Difference between revisions of "Wednesday April 16, 2014"

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2- Bubble Chamber Schedule at JLab [[media:141409_BubbleDemoInstall.pdf]] [[media:141409_BubbleDemoInstall.xlsx]]
 
2- Bubble Chamber Schedule at JLab [[media:141409_BubbleDemoInstall.pdf]] [[media:141409_BubbleDemoInstall.xlsx]]
  
3- Radiator [[media:Bubble_Chamber_Radiator_April2014.pdf]] [[media:Bubble_Chamber_Radiator_April2014.pptx]]
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3- Radiator:
* Layout for thermal analysis [[media:140415_Bubble_Radiator_TA.pdf]] [[media:140415_Bubble_Radiator_TA.pptx]]
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* Radiator dimensions [[media:Bubble_Chamber_Radiator_April2014.pdf]] [[media:Bubble_Chamber_Radiator_April2014.pptx]]
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* Thermal analysis plan [[media:140415_Bubble_Radiator_TA.pdf]] [[media:140415_Bubble_Radiator_TA.pptx]]
  
4- New "5 MeV" Dipole update and Earth's magnetic field plans
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4- New "5 MeV" Dipole:
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* Fixture design completed [[media:140415_DL_Fixture.pdf]]
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* Update of DL design
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* Ambient field measurements
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----
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'''Notes from this meeting:'''
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* Argonne has completed Bubble Chamber safety reviews.
 +
 
 +
* GEANT4 simulation of the radiator thickness has been updated. We will go with 6 mm thickness; please let us know if you have another choice.
 +
 
 +
* Need a plan to deal with Earth's field. Wrapping the beamline with mu-metal might complicate the problem.

Latest revision as of 10:22, 26 April 2014

We will meet in TL 2236 on Wednesday April 16 at 3:00 pm EST.

For those calling in we'll use the ReadyTalk audio conference system.

1. Dial Toll-Free Number: 866-740-1260 (U.S. & Canada)
2. Enter 7-digit access code 4402297, followed by “#”

Agenda:

1- Bubble Chamber progress at Argonne

2- Bubble Chamber Schedule at JLab media:141409_BubbleDemoInstall.pdf media:141409_BubbleDemoInstall.xlsx

3- Radiator:

4- New "5 MeV" Dipole:



Notes from this meeting:

  • Argonne has completed Bubble Chamber safety reviews.
  • GEANT4 simulation of the radiator thickness has been updated. We will go with 6 mm thickness; please let us know if you have another choice.
  • Need a plan to deal with Earth's field. Wrapping the beamline with mu-metal might complicate the problem.