PPT-Cradles design for CLIC

module supporting system EDMS 1158277 General principle Main inputs an requirements Suggested solutions for the alignment Assembling Conclusion Cradles design for CLIC module supporting system. tennamastcom The Tennamast guarantee LYLUUHTHZWYVKJPZMSSLZLKILMVYLSLHPUNVYWYLTPZLZVLLYPMV HYLUVJVTWSLLSZHPZLKPOVYJYHKSLLWYVTPZLVYLWSHJLPJVTWSLLSMYLL VMJOHYNLVKLTVUZYHLVYJVTTPTLUVIVOXHSPHUKJZVTLYZLYPJL LHYLOLVUSHJOJYHKSLTHUMHJYLYPUOL2VVLYHNHYHULLVMOPZ Fiducialisation and shims dimensioning. Sylvain GRIFFET, . 24/01/2011. Measurements performed on the . 3. rd. week of January 2011. 1. /5. Measurement objectives. Unfortunately . neither the . girders or cradles (but to a lesser extent) . Present: . 1 Post-doc. , 3 to 4 years – located at CERN and jointly funded. From 2012: . 2 PhD students. , 3 years – located at CERN and jointly funded. Subjects:. . RF pulse compression software, bunch length measurements in CTF3, CTF3 beam dynamics. TEST MODULE WG. Cradles for CLIC module supporting system. 04-07-11. 2. SUMMARY. Introduction. : different types of cradles. Requirements. Boostec cradles. Epucret cradles. Conclusion: next steps concerning cradles. in CLEX and first results. CLIC Workshop 2015. 26-30 January 2015. on . behalf . of : . . Hélène . Mainaud. -Durand,. . Mateusz. . Sosin. . . Mathieu . Duquenne. Vivien RUDE. Contents :. CLIC . Objectives/Scope. Participation. Addressing comments on previous proposal. Objectives/Scope. Design and costing . of the rf system for the various (Compton/soft/hard) main linacs, including accelerating structures, power source and waveguide network.. G. Riddone, 02/02/2010. 1. Content. Introduction to RF . structures and . components. Fabrication baseline procedure for accelerating structures . Application to CERN ac. structure fabrication. Fabrication of PETS . 3 . TeV. Many new agreements for X-band development and machines recently . One new coll. inst. (Canadian Light Source, Saskatoon) . WEB pages . Nikos . Kokkinis. has taken over as . responsible from . Geological . and Geophysical Institute of . Hungary.   . We. had . also. new . addenda. . with. . existing. . collaborators. :. ACAS . (. Australia. ), . Trieste. . (. Italy. ). , . IAP . NASU (. And. Proposal for a short term R&D effort. Recent Events. Conventional Facility Design for NLC · Stanford Linear Accelerator Center, March 10 to 28, 2003. CARE/ELAN meeting @ CERN November 23 - 25 2005.. CIEMAT: . AC structures and Dipoles magnets. CELLS - ALBA: . Stripline. kickers, Impedance and Collective effects, Beam size measurements and 1.5GHz RF system. IFIC (CSIC-UV): . HG-RF and BPMs. 09/06/15. m. ailing list to be set up for continued contacts . Industry capabilities and ambitions have interests for a wide user-community and also for increased contacts between industries (related to delivering more integrated units) . accelerating structure design. 21/10/2010. A.Grudiev. (CERN). RF design constraints for CLIC. Beam dynamics (BD) constraints based on the simulation of the main . linac. , BDS and beam-beam collision at the IP:. Structures and . RF Components. On behalf of the X-Band Production team . Joel Sauza Bedolla. j. oel.sauza@cern.ch. EN/MME/MA. Index. Introduction. Accelerating Structures. Baseline (discs) TD26R1CC.