C. Densham
Rutherford Appleton Laboratory
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Featured researches published by C. Densham.
Archive | 2002
P. Gruber; G. Rees; D. Küchler; A Verdier; B Holzer; D Möhl; P. Zucchelli; K. Hanke; L. Palumbo; K Bongardt; M. Giovannozzi; David Neuffer; A Riche; M. Martini; Karlheinz Schindl; P. Sievers; R. Garoby; R Edgecocka; Yu Senichev; M G Castellano; H L Ravn; Anke-Susanne Müller; C. Densham; S. Gilardoni; C Wyss; K Hübner; Elias Métral; M Poehler; F. Tazzioli; C R Prior
The Neutrino Factory is a new concept for an accelerator that produces a high-intensity, high-energy beam of electron and muon neutrinos – the ultimate tool for neutrino oscillation studies and the only machine conceived up today that could help detect CP violation of leptons. The basic concept of the Neutrino Factory is the production of neutrinos from the decay of high-energy muons. Due to their short lifetime, these muons have to be accelerated very fast. Several new accelerator techniques, like a high-intenstiy proton linac, high-power targets, ionization cooling or recirculating muon linacs are required. This paper presents a snapshot of the accelerator design at CERN. Although some aspects of this European Neutrino Factory Scheme have been optimised for the CERN site, the basic principle is siteindependent.
arXiv: Instrumentation and Detectors | 2016
C. Andreopoulos; F.C.T. Barbato; G. J. Barker; G. Barr; P. Beltrame; Berardi; T. Berry; A. Blondel; S. Boyd; A. Bravar; F. Cafagna; S. Cartwright; M. G. Catanesi; C. Checchia; A. Cole; G. Collazuol; G. Cowan; T. Davenne; T. Dealtry; C. Densham; G. Rosa; Fd Lodovico; E.L. Drakopoulou; P. Dunne; A.J. Finch; M. Fitton; D. R. Hadley; K. Hayrapetyan; R. A. Intonti; P. Jonsson
Physical Review Letters | 2016
K. Abe; C. Andreopoulos; M. Antonova; S. Aoki; A. Ariga; S. Assylbekov; D. Autiero; S. Ban; M. Barbi; G. J. Barker; G. Barr; P. Bartet-Friburg; M. Batkiewicz; F. Bay; Berardi; S. Berkman; S. Bhadra; A. Blondel; S. Bolognesi; S. Bordoni; S. Boyd; D. Brailsford; A. Bravar; C. Bronner; M. Buizza Avanzini; R. G. Calland; T. Campbell; S. V. Cao; J. Caravaca Rodríguez; S. Cartwright
