Difference between revisions of "Π polarizability Meeting July 3, 2018"

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# Muon chambers
 
# Muon chambers
 
#* [https://halldweb.jlab.org/doc-private/DocDB/ShowDocument?docid=3702 Rates AMO vs Diamond]] (Elton)
 
#* [https://halldweb.jlab.org/doc-private/DocDB/ShowDocument?docid=3702 Rates AMO vs Diamond]] (Elton)
−
#** Based on the photon fluxes between 3-11.6 GeV and 3-5.5 GeV, one could assume that rates with 10^-4 amorphous radiator and 240 nA approximately correspond to the diamond running 50 um and 20 nA.
+
#** Untagged fluxes are equalized between 3-11.6 GeV and 3-5.5 GeV for  10^-4 amorphous radiator and 240 nA approximately correspond to the diamond running 50 um and 20 nA.
 +
#** But the tagging efficiency needs to be taken into account and this can be an important factor in terms of the transmitted flux to the detector.
 +
#** This still needs to be completed.
 
# Amplitude Analysis
 
# Amplitude Analysis
 
# Other business
 
# Other business

Revision as of 16:04, 27 June 2018

Meeting Info.

Meeting Time And Location

10:00 EST (JLab time)

Elton's Office

Connecting

You can connect using BlueJeans Video conferencing (ID: 949 429 419). (Click "Expand" to the right for details -->):

  1. Make sure you have created a BlueJeans account via your JLab CUE account using this link:

  2. Meeting ID: 949 429 419
    • (you may need to type this in, depending how you connect)

  3. If connecting via Web Browser: click this link (no passcode is needed):

  4. If connecting via iOS or Android App:
    • Use your JLab e-mail address to log in and then enter the meeting ID given above to join the meeting

  5. If connecting via Phone: Dial one of the following numbers and then enter the meeting ID above and hit "#" or "##"

  6. If connecting via Polycom unit:
    • Dial 199.48.152.152 or bjn.vc
    • Enter meeting ID above


Agenda

  1. Previous meeting: June 27, 2018
  2. Announcements
  3. Updates
  4. Muon chambers
    • Rates AMO vs Diamond] (Elton)
      • Untagged fluxes are equalized between 3-11.6 GeV and 3-5.5 GeV for 10^-4 amorphous radiator and 240 nA approximately correspond to the diamond running 50 um and 20 nA.
      • But the tagging efficiency needs to be taken into account and this can be an important factor in terms of the transmitted flux to the detector.
      • This still needs to be completed.
  5. Amplitude Analysis
  6. Other business
  7. Next meeting


Minutes

Attending:

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