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Status of the International Linear Collider and Importance of Industrialization. B Barish Fermilab 21-Sept-05. An International Initiative.

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status of the international linear collider and importance of industrialization
Status of the International Linear Collider

and

Importance of Industrialization

B Barish

Fermilab

21-Sept-05

an international initiative
An International Initiative
  • R&D toward an ILC was carried out over the last decade in three regions of the world and primarily at SLAC in the U.S., KEK in Japan and DESY in Germany
  • The crucial technology decision was successfully made by an international panel having 4 members from each region
  • We are now entering the design phase, which will be carried out under the guidance of the GDE, which again has comparable membership from all three regions
  • We fully expect the final project to be international

Fermilab ILC Industry Meeting

the technology recommendation
The Technology Recommendation
  • The recommendation was presented to ILCSC & ICFA on August 19 in a joint meeting in Beijing.
  • ICFA unanimously endorsed the ITRP’s recommendation on August 20

Fermilab ILC Industry Meeting

slide4

The Community then Self-Organized

Nov 13-15, 2004

Fermilab ILC Industry Meeting

2 nd ilc accelerator workshop
2nd ILC Accelerator Workshop

Fermilab ILC Industry Meeting

the global design effort
The Global Design Effort
  • The Mission of the GDE
    • Produce a design for the ILC that includes a detailed design concept, performance assessments, reliable international costing, an industrialization plan , siting analysis, as well as detector concepts and scope.
    • Coordinate worldwide prioritized proposal driven R & D efforts (to demonstrate and improve the performance, reduce the costs, attain the required reliability, etc.)

Fermilab ILC Industry Meeting

the gde plan and schedule

2005 2006 2007 2008 2009 2010

Global Design Effort

Project

Baseline configuration

Reference Design

The GDE Plan and Schedule

Technical Design

ILC R&D Program

Bids to Host; Site Selection;

International Mgmt

slide8

Starting Point for the GDE

Superconducting RF Main Linac

Fermilab ILC Industry Meeting

cost breakdown by subsystem
Cost Breakdown by Subsystem

Civil

SCRF Linac

Fermilab ILC Industry Meeting

tesla cavity
TESLA Cavity

~1m

9-cell 1.3GHz Niobium Cavity

Reference design: has not been modified in 10 years

Fermilab ILC Industry Meeting

cavity fabrication
Cavity Fabrication

Fermilab ILC Industry Meeting

gradient
Gradient

Results from KEK-DESY collaboration

must reduce spread (need more statistics)

single-cell measurements (in nine-cell cavities)

Fermilab ILC Industry Meeting

improved fabrication
Improved Fabrication

Fermilab ILC Industry Meeting

improved processing electropolishing
Improved ProcessingElectropolishing

Fermilab ILC Industry Meeting

improved cavity shapes
Improved Cavity Shapes

Fermilab ILC Industry Meeting

ilc siting and conventional facilities
ILC Siting and Conventional Facilities
  • The design is intimately tied to the features of the site
    • 1 tunnels or 2 tunnels?
    • Deep or shallow?
    • Laser straight linac or follow earth’s curvature in segments?
  • GDE ILC Design will be done to samples sites in the three regions
    • North American sample site will be near Fermilab
    • Japan and Europe are to determine sample sites by the end of 2005

Fermilab ILC Industry Meeting

1 vs 2 tunnels
1 vs 2 Tunnels
  • Tunnel must contain
    • Linac Cryomodule
    • RF system
    • Damping Ring Lines
  • Save maybe $0.5B
  • Issues
    • Maintenance
    • Safety
    • Duty Cycle

Fermilab ILC Industry Meeting

possible tunnel configurations
Possible Tunnel Configurations
  • One tunnel of two, with variants ??

Fermilab ILC Industry Meeting

ilc civil program
ILC Civil Program

Civil engineers from all three regions working to develop methods of analyzing the siting issues and comparing sites.

The current effort is not intended to select a potential site, but rather to understand from the beginning how the features of sites will effect the design, performance and cost

Fermilab ILC Industry Meeting

baseline klystrons

Toshiba

Thales

CPI

Baseline Klystrons

Available today: 10 MW Multi-Beam Klystrons (MBKs) that operate at up to 10 Hz

Fermilab ILC Industry Meeting

improved klystron
Improved Klystron ?

5 MW Inductive Output

Tube (IOT)

10 MW Sheet Beam

Klystron (SBK)

Low Voltage

10 MW MBK

Parameters similar to

10 MW MBK

Voltage e.g. 65 kV

Current 238A

More beams

Perhaps use a Direct

Switch Modulator

Klystron

Output

IOT

KEK

SLAC

CPI

Drive

Fermilab ILC Industry Meeting

how and when to involve industry
How and when to involve industry?
  • Large Scale Project Characterization
    • Large Project Management
    • Precision Engineering
    • International Coordination
    • Costing
  • Industrialization
    • Civil Construction & Infrastructure
    • Cryogenics
    • Superconducting RF structures, couplers, etc
    • Electronics and Control Systems
    • Large Scale Computing

Fermilab ILC Industry Meeting

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