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The influence of the iron shield of the solenoid on spin tracking
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The influence of the iron shield of the solenoid on spin tracking is studied in this paper. In the case of the 200 MeV proton, the study has been numerically done in the ZGOUBI code. The distribution of the magnetic field was done by POISSON. We have come to the conclusion that the influence of the solenoid?s shielding on spin tracking is the same at its entrance and exit and that is directly proportional to the intensity of the magnetic induction B on the axis of the solenoid. We have also determined that the influence of the solenoid?s shielding is much stronger on transversal components of the spin than on its longitudinal component. The differences between components of the spin for the shielded and not-shielded solenoid diminish with the in crease in the distance from the solenoid.
Title: The influence of the iron shield of the solenoid on spin tracking
Description:
The influence of the iron shield of the solenoid on spin tracking is studied in this paper.
In the case of the 200 MeV proton, the study has been numerically done in the ZGOUBI code.
The distribution of the magnetic field was done by POISSON.
We have come to the conclusion that the influence of the solenoid?s shielding on spin tracking is the same at its entrance and exit and that is directly proportional to the intensity of the magnetic induction B on the axis of the solenoid.
We have also determined that the influence of the solenoid?s shielding is much stronger on transversal components of the spin than on its longitudinal component.
The differences between components of the spin for the shielded and not-shielded solenoid diminish with the in crease in the distance from the solenoid.
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