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13:15 |
P 7.1 |
Electron and ion acceleration in laser-illuminated droplets — •Tatiana Liseykina and Dieter Bauer
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13:30 |
P 7.2 |
Theorie der Thomsonstreuung in warmer und dichter Materie — •Robert Thiele, Carsten Fortmann, Thomas Bornath, Ronald Redmer, Heidi Reinholz, Gerd Röpke, Volker Schwarz und August Wierling
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13:45 |
P 7.3 |
Modellierung von Strahlungstransportphänomenen in zylindrischen Volumen endlicher Dimension — •Sergey Gorchakov, Yuri Golubovskii, Detlef Loffhagen, Alexander Timofeev und Dirk Uhrlandt
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14:00 |
P 7.4 |
Das Ion-Feature in der Röntgen-Thomson-Streuung in dichten, partiell ionisierten Mehrkomponentenplasmen — •Thomas Bornath, Carsten Fortmann, Bastian Holst, Wolf-Dietrich Kraeft, Ronald Redmer, Volker Schwarz und Robert Thiele
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14:15 |
P 7.5 |
Opacity effects in magnetic fusion plasmas — •Joël Rosato, Detlev Reiter, and Vladislav Kotov
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14:30 |
P 7.6 |
Microturbulence in Astrophysical and Fusion Plasmas — •Moritz J. Pueschel, Thilo Hauff, Frank Jenko, and Harald Lesch
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14:45 |
P 7.7 |
3D Monte Carlo simulations of edge transport in RMP scenarios at DIII-D — •Heinke Frerichs, Oliver Schmitz, Todd Evans, Yuehe Feng, and Detlev Reiter
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15:00 |
P 7.8 |
Reynolds stress drive of zonal flows — •Niels Guertler and Klaus Hallatscheck
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15:15 |
P 7.9 |
Radial propagation of geodesic acoustic modes — •Robert Hager and Klaus Hallatschek
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15:30 |
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20 min. break
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15:50 |
P 7.10 |
Warum die LMEA anstelle der LFA Verwendung finden sollte — •Gordon K. Grubert, Markus M. Becker und Detlef Loffhagen
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16:05 |
P 7.11 |
Modellierung einer Argonhochdruckglimmentladungen mittels FEM — •Markus M. Becker und Detlef Loffhagen
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16:20 |
P 7.12 |
Fluid modeling of the constriction of the dc column plasma in argon — •Mykhaylo Gnybida, Detlef Loffhagen, and Dirk Uhrlandt
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16:35 |
P 7.13 |
Properties of electrode-arc interface models for vacuum-breakers — •Oliver Fritz, Kai Hencken, Thierry Delachaux, and Dmitry L. Shmelev
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16:50 |
P 7.14 |
Hybridmodellierung einer He-Xe-Niederdrucklampenentladung — •Detlef Loffhagen
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