Difference between revisions of "BLTWG Meeting 04/16/2012"

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(Agenda)
m (Text replacement - "/halldweb1.jlab.org/" to "/halldweb.jlab.org/")
 
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* Place: ESNET and EVO (with telephone bridge id 510 8327)  
 
* Place: ESNET and EVO (with telephone bridge id 510 8327)  
 
* Connecting: instructions are [[Tagged Beam Group Biweekly Meetings|here]]
 
* Connecting: instructions are [[Tagged Beam Group Biweekly Meetings|here]]
* Present:  
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* Present: Richard J., Barry R., Mike D., Dan S., Alex B., James M., Brendan P, Alex S., Tim W., Eugene C., and Yi Q.
 
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===Agenda===
 
===Agenda===
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#* UNCW/JLab pair counters
 
#* UNCW/JLab pair counters
 
#* JLab pair spectrometer, converter
 
#* JLab pair spectrometer, converter
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#* [[ Private: Pair Spectrometer beam test |  Pair Spectrometer Hall-B beam test, 2012 ]]
 
# Beam conditions for rare eta physics vs spectroscopy - ''discussion''
 
# Beam conditions for rare eta physics vs spectroscopy - ''discussion''
# [https://halldweb1.jlab.org/wiki/index.php/Alignment_and_Calibration  Calibration and alignment wiki page]
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# [https://halldweb.jlab.org/wiki/index.php/Alignment_and_Calibration  Calibration and alignment wiki page]
 
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===Notes===
 
===Notes===
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''quoted from Curtis M. email message of 4/16/2012''
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GlueX running conditions. I see three comparison points:
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#  1*10^7 photons/second initial GlueX running
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#  3*10^7 photons/second minimum intensity in 2nd part of GlueX
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#  1*10^8 photons/second maximum ``possible" rate in GlueX

Latest revision as of 10:26, 31 March 2015

  • Time: 11:30 EST
  • Place: ESNET and EVO (with telephone bridge id 510 8327)
  • Connecting: instructions are here
  • Present: Richard J., Barry R., Mike D., Dan S., Alex B., James M., Brendan P, Alex S., Tim W., Eugene C., and Yi Q.

Agenda

  1. Announcements
  2. Construction contracts - Alex
  3. Reports from working groups
  4. Beam conditions for rare eta physics vs spectroscopy - discussion
  5. Calibration and alignment wiki page

Notes

quoted from Curtis M. email message of 4/16/2012

GlueX running conditions. I see three comparison points:

  1. 1*10^7 photons/second initial GlueX running
  2. 3*10^7 photons/second minimum intensity in 2nd part of GlueX
  3. 1*10^8 photons/second maximum ``possible" rate in GlueX