1. Summary for Muon/EMMA activities
J. Pasternak, LPSC Grenoble
Review of „muon” talks.
Review of EMMA talks.
Summary.
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

2. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
PRISM
Y. Arimoto, Osaka Univ.
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

3. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
Y. Arimoto, Osaka Univ.
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

4. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
A. Sato, Osaka Univ.
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

5. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
Muon phase rotation for NuFact in PRISM-like FFAG
A. Kurup, Imperial College
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

6. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
Muon NS-FFAG for NuFact
S. Machida, RAL
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

7. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
S. Machida, RAL
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

8. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
S. Machida, RAL
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

9. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
Y. Mori, KURRI Inst.
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

10. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
Y. Mori, KURRI Inst.
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

11. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
Y. Mori, KURRI Inst.
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

12. On-momentum Dynamics --Working point: (18.2,10.3)
L. Nadolski, SOLEIL
3nx+nz=65
4nx=73
9nx=164
nx-4nz=-23
5nx=91 x z
Bare lattice
(no errors)
3nx+4nz=96
2nx+5nz=88
nx+6nz=80
2nx+2nz=57
WP sitting on
Resonance node
x + 6z = 80
5x = 91
x - 4z = -23
2x + 2z = 57
4nx=73
9nx=164
nx-4nz=-23
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

13. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
N. Bliss
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

14. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
J. Scott Berg, BNL
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

15. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
J. Scott Berg, BNL
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

16. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

17. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
T. Yokoi, Oxford Univ.
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

18. 2 Correctors – Variable Strength
D. Kelliher, RAL
2 Correctors – Variable Strength
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

19. Modelling carried out using CST EM Studio
B. Shepherd, ASTEC
F magnet
visualise fields, parametrise model
D magnet
with ‘realistic’ steel – B-H curve provided by Tesla
Combined model
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
also produce Microwave Studio

20. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
EMMA RF Specification
C. Beard, ASTEC
Machine Parameters
Value
Frequency (GHz)
1.3
Number of Straights 21
Number of Cavities 19
Total Acc per turn
2.3 MV
Upgrade Acc per turn
3.4 MV
Beam Aperture
40mm
RF Bunch Length
1.6 ms
RF Repetition rate
10 Hz
Phase Control
0.02o
Amplitude Control
2x10-4
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary

21. J. Pasternak, LPSC Grenoble – Muon/EMMA Summary
FFAGs are the very good solution for acceleration of muons in the
Neutrino Factory:
NS-FFAGs are in baseline scenario
Other types should be carefully studied
We should have a final choice in the near future…
Experimental demontrations are of fundamental importance:
For „serpentine” acceleration in EMMA
For HNJ
3. FFAGs will serve as excellent tools for muon physics (PRISM, NuFact…)!
FFAG’07, Grenoble
J. Pasternak, LPSC Grenoble – Muon/EMMA Summary