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Style of the 2.two GeV Accumulator and Compressor for the Neutrino Factory (2000) Autin, Bruno,Microsoft Office Pro 2010, Cappi, R, Chanel, M, Gareyte, Jacques, Garoby, R, Giovannozzi, Massimo, Haseroth, H, Martini, M,Office Professional 2010 Key, Métral, Elias, Möhl, D,Microsoft Office 2010 Standard, Schindl, Karlheinz, Schönauer, Horst Otto, Hofmann, I, Prior,Windows 7 Key, C R, Rees, G,Office 2010 Code, Koscielniak, Shane Rupert
Abstract The proton driver to get a neutrino factory need to offer megawatts of beam energy at some GeV, with nonosecond prolonged bunches every single made up of a lot more than 1x1012 protons. Such beam powers are within reach of a high-energy linac, but the essential time construction can not be supplied with out accumulation and compression. The choice of the linac-based 2.two GeV proton driver continues to be studied at CERN, taking into account the space cost and balance difficulties which make beam accumulation and bunch compression challenging at this kind of a low-energy. An answer featuring two rings of around 1 km circumference continues to be worked out and it is explained within this paper. The topics deserving further investigation are outlined.
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Archiv CERN Document Server (Switzerland) Keywords and phrases Accelerators and Storage Rings Sprache eng
Literaturangaben in der Publikation (two) A 40-80 MHz system for phase rotation and cooling (2000) Alessandra Lombardi Instance Beam Dynamic Designs for any Neutrino Capture and Phase Rotation Line making use of 50 m, 100m and 200m Extended Induction Linacs (2000) Scrivens, R