Institute Science and Technology of Accelerating Systems

Master Theses

Sarah Aull: Investigation of trapped magnetic flux in superconducting niobium samples

Julia Vogt: Magnetic Flux Trapping and Expulsion in Superconducting Niobium Cavities and Samples

Philip Lauinger: Methoden im Zustandsraum zur Mikrophoniekompensation an supraleitenden Beschleunigungsresonatoren

Sebastian Keckert: Optimizing a calorimetry chamber for the RF characterization of superconductors

Marian Lückoff: Influence of Temperature and Trapped Magnetic Flux on a Local Hotspot in a Bulk Niobium Cavity

Benedikt Schmitz: Ortsauflösende Magnetometrie zur Untersuchung von eingefrorenem Magnetfluss in supraleitenden HF Kavitäten

Felix Kramer: Mapping Trapped Flux and the related Surface Resistance in Superconducting Cavities

Joel Linn: Studies of Electrical Contact Resistance down to Cryogenic Temperatures

Pablo Nunes von Voigt: Die Dynamik magnetischer Flussschläuche in supraleitendem Niob