'Thermal shield' diaporamas de présentation

CRYOMODULES ENGINEERING DESIGN

950 views • 61 slides

Cutting techniques : the BR3 experience

653 views • 54 slides

How do We Intend to Assemble the Cryo -Module?

597 views • 48 slides

Status of ITER

Status of ITER. 2 nd RCM-FENDL-3 23 rd March 2010 Michael Loughlin Office of Central Integration and Engineering ITER. ITER is the Next Step Toward a Solution based on Tokamaks. SST-1: R =1.1m, 0.22MA, 2008 .

481 views • 33 slides

Mechanical and Thermal issues

Mechanical and Thermal issues. Paolo Pierini INFN Sezione di Milano LASA. Mechanical & Thermal Issues.

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Cryogenic Cooling Schemes for the SPL

Cryogenic Cooling Schemes for the SPL. U. Wagner TE-CRG. Topics. Introducing remarks General considerations Basic parameters Basic considerations Different cooling schemes ( seven in total) Cooling scheme options Advantages / Drawbacks Topics to be investigated. Introduction.

458 views • 30 slides

Heat loads and cryogenics

Heat loads and cryogenics. L.Tavian, D. Delikaris CERN, Cryogenics Group, Technology Department Accelerators & Technology Sector. Content. Introduction Heat loads H eat inleaks Resistive heating Beam induced heat load Cooling capacity requirement Conclusions. Cryogenics at CERN.

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Activities on the triplets at CERN

Activities on the triplets at CERN. Reception and Acceptance Triplet String Assembly in Building 181 Handling and Transport Preparation for Installation Tests carried out in the tunnel Repairs Present Status. Reception and Acceptance. Acceptance tests to be performed following shipment:

308 views • 21 slides

Dimensions, pressures and temperatures of cryogenic circuits for the SPL

Dimensions, pressures and temperatures of cryogenic circuits for the SPL. U. Wagner TE-CRG. Topics. Introducing remarks Basics Basic parameters Basic schemes Design criteria He II cooling loop Coupler cooling loop Thermal shield cooling loop Summary Table. Introduction. General note.

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Activities on the triplets at CERN

Activities on the triplets at CERN. Reception and Acceptance Triplet String Assembly in Building 181 Handling and Transport Preparation for Installation Tests carried out in the tunnel Repairs Present Status. Reception and Acceptance. Acceptance tests to be performed following shipment:

278 views • 17 slides

Examples of ILC Cryogenic Systems Cost Optimization

Examples of ILC Cryogenic Systems Cost Optimization. T. Peterson 28 September 2007. Possibility for Cost Optimization. Cryomodule / cryogenic system cost trade-off studies Costs of the cryomodules per meter are much larger than the costs of the cryogenic system per meter

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LHC-DFBX Shipping Specification Steve Virostek LBNL Presented at the DFBX RFP Review

US LHC ACCELERATOR PROJECT. Brookhaven - Fermilab - Berkeley. LHC-DFBX Shipping Specification Steve Virostek LBNL Presented at the DFBX RFP Review 23-24 October 2002, LBNL. Presentation Summary. Shipping Specification Details Introduction Description, Destination and Schedule

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MEP (Martian Environmental Pod)

MEP (Martian Environmental Pod). Interim Review. 2/16/2004 Aerospace Engineering Department University of Colorado-Boulder. Requests for Action. Greenhouse. x 10. Mounting Box. Thermal Petals. Electronics Package. Platform. Design Changes. Greenhouse/Pressure System

228 views • 14 slides

SM 18 infrastructure focused on SPL cavity tests

SM 18 infrastructure focused on SPL cavity tests. V. Benda, O. Pirotte, B. Vullierme. SM 18 layout, current status . Bloc 4 + FCM + SC Link. Magnet test benches CFBs. GReC. 6 kW Linde. RF cavity. SM 18 cryogenic simplified flow scheme. 1.9 K pumping. Compressors. CFB 10x.

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Big Magnet Design II: a) solenoid and cable concept b) short section test

Big Magnet Design II: a) solenoid and cable concept b) short section test. V.V. Kashikhin and A.V. Zlobin. Magnetic cavern design II. IBI yz. Fields. IBI xz. 1 m iron wall thickness. ~2.4 T peak field in the iron. Good fielduniformity. Fr and F z.

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Spectrometer Solenoid Fabrication Update

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Big Magnet Design II: a) solenoid and cable concept b) short section test

Big Magnet Design II: a) solenoid and cable concept b) short section test. V.V. Kashikhin and A.V. Zlobin. Magnetic cavern design II. IBI yz. Fields. IBI xz. 1 m iron wall thickness. ~2.4 T peak field in the iron. Good fielduniformity. Fr and F z.

200 views • 8 slides

Precision Oven Thermal Design

293 views • 7 slides

5K-shield Webex Meeting

5K-shield Webex Meeting. Norihito Ohuchi KEK. Cross sections of the cryomodules. ? 863.6. ?965.2. Model without 5K thermal shield. TTF III. Same cooling pipe scheme Only removing the 5K shield plate The cooling channel at 5K is used for heat sink of thermal anchor.

227 views • 6 slides

Exploded Vies

Exploded Vies. S17e150-006.asm. Period. S17e150-005.asm. THERMAL SHIELD. Glass epoxy weight: 2674 lbs. Glass epoxy support system. Total weight - Glass epoxy weight plus 4 lb urethane foam: 4840 lbs. Thermal shield system, glass epoxy plus urethane foam. Vapor barrier.

176 views • 6 slides