Speaker
Dr
Ryo Katayama
(High Energy Accelerator Research Organization)
Description
The introduction of thin film structures into superconducting cavities is theoretically predicted to improve performance, and experimental verification is now required. In this study, we are developing a relatively small and easy-to-handle niobium-made 3 GHz single-cell cavity to verify the effects of introducing thin film structures. We performed vertical measurements on the 3 GHz single-cell cavity after applying standard BCP and EP treatments, and obtained baseline data prior to the introduction of thin film structures. In this presentation, we report on the longitudinal measurement setup and results for the 3 GHz cavity, as well as our future research plans.
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Author
Yasuhiro Fuwa
(Japan Atomic Energy Agency)
Co-authors
Ayaka Hattori
(National Institute of Technology)
Hayato Ito
(High Energy Accelerator Research Organization)
Dr
Ryo Katayama
(High Energy Accelerator Research Organization)
Takayuki Kubo
(High Energy Accelerator Research Organization)
Takayuki Saeki
(High Energy Accelerator Research Organization)
Dr
Yoshihisa Iwashita
(Osaka University)
