Difference between revisions of "General EEEMCal Meeting Summary 7/12/21"

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(Created page with "PARTICIPANTS: Bruno Jorion, Carlos, Irina, Miroslav, Nathaly, Pete, Renee, Crytur-CZ, Douglas, Hamlet, Hrachya, Julien Bettane, Rosi, Vardan, Vladimir, Tanja, Joerg, Lei, Sash...")
 
 
(4 intermediate revisions by the same user not shown)
Line 2: Line 2:
  
  
−
EEEMCAL IN DETECTOR PROPOSALS
+
'''EEEMCAL IN DETECTOR PROPOSALS'''
  
−
'''ATHENA:'''
+
* Detector looks similar in all three proposals
−
z = 195cm
+
:* differences in size and number of PWO vs. Glass
−
R_in = 11 cm (eta ~ -3.5) = R_min_PWO
+
:* there may be differences in attachment - ATHENA and ECCE assume mounting on universal frame; CORE has been assuming mounting to endcap HCAL frame, but recently moved away from it - CORE more sensitive to impact of non-sensitive material regions
−
R_max_PWO = 53cm (eta ~2) = R_min_Glass
 
−
R_max_total = 100 cm (eta ~ 1.4) = R_max_Glass
 
  
−
Modules PWO = ~ 2200 (2 x 2 x 20 cm3)
+
* '''ATHENA:'''
−
Modules Glass = ~ 1400 (4 x 4 x 40 cm3)
 
−
Total weight: ~ 2400 kg
 
  
−
If assume all PWO for this volume: 7600 PWO modules
+
:* z = 195cm
−
Weight ~ 7000 kg
+
:* R_in = 11 cm (eta ~ -3.5) = R_min_PWO
 +
:* R_max_PWO = 53cm (eta ~2) = R_min_Glass
 +
:* R_max_total = 100 cm (eta ~ 1.4) = R_max_Glass
  
 +
:* Modules PWO = ~ 2200 (2 x 2 x 20 cm3)
 +
:* Modules Glass = ~ 1400 (4 x 4 x 40 cm3)
 +
::* Total weight: ~ 2400 kg
  
−
'''ECCE:'''
+
:* If assume all PWO for this volume: 7600 PWO modules
−
z = 190 cm
+
::* Weight ~ 7000 kg
−
R_min = 11cm (eta ~3.5) = R_min_PWO
 
−
R_max_PWO = 49cm (eta ~2) = R_min_Glass
 
−
R_max_total = 57 cm (eta ~1.9) = R_max_Glass
 
  
−
Modules PWO = 1680 (2 x 2 x 20 cm3)
+
* '''ECCE:'''
−
Modules Glass = 160 (4 x 4 x 40 cm3)
 
−
Total weight: ~1500 kg
 
  
−
If assume all PWO for this volume: 2960 PWO modules
+
:* z = 190 cm
−
Total weight ~ 2000kg
+
:* R_min = 11cm (eta ~3.5) = R_min_PWO
 +
:* R_max_PWO = 49cm (eta ~2) = R_min_Glass
 +
:* R_max_total = 57 cm (eta ~1.9) = R_max_Glass
  
 +
:* Modules PWO = 1680 (2 x 2 x 20 cm3)
 +
:* Modules Glass = 160 (4 x 4 x 40 cm3)
 +
::* Total weight: ~1500 kg
  
−
'''CORE'''
+
:* If assume all PWO for this volume: 2960 PWO modules
 +
::* Total weight ~ 2000kg
  
−
z
+
* '''CORE'''
−
R_min
 
−
R_max
 
  
−
Attach to universal frame, thickness of frame - more sensitive to dead material
+
:* z = 110cm
 +
:* R_min=8.5cm
 +
:* R_max=47cm
 +
 
 +
:* Modules PWO = 1412 (2 x 2 x 20 cm3)
 +
::* Total weight ~ 1000kg
  
  
 
'''SIMULATIONS'''
 
'''SIMULATIONS'''
  
−
Tolerance material in front of EMCal - ongoing studies
+
* Tolerance material in front of EMCal - ongoing studies
  
−
e/pi studies ongoing
+
* e/pi studies ongoing
−
::* ECCE produced some simulation data samples that are used for these studies
+
:* ECCE produced some simulation data samples that are used for these studies
  
−
implementations - both are implemented in
+
* implementations - completed
−
::* barrel SciGlass (Nathaly)
+
:* barrel SciGlass (Nathaly)
−
::* EEEMCAL Fun4All (Carlos)
+
:* EEEMCAL Fun4All (Carlos)
−
::* EEEMCAL DD4HEP (Vladimir/Dmitry)
+
:* EEEMCAL DD4HEP (Vladimir/Dmitry)
  
 
* ATHENA simulation campaign planned for August
 
* ATHENA simulation campaign planned for August
−
::* Will include hybrid EEEMCal
+
:* Will include hybrid EEEMCal
−
 
 
−
* ECCE simulation campaign 21 June uses PWO only EEEMcal and sphenix barrel EMCal - does not yet have EEEMcal hybrid or SciGlass barrel
 
−
::* hybrid EEEMCal and Sciglass barrel will be in next ECCE simulation campaign
 
  
 +
* ECCE simulation campaign 21 June uses PWO only EEEMcal and sphenix barrel EMCal(?) - does not yet have EEEMcal hybrid or SciGlass barrel
 +
:* hybrid EEEMCal and Sciglass barrel will be in next ECCE simulation campaign
  
 
'''DESIGN EEEMCAL'''
 
'''DESIGN EEEMCAL'''
  
−
Initial design prepared
+
* Initial design prepared
  
−
Cooling would be water cooling around circumference plus possible mechanical cooling from the back
+
* Cooling would be water cooling around circumference plus possible mechanical cooling from the back
−
::* must also take into account cabling from back
+
:* must also take into account cabling from back
  
−
Beam pipe  
+
* Beam pipe characteristics around the detector - diameter etc.
  
−
Main questions:
+
* Main questions:
−
::* beam pipe
+
:* beam pipe
−
::* support limitations at universal frame
+
:* support limitations at universal frame
−
::* thickness of outer and inner radius
+
:* thickness of outer and inner radius
  
−
Action items:
+
* Action items:
 
::* prepare summary of questions
 
::* prepare summary of questions
 
::* discussion with EIC PM
 
::* discussion with EIC PM
−
 
  
 
'''PWO+SIPM DETECTOR UPDATE'''  
 
'''PWO+SIPM DETECTOR UPDATE'''  
Line 86: Line 89:
  
 
* Action item:  
 
* Action item:  
−
::* prepare list of services needed for discussion with HallD electrical engineer
+
:* prepare list of services needed for discussion with HallD electrical engineer
−
 
 
  
 
'''BEAM TESTS 2021'''
 
'''BEAM TESTS 2021'''
Line 94: Line 96:
  
 
* If planning to participate please contact:
 
* If planning to participate please contact:
−
::* For DESY tests: Douglas Hasell
+
:* For DESY tests: Douglas Hasell
−
::* For JLAB tests: Tanja Horn
+
:* For JLAB tests: Tanja Horn
  
  
 
'''NEXT MEETING: MONDAY 26 JULY 2021 AT 8:30AM ET'''
 
'''NEXT MEETING: MONDAY 26 JULY 2021 AT 8:30AM ET'''

Latest revision as of 08:50, 14 July 2021

PARTICIPANTS: Bruno Jorion, Carlos, Irina, Miroslav, Nathaly, Pete, Renee, Crytur-CZ, Douglas, Hamlet, Hrachya, Julien Bettane, Rosi, Vardan, Vladimir, Tanja, Joerg, Lei, Sasha


EEEMCAL IN DETECTOR PROPOSALS

  • Detector looks similar in all three proposals
  • differences in size and number of PWO vs. Glass
  • there may be differences in attachment - ATHENA and ECCE assume mounting on universal frame; CORE has been assuming mounting to endcap HCAL frame, but recently moved away from it - CORE more sensitive to impact of non-sensitive material regions
  • ATHENA:
  • z = 195cm
  • R_in = 11 cm (eta ~ -3.5) = R_min_PWO
  • R_max_PWO = 53cm (eta ~2) = R_min_Glass
  • R_max_total = 100 cm (eta ~ 1.4) = R_max_Glass
  • Modules PWO = ~ 2200 (2 x 2 x 20 cm3)
  • Modules Glass = ~ 1400 (4 x 4 x 40 cm3)
  • Total weight: ~ 2400 kg
  • If assume all PWO for this volume: 7600 PWO modules
  • Weight ~ 7000 kg
  • ECCE:
  • z = 190 cm
  • R_min = 11cm (eta ~3.5) = R_min_PWO
  • R_max_PWO = 49cm (eta ~2) = R_min_Glass
  • R_max_total = 57 cm (eta ~1.9) = R_max_Glass
  • Modules PWO = 1680 (2 x 2 x 20 cm3)
  • Modules Glass = 160 (4 x 4 x 40 cm3)
  • Total weight: ~1500 kg
  • If assume all PWO for this volume: 2960 PWO modules
  • Total weight ~ 2000kg
  • CORE
  • z = 110cm
  • R_min=8.5cm
  • R_max=47cm
  • Modules PWO = 1412 (2 x 2 x 20 cm3)
  • Total weight ~ 1000kg


SIMULATIONS

  • Tolerance material in front of EMCal - ongoing studies
  • e/pi studies ongoing
  • ECCE produced some simulation data samples that are used for these studies
  • implementations - completed
  • barrel SciGlass (Nathaly)
  • EEEMCAL Fun4All (Carlos)
  • EEEMCAL DD4HEP (Vladimir/Dmitry)
  • ATHENA simulation campaign planned for August
  • Will include hybrid EEEMCal
  • ECCE simulation campaign 21 June uses PWO only EEEMcal and sphenix barrel EMCal(?) - does not yet have EEEMcal hybrid or SciGlass barrel
  • hybrid EEEMCal and Sciglass barrel will be in next ECCE simulation campaign

DESIGN EEEMCAL

  • Initial design prepared
  • Cooling would be water cooling around circumference plus possible mechanical cooling from the back
  • must also take into account cabling from back
  • Beam pipe characteristics around the detector - diameter etc.
  • Main questions:
  • beam pipe
  • support limitations at universal frame
  • thickness of outer and inner radius
  • Action items:
  • prepare summary of questions
  • discussion with EIC PM

PWO+SIPM DETECTOR UPDATE

  • Found a way to include 16 SiPM per crystal
  • Discussion about services and integration for beam test
  • Action item:
  • prepare list of services needed for discussion with HallD electrical engineer

BEAM TESTS 2021

  • If planning to participate please contact:
  • For DESY tests: Douglas Hasell
  • For JLAB tests: Tanja Horn


NEXT MEETING: MONDAY 26 JULY 2021 AT 8:30AM ET

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