Revision as of 10:40, 24 September 2013

'Teleconference Time: 11:00 a.m. EST

• ESNET (Number is 8542553) and SeeVogh session (GlueX Calorimetry meeting room)
  • Software for connecting to ESNet
• Phone connection only upon request.
  • +1-866-740-1260 : US+Canada
  • +1-303-248-0285 : International
  • then enter participant code: 3421244# (remember the "#").
  • or www.readytalk.com (and code without the #)

Participant Direct Lines

• JLab Phone: in CC F326 is 757-269-6460 (usual room)
• JLab Phone in CC L207 is 757-269-7084
• Phone in the Regina Videoconference Suite is 306-585-4204
• Athens Phone: in Christina's office is 011-30-210-727-6947

Items for followup from previous meeting(s)

1. Revisit raw data format for Flash-250 MHz following Flash-125 MHz discussion. (all)
2. Upload documentation for interlocks and monitoring to Doc Db (Dan)
3. Check that latest edits of TDR have been checked into svn (Zisis)

Tentative Agenda

1. Announcements
2. October Collaboration Meeting
3. Action Items
4. Monitoring
5. FCAL
6. BCAL
   1. Reassembly of modules used in ESB during tests
      • The modules (#1's), which were used for testing modules in the ESB were opened and refurbished for use the the actual detector.
      • Traces of liquid were found inside the module on the silicon pad used for extracting heat off the electronics board.
      • Initial thoughts were that this was condensation, but closer inspection showed the liquid was somewhat oily. It could be anti-freeze from the cooling system.
      • Traces of the liquid were taken from the silicon pad and EH&S has sent them out for evaluation. The amount of liquid might not be sufficient for evaluation. No report yet.
      • We want to make sure the system is kept under nitrogen flow.
   2. Moved BCAL into solenoid!
      • Photos Downstream View, Upstream View, Closeup Upstream View
      • Removed readout assemblies from both sides of six modules (33-37 and 41) for inspection
      • All electronics dry. No visible damage
      • Assemblies on the rail pads very tight. Need to remove inside plate on some in order to take them off. This should be standard procedure.
      • Downstream no visible anomalies.
      • Upstream, boundary between module 41 and 40 showed a thicker dark band at interface (about 1-2 fibers instead of 0.5-1), but did not appear to be due to insertion of the module. Seems consistent with Regina archival photo End 2 Image.
      • Conclude: no damage found due to insertion of the BCAL into the solenoid.
7. Reconstruction and Simulation
8. TDR update
9. Calibration of Calorimeters
10. Any other business

Minutes

Attendees: