Difference between revisions of "Tuesday, Aug 6, 2013 11:00am EDT"

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*Nilanga's questions:
 
*Nilanga's questions:
** Given ~75 um position resolution, can we get the required accuracy for MOLLER from 3 GEMs in air, one after the vacuum window, one before the quartz, and one in middle?
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** Given ~75 um position resolution, can we get the required accuracy for MOLLER from 3 GEMs in air, one after the vacuum window, one before the quartz, and one in middle? http://ace.phys.virginia.edu/MollerSpectrometer/276
 
** Given 3 z-locations, what should be the dimensions of the GEMs (to capture Moller, ep & enough of the radiative tail)?
 
** Given 3 z-locations, what should be the dimensions of the GEMs (to capture Moller, ep & enough of the radiative tail)?
 
** What are the required resolutions in r and phi?
 
** What are the required resolutions in r and phi?
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==Minutes==
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*Participants: Seamus, Juliette, Rupesh, KK, Nilanga

Latest revision as of 11:46, 6 August 2013

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Logistic information

   Phone number:  1-866-740-1260
   Access code:   1978431#

Agenda

  • Review the cost of tracking assembly for 3 GEM system (KK)
    • GEMs and associated electronics
    • GEM surface area (covering 25% feasible?)
    • support structure
  • Nilanga's questions:
    • Given ~75 um position resolution, can we get the required accuracy for MOLLER from 3 GEMs in air, one after the vacuum window, one before the quartz, and one in middle? http://ace.phys.virginia.edu/MollerSpectrometer/276
    • Given 3 z-locations, what should be the dimensions of the GEMs (to capture Moller, ep & enough of the radiative tail)?
    • What are the required resolutions in r and phi?

Minutes

  • Participants: Seamus, Juliette, Rupesh, KK, Nilanga