Author:
Spiller P.,Balss R.,Bartolome P.,Blaurock J.,Blell U.,Boine-Frankenheim O.,Bozyk L.,Chorowski M.,Eisel T.,Frey M.,Giacomini T.,Kaether F.,Khodzhibagiyan H.,Klammes S.,Klingbeil H.,Koenig H.G.,Kornilov V.,Kowina P.,Lens D.,Meier J.P.,Ondreka D.,Petzenhauser I.,Plyusnin V.,Pongrac I.,Pyka N.,Raginel V.,Rottlaender P.,Roux C.,Schmidt J.,Schwickert M.,Sugita K.,Szwangruber A.,Szwangruber P.,Trockel R.,Waldt A.,Welker H.,Wilfert S.,Winkler T.,Winters D.
Abstract
The superconducting, heavy ion synchrotron SIS100 is the core of the new FAIR facility at GSI, Darmstadt, Germany. Its unique design is dedicated to the acceleration of intermediate charge state heavy ions. Several new technical approaches assure the stabilization of the vacuum dynamics and the minimization of charge related beam loss. Beside high intensity heavy ions, SIS100 will accelerate all ions from Protons to Uranium, and in spite of the fact that superconducting magnets are used, SIS100 shall be as flexible in ramping and cycling as a normal conducting synchrotron.
Subject
Mathematical Physics,Instrumentation
Reference13 articles.
1. Beam quality and beam loss predictions with space charge for SIS100;JINST,2020
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