Mainz 2022 –
wissenschaftliches Programm
AKBP 9: Diagnostics, Control, Modeling, Modern IT Applications
Mittwoch, 30. März 2022, 14:00–15:30, AKBP-H13
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14:00 |
AKBP 9.1 |
Sensitivity Analysis of Beam-influencing Parameters at the S-DALINAC Using Surrogate Models* — •Dominic Schneider, Michaela Arnold, Jonny Birkhan, Norbert Pietralla, and Felix Schließmann
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14:15 |
AKBP 9.2 |
Optimization of spin-coherence time in a prototype storage ring for electric dipole moment measurements — •Rahul Shankar, Maximillian Vitz, and Paolo Lenisa for the JEDI collaboration
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14:30 |
AKBP 9.3 |
Parasitic Optimization of the Transfer Beamline Efficiency at ELSA — •Sebastian Witt, Klaus Desch, Daniel Elsner, and Dennis Proft
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14:45 |
AKBP 9.4 |
Magnetic Field Characterization with Circular Scan and Multipole Moment Analysis — •Yimin Tong, Yuancun Nie, Axel Bernhard, and Anke-Suanne Müller
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15:00 |
AKBP 9.5 |
Injection optimization using machine learning at the Cooler Synchrotron COSY — •Awal Awal for the JEDI collaboration
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15:15 |
AKBP 9.6 |
Microbunching Studies for FLASH2020+ Using Efficient Semi-Lagrangian Vlasov-Simulation — •Philipp Amstutz and Mathias Vogt
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