Keudell
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14:00 |
P 11.26 |
Influence of atmospheric microplasma jet treatment on self-organised sub-micrometer surface structures generated by short pulsed laser irradiation — •S. Chur, L. Kulik, R. Labenski, V. Schulz-von der Gathen, M. Böke, and J. Golda
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14:00 |
P 11.27 |
Electric probe measurements inside and outside of magnetic islands in the SOL of Wendelstein 7-X. — •Dario Cipciar, Carsten Killer, Olaf Grulke, Jiri Adamek, and W7-X Team
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14:00 |
P 11.28 |
Study of fast electrons population in the TJ-K stellarator. — •EdgardO Villalobos Granados and Alf Köhn-Seemann
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14:00 |
P 11.29 |
Properties of Metal Droplets Ejected During Arcing — •Alberto Castillo Castillo, Martin Balden, Volker Rohde, Peter Siemroth, Michael Laux, Heinz Pursch, Juergen Sachtleben, and Rudolf Neu
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14:00 |
P 11.30 |
First Measurements of the Imaging Heavy Ion Beam Probe at ASDEX Upgrade — •Hannah Lindl, Gregor Birkenmeier, Pablo Oyola, Jose Rueda Rueda, Balazs Tal, Joey Kalis, and The ASDEX Upgrade Team
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14:00 |
P 11.31 |
Influence of beam profile on ion-driven permeation experiments — Philipp Sand and •Armin Manhard
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14:00 |
P 11.32 |
Experimental characterization of the quasi-coherent mode in EDA-H and QCE plasmas — •Joey Kalis, Gregor Birkenmeier, Peter Manz, Ridhesh Goti, Michael Griener, Elisabeth Wolfrum, Thomas Eich, and Ulrich Stroth
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14:00 |
P 11.33 |
GPU development of the Gyrokinetic Turbulence Code GENE-X with Native Fortran/C++ Interface — •Jordy Trilaksono, Philipp Ulbl, Andreas Stegmeir, and Frank Jenko
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14:00 |
P 11.34 |
Helium exhaust and impurity transport in W7-X — •Thilo Romba, Felix Reimold, Thomas Klinger, and W7-X team
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14:00 |
P 11.35 |
Automated workflow for energetic particle stability — •Virgil - Alin Popa, Philipp Lauber, and Thomas Hayward-Schneider
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14:00 |
P 11.36 |
Quasi-Neutral Multi-Fluid Models: A Variational Principle and Numerical Methods — •Sayyed Amin Raiessi Toussi, Omar Maj, and Tomasz Tyranowski
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14:00 |
P 11.37 |
Towards Laboratory Astrophysics in Wakefield Accelerators — •Erwin Walter, John P. Farmer, Martin S. Weidl, Patric Muggli, and Frank Jenko
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14:00 |
P 11.38 |
Integrated modelling of impurity transport in ASDEX Upgrade — •Daniel Fajardo, Clemente Angioni, Giovanni Tardini, Emiliano Fable, Pierre Manas, Rachael McDermott, and the ASDEX Upgrade Team
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14:00 |
P 11.39 |
ECRH in early plasma formation — •Carl Albert Vilhelm Johansson and Pavel Aleynikov
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14:00 |
P 11.40 |
Modeling of runaway electrons in disruption mitigation scenarios with DREAM — •Peter Halldestam, Gergely Papp, Hannes Bergström, Mathias Hoppe, Oskar Vallhagen, István Pusztai, and Tünde Fülöp
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14:00 |
P 11.41 |
Electromagnetic flutter in the full-f edge turbulence fluid code GRILLIX — •kaiyu zhang, wladimir zholobenko, andreas stegmeir, christoph pitzal, konrad eder, and frank jenko
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14:00 |
P 11.42 |
Engineering tool for the robust optimization of a full-W divertor in W7-X — •Antara Menzel-Barbara, Joris Fellinger, Rudolf Neu, Dirk Naujoks, and Thomas Pedersen
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14:00 |
P 11.43 |
Validation of theoretical upper bounds on local gyrokinetic instabilities — •Linda Podavini, Per Helander, Gabriel Plunk, and Alessandro Zocco
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14:00 |
P 11.44 |
Experimental impurity transport analysis for the tokamak plasma edge — •Tabea Gleiter, Ralph Dux, Francesco Sciortino, and the ASDEX Upgrade Team
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14:00 |
P 11.45 |
ASDEX Upgrade shattered pellet injection experiments — •Paul Heinrich, Gergely Papp, Matthias Bernert, Pascal de Marné, Mathias Dibon, Stefan Jachmich, Michael Lehnen, Tobias Peherstorfer, Umar Sheikh, Jakub Svoboda, The ASDEX Team, and The MST1 Team
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14:00 |
P 11.46 |
Investigation of Tearing Modes in ASDEX Upgrade — •Magdalena Bauer, Louis Giannone, Anja Gude, Felix Klossek, Marc Maraschek, Bernhard Sieglin, Wolfgang Suttrop, Hartmut Zohm, and The ASDEX Upgrade Team
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14:00 |
P 11.47 |
Power balance analysis and predictive modelling using the codes neotransp and NTSS — •Markus Wappl, Marc Beurskens, Sergey Bozhenkov, Hakan Smith, and Yuri Turkin
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14:00 |
P 11.48 |
Non-Axisymmetric Generalization of the Gyrokinetic Turbulence Code GENE-X — •Marion Smedberg, Andreas Stegmeir, Philipp Ulbl, and Frank Jenko
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