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All figures (13)
Fig. 7. Asymmetric collimator located in between the two curves.
TABLE I VERTICAL MAGNETIC CENTER DISPLACEMENT AS FUNCTION OF THE GRAVITY SUPPORTS MISALIGNMENT. UNITS ARE mm.
Fig. 8. TSu cold mass with the supports.
Fig. 9. A vertical correction coil model.
Fig. 4. The transverse cross section of the muon beam (simulated) at the entrance of the third collimator. Red: before the correction; blue: after the correction.
Fig. 5. Mu2e solenoid system. The coils in blue represent the ones with extra yaw of ~1o (the picture shows an exaggerated effect for clarity).
Fig. 3. Track of particles through the TS. Top: 1MeV e-, Middle: 25 MeV/c µ-, Bottom: 50 MeV/c µ-.
Fig. 6. Standard deviation as function of the trajectory of the perturbed coils system when random errors of up to 5 mrad are present.
TABLE II VERTICAL AND HORIZONTAL DISPLACEMENT USING TRIM POWER SUPPLIES. UNITS ARE mm.
Fig. 11. Mu2e solenoid system. The coils in blue represent the ones powered with trim power supplies.
Fig. 10. Vertical beam displacement using a correction coil located in the first straight section.
Fig. 1. The Mu2e experiment overview
Fig. 2. Schematics of the geometric center (dashed line) vs. the magnetic center (solid line). The differences between the two were exaggerated for clarity.
Journal Article
•
DOI
•
Studies on the Magnetic Center of the Mu2e Solenoid System
[...]
M. L. Lopes
,
Giorgio Ambrosio
,
M. Buehler
,
R. Coleman
,
D. Evbota
,
V. Khalatian
,
M.J. Lamm
,
J. P. Miller
1
,
Giacomo Moretti
,
T. Page
,
M.A. Tartaglia
- Show less
+7 more
•
Institutions (1)
Boston University
1
01 Jan 2014
-
IEEE Transactions on Applied Superconductivity