P 16: Theory and Modelling II
Mittwoch, 2. März 2016, 14:30–16:55, b302
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14:30 |
P 16.1 |
Fachvortrag:
Elektronenheizung in CCPs: Ein thermodynamisches Bild — •Ralf Peter Brinkmann
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14:55 |
P 16.2 |
The perturbing effect of density fluctuations on a microwave beam — •Alf Köhn, Matthew Thomas, Antti Snicker, Omar Maj, Eberhard Holzhauer, Roddy Vann, Jarrod Leddy, and Emanuele Poli
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15:10 |
P 16.3 |
Spectral Kinetic Simulation of Ideal Multipole Resonance Probe — •Junbo Gong, Sebastian Wilczek, Daniel Szeremley, Jens Oberrath, Denis Eremin, Wladislaw Dobrygin, Christian Schilling, Michael Friedrichs, and Ralf Peter Brinkmann
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15:25 |
P 16.4 |
Wechselwirkung magnetisierter Teilchen mit einer Plasmarandschicht — •Dennis Krüger, Sara Gallian, Jan Trieschmann und Ralf Peter Brinkmann
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15:40 |
P 16.5 |
Equilibrium and stability of a modulated beam in a plasma wakefield — •Roberto Martorelli
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15:55 |
P 16.6 |
Electron acceleration by coherent laser pulses — •Phuc Luu Thanh and Alexander Pukhov
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16:10 |
P 16.7 |
Laser Ion Acceleration of Spherical Mass Limited Solid Density Targets — •Axel Huebl, Thomas Kluge, René Widera, Peter Hilz, Jörg Schreiber, Ulrich Schramm, and Michael Bussmann
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16:25 |
P 16.8 |
3D-Simulation des Verunreinigungstransports in einem Fusions-Randschichtplasma mit dem massiv-parallelen Monte-Carlo Code ERO2.0 — •Juri Romazanov, Dmitriy Borodin, Andreas Kirschner, Christian Linsmeier, Dirk Brömmel, Benedikt Steinbusch und Paul Gibbon
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16:40 |
P 16.9 |
Experimental determination of electron impact transfer rate coefficients between argon 1s states — •Emile Carbone, Eddie van Veldhuizen, Gerrit Kroesen, and Nader Sadeghi
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