| Paper |
Title |
Page |
| TUPLT009 |
Trajectory Correction Studies for the CNGS Proton Beam Line
|
1147 |
| |
- M. Meddahi, W. Herr
CERN, Geneva
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The performance of the proposed trajectory correction scheme for the CNGS proton beam line was checked with an advanced simulation program. It was first investigated whether the scheme will be sufficient, and if some correctors or monitors could be suppressed in order to reduce the cost. The correction scheme was in particular tested for the case of faulty correctors or monitors. Possible critical scenarios were identified, which may not be visible in a purely statistical analysis. This part of the analysis was largely based on the experience with trajectory and orbit correction problems encountered in the SPS and LEP. The simulation of the trajectory correction procedure was done using recently developed software.
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| TUPLT010 |
Aperture and Stability Studies for the CNGS Proton Beam Line
|
1150 |
| |
- M. Meddahi, W. Herr
CERN, Geneva
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| |
The knowledge of the beam stability at the CNGS target is of great importance, both for the neutrino yield and for target rod resistance against non-symmetric beam impact. Therefore, simulating expected imperfections of the beam line elements and possible injection errors into the CNGS proton beam line, the beam spot stability at the target was investigated. Moreover, the mechanical aperture of the CNGS proton beam line was simulated and the results confirmed that the aperture is tight but sufficient.
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