Berlin 2024 –
scientific programme
AKBP 9: SRF-Cavities -Materials and Methods
Wednesday, March 20, 2024, 15:00–16:30, E 020
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15:00 |
AKBP 9.1 |
Superconducting Thin Films on Higher Order Mode Antennas for increase the CW Performance of SRF Cavities at MESA(*)(**) — •Paul Plattner, Florian Hug, and Timo Stengler
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15:15 |
AKBP 9.2 |
Magnetic Characterization of PEALD Coated Thin Films for SRF Cavity Research — •Lea Preece, Isabel Gonzalez Diaz-Palacio, Getnet Deyu, Robert Blick, Robert Zierold, Daniel Turner, Alick Macpherson, Marc Wenskat, and Wolfgang Hillert
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15:30 |
AKBP 9.3 |
Atomlagenabscheidung von Tantaloxid - einem neuen Material für die Beschichtung von Cavities — •Marco Voige, Getnet Kacha Deyu, Robert Zierold, Robert Blick, Marc Wenskat und Wolfgang Hillert
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15:45 |
AKBP 9.4 |
Physical properties of Nb3Sn films grown on copper by low-temperature co-sputtering for SRF cavity application — Nils Schäfer, Carl Jung, Matthias Mahr, Christian Dietz, Sebastian Bruns, Michaela Arnold, •Márton Major, and Lambert Alff
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16:00 |
AKBP 9.5 |
Industrielle SRF Kryomodule für FEL Anwendungen — •Daniel Trompetter und Alexander Navitski
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16:15 |
AKBP 9.6 |
Exploring the untapped potential of the next-generation SRF gun cavity — •Gowrishankar Thalagavadi Hallilingaiah and André Arnold
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