'Correctors' presentation slideshows

High Level Physics Applications Magnets & Beams

High Level Physics Applications Magnets & Beams. Day ?, Lecture ? Accelerator View from the Physicist. Why Use a Magnet to Guide a Charged Particle Beam ?. For Charged particles, you can use Electric or Magnetic particles to modify a trajectory.

364 views • 24 slides

HL LHC LAYOUT FROM Interaction POINT TO SEPARATION DIPOLE

318 views • 21 slides

Triplet corrector layout

302 views • 21 slides

LHC Orbit FB

LHC Orbit FB. J. Wenninger The present & past team ? Jens, Lars, Rhodri, Mike, Thijs, Jorg, Serguei. Requirements for the LHC Boundary conditions for orbit FB : Magnets & power converters Orbit acquisition Network & delays Architecture : local and (or versus) global Outlook.

269 views • 17 slides

Field quality of LHC corrector magnets

LOC meeting. Field quality of LHC corrector magnets. S. Fartoukh and Y. Papaphilippou Thanks to A. Lombardi, M. Giovannozzi and V. Remondino (AT-MEL). July 31st, 2006. Outline. Short straight section correctors reminder Corrector field errors evaluation criteria

297 views • 14 slides

Strategies for setting the LHC corrector circuits in simulations

262 views • 13 slides

Magnetic requirements for the commissioning

CERN, 10 th February 2006 Chamonix summing up. Magnetic requirements for the commissioning. E. Todesco Accelerator Technology Department Magnet and Superconductors Group Acknowledgements: the speakers, S. Ramberger, J. P. Koutchouk. Introduction.

225 views • 13 slides

Dynamic Self-checking Techniques for Improved Tamper Resistance

Dynamic Self-checking Techniques for Improved Tamper Resistance. Bill Horne Lesley Matheson Casey Sheehan Robert E.Tarjan Presented by YAN MIN (Jasmine). Outline. Introduction Algorithm design Detail Conclusion and future work. Introduction. What is self-checking?

216 views • 11 slides

Current and few other parameters of the correctors in the Q1 to D1 area

Current and few other parameters of the correctors in the Q1 to D1 area. Superferric correctors: G. Volpini [INFN, Milano IT] Nested dipole correctors: F. Toral, Jesus Angel Garcia Matos [ CIEMAT, Madrid ES] Presented by P. Fessia. What are we speaking about ?. Nested dipole correctors.

198 views • 9 slides

Q03

Layout. Dimensions: 15x10 m. quadrupoles. dipoles. QXX. quadrupole family. Q01. Q02. Q03. Q04. integrable optics. integrable optics. Q05. Q06. Q07. Q08. Q09. Q10. Q11. Q12. Q13. Q14. Q15. Q16. Q17. Q18. optical stochastic cooling insert.

65 views • 6 slides

LSA settings for inner triplets correctors Part III

LSA settings for inner triplets correctors Part III. Marek Strzelczyk Acknowledgements: Stephane Fartoukh , Per Hagen, Massimo Giovannozzi. Recent developments. Correctors currents often beyond PC range Solved Correctors should be used only in the squeeze at low Beta*

120 views • 3 slides