Antonio Millich
4 Papers
143 Citations
Antonio Millich is an academic researcher. The author has contributed to research in topics: Large Hadron Collider & Laser beam quality. The author has an hindex of 3, co-authored 4 publications.
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Papers
Conceptual design of the SPL II : A high-power superconducting $H^-$ linac at CERN
M. Baylac,M. Magistris,M. Paoluzzi,Masaki Hori,D. Küchler,E. Froidefond,Klaus Hanke,C Rossi,T Meinschad,A López Hernández,R. Garoby,Palladino,Alessandra Lombardi,S. Chel,R. Duperrier,Maurizio Vretenar,J B Lallement,J M Deconto,R. Scrivens,J Inigo-Golfin,T. Steiner,T. Kroyer,J P Royer,Antonio Millich,E Benedico-Mora,M Silari,E. Sargsyan,E Noah-Messomo,Carlo Pagani,Didier Uriot,M Sanmartí,Paolo Pierini,Friedhelm Caspers,Mats Lindroos,C. E. Hill,Joachim Tückmantel,M. Pasini,K Kahle +37 more
- 01 Jan 2000
TL;DR: The Superconducting Proton Linac (SPLion Linac) at CERN as mentioned in this paper was designed to accelerate the proton beam up to 3.5 GeV and achieved state-of-the-art performance in terms of brightness and intensity.
The SPL Front End: A 3 MeV$H^{-}$ Test Stand at CERN
C. Rossi,Luigi Bruno,F. Caspers,R. Garoby,J. Genest,Klaus Hanke,M. Hori,D. Küchler,A.M.Lombardi,M. Magistris,Antonio Millich,M. Paoluzzi,E. Sargsyan,M Silari,T. Steiner,M. Vretenar,P. Ausset +16 more
- 02 Aug 2004
TL;DR: In this article, a 3 MeV test stand was constructed at CERN to explore the beam dynamics at low energy, with special emphasis on the chopper line that has been designed to generate the required time structure of the beam, to clean the beam halo, and to match it to subsequent RF structures.
Design of a chopper line for the cern spl
F. Caspers,Klaus Hanke,Alessandra Lombardi,Antonio Millich,A. Mostacci,M. Paoluzzi,Maurizio Vretenar +6 more
- 27 Aug 2002
TL;DR: In this paper, an improved design of the standard travelling-wave chopper structure has been analysed and tested on a prototype, and additional effort has gone into the design of a pulse generator or power amplifier capable of providing the required rise and fall times.
The SPL (II) at CERN; a Superconducting 3.5-GeV H- Linac
F. Gerigk,M. Magistris,M. Paoluzzi,Masaki Hori,D. Küchler,Paolo Pierini,E. Froidefond,Klaus Hanke,C Rossi,T Meinschad,Giulia Bellodi,R. Garoby,Palladino,M Sanmartí,J. M. De Conto,R. Duperrier,M. Baylac,S. Chel,J B Lallement,R. Scrivens,Jean Pierre Royer,J Inigo-Golfin,T. Steiner,T. Kroyer,Antonio Millich,E Benedico-Mora,A López-Hernandez,M Silari,E. Sargsyan,E Noah-Messomo,Carlo Pagani,Didier Uriot,Maurizio Vretenar,Alessandra Lombardi,Friedhelm Caspers,Mats Lindroos,C.E. Hill,Joachim Tückmantel,M. Pasini,K Kahle,Y Body +40 more
- 04 Oct 2006
TL;DR: In this paper, the authors presented the overall design approach, together with the technical progress since the first conceptual design in 2000, of a superconducting (SC) Hlinac at CERN, and showed that the beam energy is almost doubled (3.5GeV instead of 2.2 GeV) while the length is reduced by 40%.