'Cryogenic system' diaporamas de présentation

CRYOMODULES ENGINEERING DESIGN

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???????????? Technical Institute of Physics and Chemistry, CAS

???????????? Technical Institute of Physics and Chemistry, CAS. Introduction of Large Cryogenic Engineering Activities of TIPC. LIU, Liqiang ( ??? ). Jan 19, 2009. Contents. Brief Introduction of TIPC Brief Introduction of LCEG of TIPC Research Activities. CAS. More than 100 institutes.

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Electron cloud and scrubbing in the LHC

Electron cloud and scrubbing in the LHC. G. Arduini , H.Bartosik , G. Iadarola , G. Rumolo. Many thanks to: Many thanks to Cryogenics, Damper, EN/STI, Injection, Operation, Vacuum teams Several ABP, BI and RF colleagues contributing to measurements.

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Cryogenics for arc and transfer line magnets

LHC Accelerator Research Program bnl-fnal-lbnl-slac. Cryogenics for arc and transfer line magnets. Outline: LER cryogenic system design LHC cryogenics infrastructure at CERN LER arc magnet cryogenics Current leads for arc magnets LER transfer line magnet cryogenics

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TE-CRG Technical meeting Cryogenics for the HL-LHC String

TE-CRG Technical meeting Cryogenics for the HL-LHC String. A. Perin, M. Sisti, F. Dhalla, S. Claudet TE-CRG WP16 & WP9 teams. CERN, 11 th February 2019 INDICO: https://indico.cern.ch/event/797080/. TE-CRG. Outline. Overview of the HL-LHC IT String project

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Low Field Magnet R&D

Low Field Magnet R&D . Purpose: Design, fabricate and test a superferric magnet for a VLHC Stage 1, P-P accelerator of 40 TeV cm energy Other applications possible; e.g. as a higher energy injector for the LHC factor-two energy upgrade

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Introduction to Closed Cycle Cooling Systems (for MICE) Tom Bradshaw

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On CEPC- SppC Accelerator international Collaboration Issues

On CEPC- SppC Accelerator international Collaboration Issues. Jie Gao On behalf of CEPC+SPPC Institute of High Energy Physics, Beijing Feb. 14, 2014 ? Geneva. Current o rganization for pre-study. To get the community support To get everybody involved To get things going.

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S1Global Experiment Writeup Outlining WIP

S1Global Experiment Writeup Outlining WIP. 20110902B J. Kirby, R. Paparella, W.-D. Moller, N.Toge +. 1. Preface. Contributor: A.Yamamoto Editor: Toge Outline:

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CRYOGENICS OPERATIONS 2008 Organized by CERN

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Dynamic Modeling of Two-Phase Helium Pipe Flow in the Cryosystem at the Canadian Light Source

Dynamic Modeling of Two-Phase Helium Pipe Flow in the Cryosystem at the Canadian Light Source. Chris Regier, Ph.D. Candidate University of Calgary Schulich School of Engineering Dept. of Mechanical and Manufacturing Engineering Calgary, Alberta, Canada June 11, 2008. Overview.

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LHC cryogenic system upgrade for various luminosity upgrade scenarios

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An SRF Single Cavity Horizontal Test Facility

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Closeout LAr20 R&D plan review

Closeout LAr20 R&D plan review. Review at Fermilab, November 23, 2009. Committee: R.Kephart, T.Peterson, A.Rubbia, R.Svoboda, H.Weerts. General findings. Thank you for an impressive set of presentations on the LAr R&D program.

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UNILAC

SIS300 Roadmap and preconsortium board. SIS 100/300. SIS 18. UNILAC. Super FRS. HESR. Sergey Kozub Institute for High Energy Physics Protvino, Russia SIS300 meeting 19 March, 2009. CR. FLAIR. RESR. NESR. SIS300 quadrupoles.

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Progress on liquid xenon cryogenic system using pulse tube cryocooler at KEK

Progress on liquid xenon cryogenic system using pulse tube cryocooler at KEK. D_R&D_6 Liquid xenon detector technology. Tom Haruyama (KEK) Alain Mery , Eric Morteau, Patrick Le Ray Cyril Grignon, Noel Servagent Jean-Pierre Cussonneau Dominique Thers (Subatech, Nantes).

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Experimental Hall For Push-pull

Experimental Hall For Push-pull. Hitoshi Yamamoto in consultation with J.L. Baldy 5- Jul-2007. Push-pull. Experts seem to agree that, for a quick switch, detector, E-hut, and cryogenic system should be on a single platform.

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PS2 Status

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Liquid xenon cryogenic system at KEK

Liquid xenon cryogenic system at KEK. LXe cryogenic system at KEK. June 2008. Purification. P 2. PT 2. V7. P 3. Circulation Pump (max:20L/min). PT 3. V9. V6. V5. V8. m. SV. V12. P 1. V13. V1. V2. V23. V11 needle. PT 1. V10. P 4. V14. V3. V4. Heat exchanger. V22.

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to TT10

LN2 Storage vessel. Nitrogen or helium gas. Nitrogen or helium gas. G1. G2. to TT10. 3. Magnet cryostat. 1. 4. buffer storage vessel. 2. VALVE BOX. Schematic diagram of the cryogenic system. System Operation. nToF11 SCHEMATIC DIAGRAM OF THE CRYOGENIC SYSTEM

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