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Dresden 2014 – scientific programme

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BE: Beschleunigerphysik

BE 13: Beam Dynamics and Fields II

Thursday, April 3, 2014, 09:30–12:30, ZEU 255

09:30 BE 13.1 Progress in Eigenmode Computation Using Perturbative Methods — •Korinna Brackebusch and Ursula van Rienen
09:45 BE 13.2 Numerical Modeling of Superconducting Radio Frequency Cavities — •Tomasz Galek and Ursula van Rienen
10:00 BE 13.3 Parameter Studies and Geometry Optimization on Superconducting Multicell RF-Cavity-Resonators* — •Benjamin Isbarn, Bernard Riemann, and Thomas Weis
10:15 BE 13.4 Simulation of electron beam - ion interactions — •Aleksandar Markovik and Ursula van Rienen
10:30 BE 13.5 Prediction of severe electron loading of high-gradient accelerating structures based on field emission sample measurements — •Stefan Lagotzky and Günter Müller
10:45 BE 13.6 Optimierung des Förstersondenprinzips für die Anwendung im SRF-Bereich — •Matthias Wegen
  11:00 15 min. break
11:15 BE 13.7 Recalculation of the dispersion tracks of the recirculations at the S-DALINAC* — •Jonas Pforr, Michaela Arnold, Florian Hug, and Norbert Pietralla
11:30 BE 13.8 Future experiments on beam break up at the S-DALINAC* — •Thorsten Kürzeder, Florian Hug, Lars Jürgensen, and Norbert Pietralla
11:45 BE 13.9 Sextupole magnets for beam break up measurements at the S-DALINAC* — •Marcel Schilling, Michaela Arnold, Mirco Gros, Florian Hug, Lars Jürgensen, Thorsten Kürzeder, and Norbert Pietralla
12:00 BE 13.10 Kompakte Combined-Function-Quadrupol-Sextupol-Magnete für die Elektronstrahlführung an einem Laser-Wakefield-Beschleuniger — •Walter Werner, Veronica Afonso Rodriguez, Tilo Baumbach, Robert Rossmanith und Christina Widmann
12:15 BE 13.11 Test und Feldmessung eines vollständigen Kurzmodells eines Transversal-Gradient-Undulators — •Andreas Will, Peter Peiffer, Veronica Afonso Rodriguez, Axel Bernhard, Andreas Grau, Robert Rossmanith, Christina Widmann und Anke-Susanne Müller
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