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13:45 |
AKBP 6.1 |
Status and running experience of the SRF gun at HZDR — •rong xiang, andre arnold, pengnan lu, petr murcek, jochen teichert, and hannes vennekate
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14:00 |
AKBP 6.2 |
Transverse Emittance Compensation — •H. Vennekate, A. Arnold, T. Kamps, P. Kneisel, P. Lu, P. Murcek, T. Jochen, and R. Xian
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14:15 |
AKBP 6.3 |
A Method for Quality Factor Measurements of the S-DALINAC Superconducting Cavities* — •Ruben Grewe, Christoph Burandt, Florian Hug, Thorsten Kürzeder, and Norbert Pietralla
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14:30 |
AKBP 6.4 |
Optimization of SRF Cavities using State-Space Modeling — •Tomasz Galek, Johann Heller, Thomas Flisgen, and Ursula van Rienen
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14:45 |
AKBP 6.5 |
Surface study of centrifugal barrel polished 1.3 GHz Nb cavities — •Yegor Tamashevich, Eckhard Elsen, Brian Foster, Aliaksandr Navitski, and Alena Prudnikava
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15:00 |
AKBP 6.6 |
ILC-HiGrade cavities as a tool of quality control for the EXFEL and further SRF R&D — •Aliaksandr Navitski, Yegor Tamashevich, Ricarda Laasch, Eckhard Elsen, Waldemar Singer, Jens Iversen, Axel Matheisen, and Detlef Reschke
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15:15 |
AKBP 6.7 |
Second sound quench localization system for 1.3 GHz Nb cavities — •Ricarda Laasch, Yegor Tamashevich, Aliaksandr Navitski, Eckhard Elsen, and Brian Foster
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15:30 |
AKBP 6.8 |
Studying Superconducting Samples with a Quadrupole Resonator — •Raphael Kleindienst, Jens Knobloch, Oliver Kugeler, Andrew Burrill, and Sebastian Keckert
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15:45 |
AKBP 6.9 |
High-Q cavity operation: Study on the thermoelectrically induced contribution to RF surface resistance — •Julia-Marie Vogt, Oliver Kugeler, and Jens Knobloch
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16:00 |
AKBP 6.10 |
The contribution has been withdrawn.
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