1/4 Cylinder made of 8mm Airex foam and 2 sheets of 50um Al Foil. An Airex flange at the Rear end is visible.
Date: 15/12/034
Status: Prototyping
Contact: Peter Ford
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TE Prototype
1/4 Cylinder made of 8mm Airex foam and 2 sheets of 50um Al Foil. An Airex flange at the Rear end is visible. Date: 15/12/034 Status: Prototyping Contact: Peter Ford |
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TE Prototype
1/4 Cylinder prototype placed on mock-up of Support Structure, as viewed from Rear. The CF part of the Services Thermal Feed Through (STFT) can be seen. Date: 15/12/034 Status: Prototyping Contact: Peter Ford |
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TE Prototype
1/4 Cylinder prototype placed on mock-up of Support Structure, as viewed from Front. The TE flange connecting to the STFT can be seen. in the background on the right, the former for the TE Cylinder can be seen. Date: 15/12/034 Status: Prototyping Contact: Peter Ford |
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TE Prototype
Small prototype to test adhesion of Cu-Kapton to Airex and compression techniques for Foam to cylinder. Date: 13/07/05 Status: Prototyping Contact: Peter Ford |
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Testing LMT Cooling
3 stacks of 23 Tapes with 1 Amp passing through each Tape, being cooled by 2 Cooling Pipes containing tap water at 19 deg C. 50 um Foil encloses Tapes and contacts Pipe. Date: 7/12/04 Status: Testing Contact: Richard Holt |
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Testing insertion of Foil under LMT
Foil inserted under a Kapton sheet which is placed under the Tapes. Date: 7/12/04 Status: Testing Contact: Richard Holt |
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LMT Cooling layout
LMT Cooling pipes can be seen surrounding the brown LMTs. Date: 13/6/05 Status: Drawing Contact: Jason Tarrant |
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LMT Cooling Circuit
LMT Cooling pipes associated with Disc 9 on jig. Date: 13/6/05 Status: Production Contact: Jason Tarrant |
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LMT Cooling Circuit
Connectors at Disc 9 and going through Feed-through. Date: 13/6/05 Status: Production Contact: Jason Tarrant |
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LMT Cooling Circuit Carrier
Carrier used to transport Circuits and install them on the Cylinders. Date: 13/6/05 Status: Production Contact: Jason Tarrant |
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Tooling
Prototype Tooling. Date: Aug 2005. Status: Prototyping Contact: Luis Sospedra |
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Prototype
Prototype at RAL in its Transport Box. Date: 1/9/05 Status: Prototyping Contact: Stephen Haywood |
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Testing Prototype
Prototype on the Short Test Cylinder, to test how well it fits on the Rails. Date: 1/9/05 Status: Prototyping Contact: Stephen Haywood |
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Testing Prototype Band
Prototype Band being tested on the End-cap at Liverpool. Date: 24/11/05 Status: Prototyping Contact: Stephen Haywood |
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Rear Thermal Pad
Completed Thermal Pad at CERN. See Heinz's web page. Date: 23/11/05 Status: Production Contact: Heinz Pernegger |
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Last updated: 28 Nov 05 Stephen Haywood S.Haywood@rl.ac.uk