A new frequency-shift measurement setup for SRF niobium cavities provides a framework to extract electron mean free path in superconducting and normal states and to study an anomalous dip near the critical temperature in interstitial-doped samples.
Uekiet al., Electromagnetic response of super- conducting RF cavities, Journal of the Physical So- ciety of Japan Conference Proceedings 10.7566/JP- SCP.38.011068 (2023)
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Resonance Frequency Shift Measurements of SRF Cavities at DESY
A new frequency-shift measurement setup for SRF niobium cavities provides a framework to extract electron mean free path in superconducting and normal states and to study an anomalous dip near the critical temperature in interstitial-doped samples.