Difference between revisions of "Solid Calorimeter"

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= info =
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This page has been moved to [https://solid.jlab.org/wiki/index.php/Calorimeter https://solid.jlab.org/wiki/index.php/Calorimeter] in the new [https://solid.jlab.org/wiki SoLID Wiki].  Please do not edit this page.
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= collaboration info =
 
== meeting ==
 
== meeting ==
  
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== file dir ==
 
== file dir ==
  
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link in dropbox
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* dropbox folder
  
 
https://www.dropbox.com/sh/365le2o93vpn14e/4DLnKV_lN-
 
https://www.dropbox.com/sh/365le2o93vpn14e/4DLnKV_lN-
 +
 +
ask Zhiwen Zhao to share the dropbox folder with you
 +
 +
* jlab folder (outdated)
  
 
upload files to /u/group/halla/www/hallaweb/html/12GeV/SoLID/download/ec
 
upload files to /u/group/halla/www/hallaweb/html/12GeV/SoLID/download/ec
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they show up at http://hallaweb.jlab.org/12GeV/SoLID/download/ec/
 
they show up at http://hallaweb.jlab.org/12GeV/SoLID/download/ec/
  
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= Dimension and Layout =
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= [[solid calorimeter Simulation and Digitization | Simulation and Digitization ]] =
  
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* limitation
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= Short Summary=
−
  Fluxreturn space radius 90 - 270cm
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== Dimension ==
−
  crystat radius 0 - 144cm
+
  
−
* dimension
+
* dimension of limitation
−
  PVDIS FAEC radius 96 - 262cm
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** Fluxreturn space radius 90 - 270cm
−
  SIDIS FAEC radius 96 - 262cm
+
** crystat radius 0 - 144cm
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  SIDIS LAEC radius 92 - 140cm
+
 
 +
* dimension of support structure
 +
**  FAEC (shared by PVDIS and SIDIS) radius 93 - 265cm
 +
**  LAEC (only for SIDIS) radius 80 - 90 - 140cm
 +
 
 +
* dimension of module coverage
 +
**  PVDIS FAEC radius 105 - 265cm
 +
**  SIDIS FAEC radius 93 - 235cm
 +
**  SIDIS LAEC radius 80 - 90 - 140cm
  
 
* note
 
* note
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** 0. the inner radius of fluxreturn could be reduced to 85cm later
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** 0. the inner radius of fluxreturn could be reduced to 85cm for  
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** 1. The radius for LAEC and FAEC are just the range of minimum acceptance we want to cover. The actual physical size can be larger, but it's limited by available spaces.
+
 
** 2. the FAEC supporting structure is share between SIDIS and PVDIS experiments. While SIDIS needs from 96cm - 230cm and PVDIS needs 110cm - 262cm, the overall need is 96 - 262cm.
 
** 2. the FAEC supporting structure is share between SIDIS and PVDIS experiments. While SIDIS needs from 96cm - 230cm and PVDIS needs 110cm - 262cm, the overall need is 96 - 262cm.
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** 3. SIDIS FAEC needs to move upsteam 85cm to become PVDIS FAEC, so the supporting structure needs to allow the movement. Note at the before and after locations, the endcap nose shape changes. It's a concern if the supporting structure is connected to the endcap nose. If the supporting is only connected to the endcap donut (15cm thick iron), not the endcap nose, it won't be a concern any more.
+
** 3. SIDIS FAEC needs to move upsteam 85cm to become PVDIS FAEC, so the supporting structure needs to allow the movement. Note at the before and after locations, the endcap nose shape changes. It's a concern if the supporting structure is connected to the endcap nose. If the supporting is only connected to the endcap donut (15cm thick iron), not the endcap nose, it won't be a concern then.
 
** 4. LAEC needs to support on its own without putting force on cryostat and its supporting may need to share with GEM to stay within the limited space inside the solenoid.
 
** 4. LAEC needs to support on its own without putting force on cryostat and its supporting may need to share with GEM to stay within the limited space inside the solenoid.
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** 5. The LAEC 92cm is the limit for the 100cm2 size module only. Below that, we need to put in smaller size modules to fill the triangle area as much as possible, but not cross the hypotenuse line at 14.85 degree.
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** 5. The LAEC 90-140cm is for the 100cm2 size module and LAEC 80-90cm is for smaller and shorter modules to fill the triangle area down to 14.85 degree line.
  
 +
== number of module ==
 +
* assume 100cm2 module area, calculate number of modules by module coverage, we get
 +
** PVDIS FAEC 1860
 +
** SIDIS total 1879
 +
*** SIDIS FAEC 1464, SIDIS LAEC 415 (about 360 regular module, 55 small module)
  
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**********************************
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* ANL design hexagon layout for FAEC has module about 1750 [https://www.dropbox.com/sh/szhmyaslhocu3ax/u3Q29_Y331]
  
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= [[Solid EC To Do | todo list (2012/06) (click to open a new page)]]=
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* So 1800 module in total is good guess
  
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= [[solid calorimeter fiber and connector | fiber and connector]]=
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== weight ==
  
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= [[solid calorimeter beam test | beam test (click to open another page)]]=
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assume 44 long and length ratio Pb:Sc=1:3 shower, 100*44*(0.75*1.032+0.25*11.34)=16kg
 +
 
 +
assume 2 radiation length lead 1.12cm and 2cm Sci preshower, 100*1.12*11.34+100*2*1.032=1.5kg
 +
 
 +
assume everything else, like wrapping, rod etc is about 2.5kg
 +
 
 +
total module weight about 20kg each
 +
 
 +
= others =
 +
 
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== [[solid calorimeter readout | readout]] ==
 +
 
 +
== [[solid calorimeter fiber and connector | fiber and connector]] ==
 +
 
 +
== [[solid calorimeter test stand| test stand ]]==
 +
 
 +
== [[solid calorimeter beam test | beam test 2012 ]]==
 +
 
 +
== [[Solid EC To Do | todo list (2012/06) ]]==
  
 
= talks and notes =
 
= talks and notes =
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[[Solid Largeangle Calorimeter | Largeangle Calorimeter]]
 
[[Solid Largeangle Calorimeter | Largeangle Calorimeter]]
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= Other ECAL =
 
= Other ECAL =
 
* LHCb
 
* LHCb
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** [http://www.sciencedirect.com/science/article/pii/S016890020901907X NIM overview paper]
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** local files https://www.dropbox.com/sh/365le2o93vpn14e/g_v9IHvaLF/other_calorimeter/LHCb
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** [http://lhcb-calo.web.cern.ch/lhcb-calo/ Calo group]
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** some links
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** [http://lhcb-calo.web.cern.ch/lhcb-calo/html/TDR.htm TDR]
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*** [http://www.sciencedirect.com/science/article/pii/S016890020901907X NIM overview paper]
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** [http://lhcb-calo.web.cern.ch/lhcb-calo/internal/TDR/notes.html TDR supporting notes]
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*** [http://lhcb-calo.web.cern.ch/lhcb-calo/ Calo group]
 +
*** [http://lhcb-calo.web.cern.ch/lhcb-calo/html/TDR.htm TDR]
 +
*** [http://lhcb-calo.web.cern.ch/lhcb-calo/internal/TDR/notes.html TDR supporting notes]
  
 
* KOPIO
 
* KOPIO
 
** [http://www.sciencedirect.com/science/article/pii/S0168900207021717 KOPIO NIM paper]
 
** [http://www.sciencedirect.com/science/article/pii/S0168900207021717 KOPIO NIM paper]

Latest revision as of 15:39, 7 December 2020

This page has been moved to https://solid.jlab.org/wiki/index.php/Calorimeter in the new SoLID Wiki. Please do not edit this page.

collaboration info

meeting

 Agendas and Minutes of weekly meeting
meeting info in the Minutes page also

Email list

"solid_ec at jlab.org" registration and archive

the administrator is Zhiwen Zhao (zwzhao at jlab.org)

file dir

  • dropbox folder

https://www.dropbox.com/sh/365le2o93vpn14e/4DLnKV_lN-

ask Zhiwen Zhao to share the dropbox folder with you

  • jlab folder (outdated)

upload files to /u/group/halla/www/hallaweb/html/12GeV/SoLID/download/ec

they show up at http://hallaweb.jlab.org/12GeV/SoLID/download/ec/

Simulation and Digitization

Short Summary

Dimension

  • dimension of limitation
    • Fluxreturn space radius 90 - 270cm
    • crystat radius 0 - 144cm
  • dimension of support structure
    • FAEC (shared by PVDIS and SIDIS) radius 93 - 265cm
    • LAEC (only for SIDIS) radius 80 - 90 - 140cm
  • dimension of module coverage
    • PVDIS FAEC radius 105 - 265cm
    • SIDIS FAEC radius 93 - 235cm
    • SIDIS LAEC radius 80 - 90 - 140cm
  • note
    • 0. the inner radius of fluxreturn could be reduced to 85cm for
    • 2. the FAEC supporting structure is share between SIDIS and PVDIS experiments. While SIDIS needs from 96cm - 230cm and PVDIS needs 110cm - 262cm, the overall need is 96 - 262cm.
    • 3. SIDIS FAEC needs to move upsteam 85cm to become PVDIS FAEC, so the supporting structure needs to allow the movement. Note at the before and after locations, the endcap nose shape changes. It's a concern if the supporting structure is connected to the endcap nose. If the supporting is only connected to the endcap donut (15cm thick iron), not the endcap nose, it won't be a concern then.
    • 4. LAEC needs to support on its own without putting force on cryostat and its supporting may need to share with GEM to stay within the limited space inside the solenoid.
    • 5. The LAEC 90-140cm is for the 100cm2 size module and LAEC 80-90cm is for smaller and shorter modules to fill the triangle area down to 14.85 degree line.

number of module

  • assume 100cm2 module area, calculate number of modules by module coverage, we get
    • PVDIS FAEC 1860
    • SIDIS total 1879
      • SIDIS FAEC 1464, SIDIS LAEC 415 (about 360 regular module, 55 small module)
  • ANL design hexagon layout for FAEC has module about 1750 [1]
  • So 1800 module in total is good guess

weight

assume 44 long and length ratio Pb:Sc=1:3 shower, 100*44*(0.75*1.032+0.25*11.34)=16kg

assume 2 radiation length lead 1.12cm and 2cm Sci preshower, 100*1.12*11.34+100*2*1.032=1.5kg

assume everything else, like wrapping, rod etc is about 2.5kg

total module weight about 20kg each

others

readout

fiber and connector

test stand

beam test 2012

todo list (2012/06)

talks and notes

2012_01_06 Jlab Physics Division Brain Storm Session by Xiaochao Zheng pdf

2011_12_09 meet with W&M and talk about general and beam test plan

2011_11_09 EC longitudinal segmentation option at weekly meeting

2011_10 collaboration meeting by Mehdi Meziane

2011_09_30 Jlab Physics Division Brain Storm Session by Jin Huang

2011_09_21 Update by Mehdi Meziane

2011_06 collaboration meeting by Zhiwen Zhao for forwardangle Calor

2011_06 collaboration meeting by Jin Huang for largeangle Calor

2011_03 collaboration meeting by Zhiwen Zhao for forwardangle Calor

2011_03 collaboration meeting by Jin Huang for largeangle Calor

previous pages (some info outdated)

Forward Calorimeter

Largeangle Calorimeter

Other ECAL

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