CERN Accelerating science

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1.
Design of a compact, cryogen-free superconducting solenoid for the electron lens of the Fermilab Integrable Optics Test Accelerator (IOTA) / Dhuley, R C (Fermilab) ; Boffo, C (Fermilab) ; Kashikhin, V (Fermilab) ; Kolehmainen, A (CERN) ; Perini, D (CERN) ; Stancari, G (Fermilab)
The proposed electron lens for Fermilab's Integrable Optics Test Accelerator (IOTA) will broaden its capabilities by enabling new research in nonlinear integrable optics, space-charge compensation, proton beam cooling, and more. The electron lens is based on a 5–10 keV, 1–2 A electron beam, shaped using a 0.7 m long, 0.8 T solenoidal magnetic field. [...]
2021 - 17 p. - Published in : JINST 16 (2021) T03009 Fulltext: PDF;
2.
Beam physics research with the IOTA electron lens / Stancari, G (Fermilab) ; Agustsson, R (RadiaBeam Tech.) ; Banerjee, N (Illinois U., Chicago) ; Boffo, C (Fermilab) ; Burov, A (Fermilab) ; Carlson, K (Fermilab) ; Cathey, B (Fermilab) ; Chen, Y C (RadiaBeam Tech.) ; Chung, M (UNIST, Ulsan) ; Crawford, D (Fermilab) et al.
The electron lens in the Fermilab Integrable Optics Test Accelerator (IOTA) will enable new research in nonlinear integrable optics, space-charge compensation, electron cooling, and the stability of intense beams. This research addresses scientific questions on high-brightness beams and operational challenges of high-power accelerators for nuclear and particle physics. [...]
2021 - 33 p. - Published in : JINST 16 (2021) P05002 Fulltext: PDF;
3.
Cryogenic test facility instrumentation with fiber optic and fiber optic sensors for testing superconducting accelerator magnets / Chiuchiolo, A (CERN) ; Bajas, H (CERN) ; Bajko, M (CERN) ; Castaldo, B (CERN ; U. Naples (main)) ; Consales, M (Sannio U.) ; Cusano, A (Sannio U.) ; Giordano, M (IPCB CNR, Portici) ; Giloux, C (CERN) ; Perez, J C (CERN) ; Sansone, L (IPCB CNR, Portici) et al.
The magnets for the next steps in accelerator physics, such as the High Luminosity upgrade of the LHC (HL- LHC) and the Future Circular Collider (FCC), require the development of new technologies for manufacturing and monitoring. To meet the HL-LHC new requirements, a large upgrade of the CERN SM18 cryogenic test facilities is ongoing with the implementation of new cryostats and cryogenic instrumentation. [...]
2017 - 8 p. - Published in : IOP Conf. Ser. Mater. Sci. Eng. 278 (2017) 012082 Fulltext: PDF;
In : 2017 Cryogenic Engineering Conference and International Cryogenic Materials Conference, Madison, WI, USA, 9 - 13 Jul 2017, pp.012082
4.
Cryogen-Free Dilution Refrigerator Precooled by a Pulse-Tube Refrigerator with Non-Magnetic Regenerator / Uhlig, K ; Wang, C
2006 - Published in : AIP Conf. Proc.: 823 (2006) , pp. 939-945 External link: Published version from AIP
In : Conference on Cryogenic Engineering and on International Cryogenic Materials, Keystone, CO, USA, 29 Aug - 2 Sep 2005, pp.939-945
5.
Development of a cryogen-free superconducting dipole magnet / Sato, Y ; Makishima, K ; Mizumaki, S ; Yamamoto, A ; Moriyama, S ; Inoue, Y ; Minowa, M ; Namba, T ; Takasu, Y
KEK-97-202.
- 1997. - 6 p.
Access to fulltext document - Access to fulltext document
6.
Conceptual design of the HTS split coil test facility for the Muon Collider cooling section / Scarantino, G (U. Rome La Sapienza (main) ; LASA, Segrate) ; Accettura, C (CERN) ; Baggi, B (Milan U.) ; Batia, D (Milan U.) ; Bottura, L (CERN) ; Bordini, B (CERN) ; Castoldi, M (LASA, Segrate) ; Elisei, M (LASA, Segrate ; Milan, Polytech.) ; Giordano, G (LASA, Segrate ; Milan, Polytech.) ; Giove, D (LASA, Segrate) et al.
The cooling section of the Muon Collider requires a number of solenoidal coils of various diameters (0.05-2 m) and fields (2-60 T). An unusual feature of the cooling section is that the RF cavities operates under the large magnetic fields and field gradients generated by the focusing elements. [...]
2024 - 3 p. - Published in : JACoW IPAC 2024 (2024) WEPR38 Fulltext: PDF;
In : 15th International Particle Accelerator Conference (IPAC 2024), Nashville, TN, United States, 19 - 24 May 2024, pp.WEPR38
7.
Cryogenic performances of a heat exchanger prototype suitable for the superconducting HL-LHC recombination dipole D2 / Rousset, B (IRIG, Grenoble) ; Bancel, F (IRIG, Grenoble) ; Besson, N (IRIG, Grenoble) ; Bon-Mardion, M (IRIG, Grenoble) ; Claudet, S (CERN) ; Goy, T (IRIG, Grenoble) ; Millet, F (IRIG, Grenoble) ; Nivelon, P (IRIG, Grenoble) ; Perin, A (CERN)
In the framework of the future High Luminosity upgrade of the Large Hadron Collider (HL-LHC) at CERN, most superconducting magnets in the Long Straight Sections will be replaced. Among them, the new D2 recombination dipole will be a He II conduction-cooled magnet with a larger aperture than the LHC dipoles. [...]
2022 - 7 p. - Published in : IOP Conf. Ser. Mater. Sci. Eng. 1240 (2022) 012120 Fulltext: PDF;
In : Cryogenic Engineering Conference and International Cryogenic Materials Conference, Online, 19 - 23 Jul 2021, pp.012120
8.
DESIGN OF A SUPERCONDUCTING SOLENOID SUITABLE TO WORK WITH A LASER PARTICLE SOURCE / Beqiri, Alejna
The main objective of the CERN Summer Student Project was to design a superconducting solenoid, which is suitable to use in a custom installation for the capture of protons, emitted from a thin foil target and illuminated by a high power short pulse laser [...]
CERN-STUDENTS-Note-2021-169.
- 2021
Access to fulltext
9.
The process f+- ---> p pi+- as a mean of determining the strange content of eta-prime (iota) and the nature of the iota meson / Bediaga, I ; Caruso, F ; Predazzi, Enrico
PRINT-86-0021-TURIN.
- 1986. - 15 p.
10.
The use, at CERN, of small closed-cycle refrigerators in the construction of liquid hydrogen targets
CERN-SPS-EHY-Note-80-7 - 1980. - 46 p.

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