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Main Linac Integration Chris Adolphsen CAVITY VESSEL T4CM QUAD/Correctors T4CM BPM QUADS LEADS 80K BLOCK 4K BLOCK Quadrupole Package Quad Field and Position Requirements…
ILC-EDR Kick-off Meeting Main Linac Integration Organization and Tasks Sept. 27, 2007 Akira Yamamoto ILC-EDR Kick-off Meeting, Main Linac Integration To be held at Fermilab,…
Slide 1* * Main Beam Quadrupoles (MBQ) Open issues * Linear beam energy decrease from 2.38 GeV to 0.24 GeV 41 100 quadrupoles needed per Linac Main Beam 2001 Main Beam quadrupoles
MAIN LINAC DDS DESIGN Vasim Khan 06.11.09 Bohr seminar series, HEP group, The University of Manchester Outlook CLIC scheme Two Beam Acceleration Optimised parameters What…
Internal Cryomodule Instrumentation ERL Main Linac Cryomodule * Peter Quigley, MLC Design Review Peter Quigley, MLC Design Review * Peter Quigley, MLC Design Review Input…
CLIC MAIN LINAC DDS Vasim Khan Summary of results V. Khan LC-ABD 09, Cockcroft Institute 22.09.09 8/13 Summary of results For CLIC_G structure /λ=0.11, considering the beam…
eRHIC Main Linac Design E. Pozdeyev + eRHIC team BNL E. Pozdeyev, BNL Outline and Design Parameters Npass = 5 up + 5 down dE/ds = 8 – 8.5 MeV/m L = 230 m Energy,…
3.1 Introduction In this chapter, we describe the layout and the properties of the main linacs, in which the electron and positron beams are accelerated from 5 to 250GeV
ILC Beam Dynamics - Main Linac and Bunch Compressor Kiyoshi KUBO 2006 ILC Main Linac Beam Dynamics • Introduction • Beam dynamics related design • Beam quality preservation…
DRAFT: Main Linac Beam Dynamics Kiyoshi KUBO Draft 2006.04.24 ILC Main Linac Beam Dynamics Introduction Lattice design Beam quality preservation Longitudinal Transverse Wakefield…
RF Systems WG2 Main Linac S. Choroba RF System Layout 2 Talks on RF System Layout Choroba, DESY: TESLA RF System Baseline Tantawi, SLAC: Comments on the RF System for ILC…
Microsoft PowerPoint - Adolphsen_Main_Linac_Power_07_06Chris Adolphsen July 19-22, 2006 – Vancouver GDE Meeting ILC Linac RF Unit (1 of ~ 600) (8 Cavities per Cryomodule)
DESIGN AND CONSTRUCTION OF THE MAIN LINAC CRYOMODULE FOR THE ENERGY RECOVERY LINAC PROJECT AT CORNELL GR Eichhorn B Bullock J Conway Y He GH Hoffstaetter M Liepe T O’Connell…
CLIC MAIN LINAC DDS DESIGN AND FORTCOMING Vasim Khan & Roger Jones V. Khan LC-ABD 09, Cockcroft Institute 22.09.09 1/14 Wakefield suppression in CLIC main linacs The…
Mechanical Design of Main Linac Cryomodule (MLC) Yun He, Dan Sabol, Joe Conway On behalf of Matthias Liepe, Eric Smith, James Sears, Tim O’Connell, Ralf Eichhorn * Outline…
Main Linac Integration Chris Adolphsen CAVITY VESSEL T4CM QUAD/Correctors T4CM BPM QUADS LEADS 80K BLOCK 4K BLOCK Quadrupole Package Quad Field and Position Requirements…
Overview of CLIC main linac accelerating structure design Overview of CLIC main linac accelerating structure design 21/10/2010 A.Grudiev (CERN) RF design constraints for…
Folie 1 System identification for the main linac of CLIC Jürgen Pfingstner 8th of Dezember 2009 CERN, BE-ABP (Accelerators and Beam Physics group) Jürgen Pfingstner System…
LET/CHEF March 2007 Status Report to GDEPaul Lebrun Feb 05 2008 Feb 28, Sendai Meeting. March 18 2008 Main Linac Dispersion Free Steering with Placet., J.R. Lopez, (Oxford,
Slide 1 Main Linac Simulation - Main Linac Alignment Tolerances - From single bunch effect ILC-MDIR Workshop 20050622 Kiyoshi KUBO References: TESLA TDR ILC-TRC-2 Report…