Beam Delivery Systems and the Machine-Detector Interface Terms of Reference for the CLIC-ILC Collaboration Working Group B. Parker (BNL), D. Schulte.

Slides:

Advertisements

Similar presentations

1 Vacuum Requirements in the Detector Region from Beam Gas and other Considerations Takashi Maruyama (SLAC) LCWA 2009, Albuquerque October 2, 2009.

Advertisements

Nick Walker KEK-DESY meeting 7 th March 2005.

Global Design Effort Goals and Introduction Andrei Seryi, SLAC, September 17, 2007.

PARTICIPATION IN THE DESIGN AND R&D ACTIVITIES FOR A FUTURE LINEAR COLLIDER: A. Faus-Golfe IFIC - Valencia Accelerator and Detector aspects FPA

Global Design Effort Beam Delivery System & Machine Detector Interface Andrei Seryi, SLAC Annual DOE HEP Program Review June 11-14, 2007.

Concept for the New Detector Chamber at the ESR Ion beam Internal Target Region  Lab *)  Flange axis Covered  range Flange size in mm A90° – 80°83°95°

European Design Study Towards a TeV Linear Collider WP 2 : Beam Delivery System Co-ordinator: Deepa Angal-Kalinin CCLRC, Daresbury Laboratory.

An updated Baseline Design for MICE From proposal to technical reference Paul Drumm, Dec 2003.

Common recommendations and next steps for improving local delivery of climate finance Bangkok, October 31, 2012.

Machine Detector Interface for the HL (MDI) CERN, April 15, 2011 Austin Ball, Helmut Burkhardt, Marzio Nessi.

Machine Detector Interface Lau Gatignon / CERN-EN.

Radiological Aspects of ILC Hee-Seock Lee Pohang Accelerator Laboratory 2 nd Workshop of Korean ILC at PAL.

CES Status J.Osborne 6 November 2009 Status Report from Civil Engineering and Services Working Group J.Osborne GS/SEM for CES Working Group.

Global Design Effort Push-pull studies How to proceed LCWS07 June 1, 2007 at DESY Andrei Seryi for BDS Area leaders Deepa Angal-Kalinin, A.S., Hitoshi.

1. Civil Engineering works for Linear Colliders* : -Brief introduction on the overall machine layout (just for CLIC at this stage) -Experimental Area.

ILC experimental area - How to ‘develop’ CFS details for TDP (cavern size, number of shafts, HVAC, EL spec etc) ? - KEK site specific issues CFS V.Kuchler.

Global Design Effort Beam Delivery System => EDR LCWS07 June 2, 2007 at DESY Andrei Seryi for BDS Area leaders Deepa Angal-Kalinin, A.S., Hitoshi Yamamoto.

About L* i.e. the distance between the end of the last quadrupole “QD0” and the IP Until now, L* has been different for SiD and ILD, -> due to detector.

1 CLIC / ILC Collaboration for CES issues JOHN OSBORNE – CES 8 April 2009.

CLIC Implementation Studies Ph. Lebrun & J. Osborne CERN CLIC Collaboration Meeting addressing the Work Packages CERN, 3-4 November 2011.

Agenda : CLIC Civil Engineering and Services (CES) WG.

Draft MDI Action plan Presented by Lau Gatignon 25 September 2009.

CLIC main activities and goals for 2018 Design and Implementation studies: CDR status: not optimized except at 3 TeV and not adjusted for Higgs discovery,

CLIC Workshop, CERN Marc Ross, ILC Global Design Effort 1 Content: Reason ILC - PM were there – introductory plenary Tolerances and ‘CTF4’.

BDS Andrei Seryi, Deepa Angal-Kalinin, Emmannual Tsesmelis, Rogelio Tomas, Andrea Latina, Daniel Schulte Detectors Civil engineering.

E. GschwendtnerMDI, 18 Feb Post-Collision Line and Dumps Working Group The PCLD Working Group shall co-ordinate the design and experimental work.

Global Design Effort ILC Crab Cavity Overview and requirements Andrei Seryi SLAC on behalf of ILC Beam Delivery and Crab-Cavity design teams Joint BNL/US-LARP/CARE-HHH.

Philip Burrows Snowmass 2005: SiD Concept Plenary, 15/8/05 SiD and MDI issues Philip Burrows Queen Mary, University of London Thanks to: Toshiaki Tauchi,

Interaction Region & IR integration EDR Planning Tom Markiewicz/SLAC SLAC BDS Kick-Off-Meeting 13 October 2007.

CLIC Workshop, CERN 1 CLIC/ILC Collaboration Report: Marc Ross (Fermilab); for Nick Walker, Akira Yamamoto Project Managers International Linear.

ILC/CLIC e + generation working group Jim Clarke, STFC Daresbury Laboratory and Louis Rinolfi, CERN.

BDS: 1 October 13, 2007 BDS KOM EDR planning discussion Andrei Seryi October 13, 2007.

CLIC Machine-Detector Interface Working Group (MDI) Emmanuel Tsesmelis CERN TS/LEA CLIC-ACE of 3 September 2008.

March 3-6, 2008 Global Design Effort 1 BDS way forward summary for GDE-BDS Andrei Seryi, SLAC Thanks to all participants of GDE-BDS and ACFA-MDI sessions.

Global Design Effort CLIC-ILC BDS & MDI work Materials for discussion Daniel Schulte, Rogelio Tomas and Emmanuel Tsesmelis for CLIC team Andrei Seryi for.

11/15/20051 Radiation Protection Issues for ILC (not exhaustive) A. Fassò, N. Noriaki, H. Vincke Radiation Physics.

Interaction between Detector and Accelerator Final goal of IR Design is a maximum of useful data on tape In general: There is no clear Boundary between.

Low Emittance Generation and Preservation K. Yokoya, D. Schulte.

Glion Colloquium / June Accelerating Science and Innovation R.-D. Heuer, CERN HL-LHC, Aix-les-Bains, 1 Oct ECFA HL-LHC Experiments Workshop.

Introdcution to Workpackage/Activity Reflection D. Schulte.

LHC Interaction Region Upgrades and the Machine- Experiment Interface Emmanuel Tsesmelis CERN TS/LEA CARE-HHH-APD Mini-Workshop IR'07 Frascati 8 November.

1 The next steps – focusing points Define the scope, strategy and cost of the project implementation. Main input: The evolution of the physics findings.

Global Design Effort Progress and Plans of the Beam Delivery Systems and Machine Detector Interface WG Daniel Schulte (CERN), Brett Parker (BNL), Andrei.

E+/e- Backgrounds at BEPCII/BESIII JIN Dapeng Aug. 22, 2011.

Mandate Priorities Other tasks Membership Forthcoming reports to CTC

Machine Detector Interface

Machine Detector Interface Design Updates

Thomas Schoerner-Sadenius DESY Hamburg, Germany

Conventional Facilities and Siting Global Group (ARCFS)

In collaboration with P. N. Burrows, A. Latina and D. Schulte

CLIC / ILC Collaboration for CFS works

UK Feedback Feedback from Prof John Womersley, Chief Executive of Science and Technology Facilities Council (STFC), UK at the Cockcroft Institute Board.

Machine-Experiment Interface

Accelerator R&D for the Super-B Factory

CLIC Study Aim Conceptual design report in 2010

ILC GLOBAL SYSTEMS MEETING

CLIC-ILC BDS & MDI work.

CLIC Civil Engineering Update

ILC/CLIC e+ generation working group

MACHINE DETECTOR INTERFACE WORKING GROUP STATUS

CLIC/ILC Collaboration Meeting: Objectives & Organization

CLIC Detector CERN Status + plans

Overview of MDI design II

Beam Delivery System Schedule at ILC2010

Andrei Seryi Materials for discussion TILC-08

Interaction Region Design Options e+e- Factories Workshop

LINX LINear collider IR X-ing facility at SLAC Snowmass 2001 July 11 Andrei Seryi, SLAC for NLC collaboration.

J. Seeman SLAC Paris Super-B 5th Workshop May 9-11, 2007

Safety Readiness Review (SRR) Thomas Hansson, ESH

Crab Crossing Named #1 common technical risk (p. 6 of the report)

Presentation transcript:

Beam Delivery Systems and the Machine-Detector Interface Terms of Reference for the CLIC-ILC Collaboration Working Group B. Parker (BNL), D. Schulte (CERN), A. Seryi (SLAC), E. Tsesmelis (CERN) 13 May 2008

Mandate of Working Group Within the overall framework of strengthening the collaboration and synergy between CLIC and ILC, the Beam Delivery Systems and Machine Detector Interface Working Group provides a forum where those technically responsible for the beam delivery systems and for the issues at the interface between the machines and experiments from the ILC and CLIC projects can meet and discuss issues of mutual interest. The subjects treated cover everything of common importance to the machines and experiments and includes, but not limited to, the machine performance for the experiments, the design and integration of the beam delivery system and the corresponding interaction regions and experimental areas, the experimental beampipes and vacuum, the radiation shielding and monitoring, the collimation system, the beam instrumentation, the luminosity and background measurement and monitoring, the mechanical supports and stabilisation, the design of the near-beam forward detectors, the data exchange and common safety issues. The Working Group will endeavour to develop and use common standards and codes and undertake common studies. The Working Group reports to both the CLIC and ILC Project Managements.