TTC2023 Meeting, Fermilab

Name: TTC2023 Meeting, Fermilab
Start: 2023-12-05T00:00:00-06:00
End: 2023-12-08T23:59:59-06:00
Location: No location set

5–8 Dec 2023

America/Chicago timezone

For more info

Challenges for conduction-cooled SRF cavity technology

7 Dec 2023, 16:00

1h 30m

One West (Wilson Hall)

One West

Wilson Hall

Hot Topic Session

Akira Yamamoto (KEK) Cristian Pira (INFN LNL) Gianluigi Ciovati (Jefferson Lab) Grigory Eremeev (FNAL) Jens Knobloch (Helmholtz-Zentrum Berlin / Universität Siegen) Jiankui Hao (Peking University) Liana Shpani (Cornell University) Neil Stilin (Cornell University (CLASSE)) Ram Dhuley (Fermilab) Roman Kostin (Euclid Techlabs) Shawn McNeal (Ultramet) Thomas Proslier (commissariat de l'énergie atomique) Tomohiro Yamada (KEK) Uttar Pudasaini (The College of William and Mary/ Jefferson Lab) Ziqin Yang (IMP CAS)

Challenges for conduction-cooled SRF cavity technology specially focusing on (i) cryocoolers, (ii) thermal link, (iii) Nb3Sn thin-film, and (iv) tunability of Nb3Sn-coated cavities.
Discussion:
- Introduction: The current state-of-the-art for conduction-cooled SRF cavity technology : G. Ciovati (JLab)
- Short presentations (< 3 min.) on each topic, followed by discussions:
(1) Choice of cryocoolers: T. Yamada (KEK), R. Dhuley (FNAL), R. Kostin (Euclid), and J. Hao (PKU)
(2) Thermal link design: N. Stilin (Cornell), T. Yamada (KEK), R. Dhuley (FNAL), R. Kostin (Euclid), and T. Proslier (CEA)
(3) Nb3Sn thin film performance
(on Cu) : C. Pira (INFN) and S. McNeal (Ultramet)
(on Nb) : U. Pudasaini (JLab) and J. Hao (PKU), and L. Shpani (Cornell)
(4) Tunability of Nb3Sn coated cavities: G. Eremeev (FNAL)
(5) Any Others …