PAMELA Overview

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Lattice Design – Energies/rigidities ! 2 ring solution ! Could be concentric to reduce footprint Particle H+ C6+ Ring 1 inj 1 ref 1 extr 1 inj 1 ref 1 extr 2 inj 2 ref 2 extr Kin. En./u [MeV] 30.95 118.38 250 7.8394 30.977 68.357 208.749 400 B! [Tm] 0.811 1.621 2.432 0.811 1.621 2.432 4.401 6.370 October 28, 2010 Page 13
Lattice Design !"#$%&%% !"#$%'% ()*#%!*+",-%./0% !"#$%& '"(& 1)22-% %#& %#& 3*45"#$%6*4789% )"*+& )"!$& :")2+%"#+);
Page 1 and 2: JOHN ADAMS INSTITUTE FOR ACCELERATO
Page 3 and 4: Overview PAMELA: Particle Accelerat
Page 5 and 6: Doses for treatment Proton Courtesy
Page 7 and 8: Clinical Requirements &'!$()*!$+%,-
Page 9 and 10: Injector and Ion Sources ECR: ECRIS
Page 11 and 12: Injection into the ring Slide thank
Page 13: Lattice Design Aim: Minimise tune v
Page 17 and 18: Magnet Design • Magnet Technology
Page 19 and 20: Magnet Design • Aim: scalable man
Page 21 and 22: Cryostat Demountable turret allows
Page 23 and 24: Proton lattice septum ! Challenges
Page 25 and 26: RF Design ! ASSUMING Q ~ 60 • RF
Page 27 and 28: Treatment Gantry Slide thanks to R.
Page 29 and 30: Where are we now? ! Final Design Re

PAMELA Overview

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