1 / 15

CLIC – Decelerator Machine Protection Studies

CLIC – Decelerator Machine Protection Studies. Lutz Matthias Hein (TE-MPE-PE). CLIC – Complex. Beam Dynamics. FODO – Lattice:. Phase advance (E min ): 90 deg. 1. 2. 3. 875. 876. !! Used to decelerate !!. 2.4 GeV -> 240MeV. Single Kicks. Estimate Limits of Single Quadrupole Offsets.

dixie
Télécharger la présentation

CLIC – Decelerator Machine Protection Studies

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. CLIC – DeceleratorMachine Protection Studies Lutz Matthias Hein (TE-MPE-PE)

  2. CLIC – Complex Lutz Matthias Hein

  3. Beam Dynamics FODO – Lattice: Phase advance (Emin): 90 deg 1 2 3 875 876 !! Used to decelerate !! 2.4 GeV -> 240MeV Lutz Matthias Hein

  4. Single Kicks Estimate Limits of Single Quadrupole Offsets Decelerator Nr. 11 (with 876 Quadrupoles): 1 2 3 875 876 Misalign single Quadrupole: 1 2 3 875 876 !! There are differences between focusing and defocusing Quadrupoles !! (spq ≈ 20µm) Lutz Matthias Hein

  5. Single Kicks Step2 – Damage: When do we „hit“ the aperture causing damage? Lutz Matthias Hein

  6. Multiple Kicks Estimate Limits of Multiple Quadrupole Offsets Decelerator Nr. 11 (with 876 Quadrupoles): 1 2 3 875 876 Misalign of several Quadrupoles: • Quadrupole • PETS • BPM • RF-Kicks 1 2 3 875 876 • Can we simply add qp-kick up into sequences? • Under which circumstances is structural damage espected? Lutz Matthias Hein

  7. Multiple Kicks Random Seeded Quadrupole Alignment Errors Inside Lutz Matthias Hein

  8. Multiple Kicks Random Seeded Quadrupole Alignment Errors Inside Lutz Matthias Hein

  9. Multiple Kicks Random Seeded Quadrupole Alignment Errors Inside Lutz Matthias Hein

  10. Multiple Kicks Random Seeded Quadrupole Alignment Errors SAFE Lutz Matthias Hein

  11. Multiple Kicks Envelope Intensity: 10.6 · 10-4 nC/µm² -> 0.0 T:\Decelerator\KickStudies\Decelerator11-872m1488PETS\DoubleKicks\RandomRF4\Run2_447EmitFiles.xlsx Lutz Matthias Hein

  12. Upcoming Points • Apply Simple Correction schemes with Intensity Ramping • More detailed studies of the loss patterns using manipulated Placet input beams (in progress) • Acceptance Estimations • Quadrupole field jitter/Errors, e.g. Power Supply trips • .... • Play Commissioning incl. all errors Lutz Matthias Hein

  13. To be continued ... Lutz Matthias Hein

  14. Filamentation Speed Energy and Phase Advance -> ‘speed‘ of the Filamentation Lutz Matthias Hein

  15. Multiple Kicks Envelope Intensity: 10.6 · 10-4 nC/µm² -> 0.0 T:\Decelerator\KickStudies\Decelerator11-872m1488PETS\DoubleKicks\RandomRF4\Run2_447EmitFiles.xlsx Lutz Matthias Hein

More Related