Speaker
Dr
Klaus Kuempel
(Goethe University Frankfurt)
Description
The Institute for Applied Physics (IAP) at Goethe University Frankfurt has a long experience in the development of 4-rod RFQs. Within the LOEWE funding programme, funded by the Hessen Agentur under funding line 3, the conventional 4-rod RFQ design has been further developed. By implementing a series of improvements to the RF design and introducing metallic sealing technology, a demonstrator has been designed and constructed with the aim of achieving improved vacuum performance and a higher quality factor compared to conventional 4-rod RFQ designs. This paper presents the low-level RF (LLRF) measurements performed on the completed LOEWE-3 RFQ demonstrator, followed by the results of the subsequent high-power RF tests.
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Author
Dr
Klaus Kuempel
(Goethe University Frankfurt)
Co-authors
Seval Altuerk
(Bevatech GmbH)
Peter Braun
(Goethe University Frankfurt)
Holger Hoeltermann
(BEVATECH GmbH)
Philipp Müller
(Goethe University Frankfurt, Bevatech GmbH)
Holger Podlech
(Goethe University Frankfurt, HFHF - Helmholtz Research Academy Hesse for FAIR, Campus Frankfurt)
Ulrich Ratzinger
(Goethe University Frankfurt, Bevatech GmbH)
Julius Storch
(Goethe University Frankfurt)
Stephan Wagner-Rossel
(Goethe University Frankfurt)