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Comprehensive Documentation for PTC Modules: Usage and Developments in MADX Tracking

This document provides a detailed overview of various PTC modules, exploring their usage in MADX for advanced beam tracking. It discusses topics such as corrections in PTC_track, detailed studies on TWISS parameters, and the synergy between space-charge effects and MADX. Collaboration efforts, including a new INTAS-GSI grant study on synchrotron radiation damage, are also highlighted. Future plans for the continued development of PTC modules and discussions on improving tracking efficiency using innovative methods are included, making this documentation essential for users and researchers in particle physics.

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Comprehensive Documentation for PTC Modules: Usage and Developments in MADX Tracking

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  1. 1) Documentation for PTC modules: а) general PTC for users; b) PTC_track (by V.Kapin) -> correction; с) PTC_TWISS (Ripken Optics as TWISS3 in MAD8) via studying examples; d) PTC_normal -> as 1.c ; 2) writing a CERN-report on usage MADX-PTC modules; 3) Resolving a current "open questions" on RF (E.Keil, Piotr), plotting (Riccardo); 4) Matching documentation with "Special tracking for CLIC“ (Etienne-Piotr collaboration) 5) Providing a MADX tour for visitors from GSI and Juelich; 6) Beam-beam element for PTC (coding with help from Etienne) 7) MADX tracking with a space-charge ("frozen-beam" approach):Two options are discussed: I.a) usage a “linear” kick-matrix for Twiss parameters (b) with PTC; I.b) a space-charge kicks from "frozen beam" during tracking; II) Model using a new PTC elements (many “Beam-Beam”)(Comments from Etienne !); 8) Usage of multipoles in thick elements (for SIS100 “FAIR”); V.Kapin (ITEP): Plans for PTC modules MADX meeting 20 on the 20 of March 2006, CERN, Geneva

  2. 9) Discussion of a new collaboration for INTAS-GSI grant:"Study of the DA, beam loss distribution and radiation damage in the SIS100 synchrotron with account of the nonlinear harmonics of the magnetic field and the space charge.“ Proposed Participants: GSI (HSSP-group), INFN (Turchetti and Bazzani), Prof. Neistadt (Russia), ITEP (Zenkevich, Bolshakov, Kapin), Dubna group (Kovalenko); A participation of MADX custodian (Frank Schmidt) is very needed. Conclusion: 1) This is my final visit in a frames of Work-packages for ITEP-CERN collaboration on MADX. 2) V.Kapin will continue to work as module keeper for PTC_track. 3) Collaboration ITEP-CERN on MADX will continue on the tracking with a space-charge ("frozen-beam" model); 4) A new collaboration within INTAS-GSI grant using MADX is proposed and is under a discussion. Plans for PTC modules (continued)

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