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CLIC baseline changes G.Geschonke

CLIC baseline changes G.Geschonke. General and upgrade. E-Scan. E-Scan. space. fix parmeter. E-Scan. . new scheme. . fix parmeter. Drive Beam generation and distribution. cost. E-Scan. cost. fix parameter. E-Scan. E-Scan. beam dyn. resist. wall. cost. Slide.

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CLIC baseline changes G.Geschonke

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  1. CLIC baseline changes G.Geschonke ACE 2.2.2010 G.Geschonke

  2. General and upgrade E-Scan E-Scan space fix parmeter E-Scan  new scheme  fix parmeter ACE 2.2.2010 G.Geschonke

  3. Drive Beam generation and distribution cost E-Scan cost fix parameter E-Scan E-Scan beam dyn. resist. wall cost Slide ACE 2.2.2010 G.Geschonke

  4. Single DB complex at 500 GeV 3 TeV 0.5 TeV ACE 2.2.2010 G.Geschonke

  5. Drrive Beam phase control Slide from Daniel Schulte ACE 2.2.2010 G.Geschonke

  6. Main Beam Injector complex significant beam loading funneling? Increase e+ capture efficiency Slide civ. engineering optimisation beam dyn cost beam dyn polarisation civ. engineering  ACE 2.2.2010 G.Geschonke

  7. 500 GeV to 3 TeV ACE 2.2.2010 G.Geschonke

  8. Main Beam Linac  cost reliability of BBF cost cost ACE 2.2.2010 G.Geschonke

  9. Accelerating structure, PETS, Module performance  new system new system cost cost cost to be developed cost ACE 2.2.2010 G.Geschonke

  10. Machine detector interface Beam Delivery system  slide new development Concept M.Modena new development  Slide fix design  ACE 2.2.2010 G.Geschonke

  11. L * Slide from D.Schulte S ACE 2.2.2010 G.Geschonke

  12. IP Beam control Slide from D. Schulte ACE 2.2.2010 G.Geschonke

  13. Conclusion • Coherent approach to baseline changes • freeze decisions for CDR end March ACE 2.2.2010 G.Geschonke

  14. ACE 2.2.2010 G.Geschonke

  15. ACE 2.2.2010 G.Geschonke

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