Difference between revisions of "Solid Detector Dimension"

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This page has been moved to [https://solid.jlab.org/wiki/index.php/Detector_Dimension https://solid.jlab.org/wiki/index.php/Detector_Dimension] in the new [https://solid.jlab.org/wiki SoLID Wiki].  Please do not edit this page.
 +
 
= Introduction =
 
= Introduction =
  
Line 6: Line 8:
  
 
  coil center at z=0, positive Z axis is going downstream along beam, x and y axis is according to right hand rule.
 
  coil center at z=0, positive Z axis is going downstream along beam, x and y axis is according to right hand rule.
−
= [[Previous Layout]] =
 
−
== SoLID CLEO (based on CLEOv8 field map, updated in 01/30/2015) ==
 
  
−
CLEOv8 field map is based on more realistic design with CLEO-II.
+
= SoLID Setup =
  
−
The magnet and yoke will fit both PVDIS and SIDIS/JPsi configuration.
+
* '''updated in 2016/10/28 by Zhiwen Zhao, based on SVN rev1169'''
−
 
+
* The column of "Z range of space (cm)" gives space available for each detector. This should be a hard boundary where each detector can't cross to interfere with their neighbors at engineering level.
−
The detector has various small change to fit into new design, please refer to the change at slide 7 and 8 of CLEOv8 update
+
−
[http://hallaweb.jlab.org/12GeV/SoLID/download/field/talk/SoLID_CLEO_zwzhao_201207.pptx pptx] [http://hallaweb.jlab.org/12GeV/SoLID/download/field/talk/SoLID_CLEO_zwzhao_201207.pdf pdf]
+
  
 
{| Border = "1"
 
{| Border = "1"
−
! SIDIS/JPsi [[Image:solid_CLEO_SIDIS_3he_20120821.png|thumb|200px|center]]
+
! SIDIS/JPsi  
 +
pic:http://hallaweb.jlab.org/12GeV/SoLID/download/sim/setup/SoLID_setup_20160804_SIDIS_He3.pdf
 
| Z center (cm)
 
| Z center (cm)
−
| Z range (cm)
+
| Z range of space (cm)
−
| Z length (cm)
+
| Z range of detector (cm)
 +
| Z length of detector (cm)
 
| R range (cm)
 
| R range (cm)
 
| R length (cm)
 
| R length (cm)
Line 27: Line 27:
 
| comment
 
| comment
 
|-
 
|-
−
| target (SIDIS)
+
| target (SIDIS_He3)
 
| -350
 
| -350
 +
|
 
| (-370,-330)
 
| (-370,-330)
 
| 40  
 
| 40  
−
| (0,1)
+
| R(0,1)
 
| 1
 
| 1
 
|
 
|
Line 37: Line 38:
 
| Polarized He3
 
| Polarized He3
 
|-
 
|-
−
| target collimator upstream (SIDIS)
+
| target (SIDIS_NH3)
 +
| -350
 +
|
 +
| (-353,-347)
 +
| 3
 +
| R(0,1)
 +
| 1
 +
|
 +
|
 +
| Polarized NH3
 +
|-
 +
| target (JPsi)
 +
| -315
 +
|
 +
| (-322.5,-307.5)
 +
| 15
 +
| R(0,1)
 +
| 1
 +
|
 +
|
 +
| LH2
 +
|-
 +
| target collimator upstream (SIDIS_He3)
 
| -355
 
| -355
 +
|
 
| (-360,-350)  
 
| (-360,-350)  
 
| 10
 
| 10
−
| Rin(1.3,2.6),Rout(2.7,5.4)
+
| Rin(1.3,2.7),Rout(2.6,5.4)
 
|  
 
|  
 
|
 
|
 
|
 
|
−
| made of W
+
| made of W powder
 
|-
 
|-
−
| target collimator downstream (SIDIS)
+
| target collimator downstream (SIDIS_He3)
 
| -315
 
| -315
 +
|
 
| (-320,-310)  
 
| (-320,-310)  
 
| 10
 
| 10
−
| Rin(1.3,2.6),Rout(2.7,5.4)
+
| Rin(1.3,2.7),Rout(2.6,5.4)
 
|  
 
|  
 
|
 
|
 
|
 
|
−
| made of W
+
| made of W powder
 
|-
 
|-
−
| GEM
+
| GEM 6-planes
 
| Z(-175,-150,-119,-68,5,92)  
 
| Z(-175,-150,-119,-68,5,92)  
−
|
+
| (-170,-67,95)
−
| 1 per plane
+
|  
 +
| 1.5525 each
 
| Rin(36,21,25,32,42,55), Rout(87,98,112,135,100,123)
 
| Rin(36,21,25,32,42,55), Rout(87,98,112,135,100,123)
 
| (41,77,87,103,58,68)
 
| (41,77,87,103,58,68)
Line 68: Line 94:
 
|-
 
|-
 
| largeangle SPD
 
| largeangle SPD
−
| -67.15
+
| -65
−
| Z(-68.15,-66.15)
+
| (-67,-63)
 +
| (-66,-64)
 
| 2
 
| 2
 
| R (80, 135)
 
| R (80, 135)
 
| 55
 
| 55
 
| 3.7
 
| 3.7
−
| scintillator paddels
+
|
 
|  
 
|  
 
|-
 
|-
 
| largeangle Calorimeter
 
| largeangle Calorimeter
−
| -40
+
| -35
−
| Z(-65,-15)
+
| (-63,?)
 +
| (-62,-12)
 
| 50
 
| 50
−
| Rin(83, 89),Rout(140, 140)
+
| Rin(83),Rout(137)
−
| (57,51)
+
| (50)
−
| 4.0
+
| 3.7
 
| 9 (25%lead + 75%scintillator)
 
| 9 (25%lead + 75%scintillator)
 
|  
 
|  
−
|-
 
−
| absorber largeangle
 
−
| 70
 
−
| Z(65,75)
 
−
| 10
 
−
| Rin(110,113),Rout(140,140)
 
−
| (32.5,27.2)
 
−
| 2.36
 
−
| 9 (Tungsten)
 
−
|
 
−
|-
 
−
| absorber forwardangle
 
−
| 145
 
−
| Z(110,180)
 
−
| 70
 
−
| Rin(17,19),Rout(27,35)
 
−
| (34,39)
 
−
| 0.85
 
−
| 13 (Tungsten)
 
−
| can be smaller
 
 
|-
 
|-
 
| lightgas Cherenkov  
 
| lightgas Cherenkov  
 
|  
 
|  
−
| Z(97,194,209,301)
+
| (95,303)
 +
| (97,194,209,301)
 
| 204
 
| 204
 
| Rin(58,65,67,85), Rout(127,144,155,265)
 
| Rin(58,65,67,85), Rout(127,144,155,265)
Line 119: Line 128:
 
| heavygas Cherenkov  
 
| heavygas Cherenkov  
 
| 351
 
| 351
−
| Z(306,396)
+
| (303,406)
−
| 90
+
| (306,406)
−
| Rin(86,98),Rout(265,265)
+
| 100
−
| (179,167)
+
| Rin(80,94),Rout(265,265)
 +
| (185,161)
 
|
 
|
 
|
 
|
Line 129: Line 139:
 
| forward SPD
 
| forward SPD
 
| 407
 
| 407
−
| Z(406.5,407.5)
+
| (406,408)
−
| 1
+
| (406.75,407.25)
 +
| 0.5
 
| R (96, 210)
 
| R (96, 210)
 
| 114
 
| 114
−
| 11.0
+
| 11
−
| scintillator paddels
+
|
 
|  
 
|  
 
|-
 
|-
 
| MRPC
 
| MRPC
 
| 410
 
| 410
−
|  
+
| (408,412)
 +
| (408.6,411.4)
 
| 2.83
 
| 2.83
−
| (96,210)
+
| R(96,210)
−
| 101
+
| 114
−
|
+
| 11
 
|
 
|
 
|
 
|
Line 149: Line 161:
 
| forwardangle Calorimeter
 
| forwardangle Calorimeter
 
| 440
 
| 440
−
| (415,465)
+
| (412,?)
 +
| (413,463)
 
| 50
 
| 50
−
| (105,235)
+
| (105,240)
−
| 120
+
| 135
−
| 13.9
+
| 14.6
 
| 23 (25%lead + 75%scintillator)
 
| 23 (25%lead + 75%scintillator)
 
| may share supporting with PVDIS FAEC
 
| may share supporting with PVDIS FAEC
Line 159: Line 172:
 
| Space at back
 
| Space at back
 
|  
 
|  
−
| (455,485)
+
| (463,485)
−
| 30
+
| 22
 
|
 
|
 
|
 
|
Line 172: Line 185:
 
| 300
 
| 300
 
| Rin(1.95,1.95), Rout(2.0,2.0)
 
| Rin(1.95,1.95), Rout(2.0,2.0)
−
| 0.03
+
| 0.05
 
|
 
|
 
|
 
|
Line 182: Line 195:
 
| 875
 
| 875
 
| Rin(1.0,18.95),Rout(1.05,19.0)
 
| Rin(1.0,18.95),Rout(1.05,19.0)
−
| 0.1
+
| 0.5
 
|
 
|
 
|
 
|
Line 190: Line 203:
  
 
{| Border = "1"
 
{| Border = "1"
−
! PVDIS [[Image:solid_CLEO_PVDIS_20120821.png|thumb|200px|center]]
+
! PVDIS  
 +
pic:http://hallaweb.jlab.org/12GeV/SoLID/download/sim/setup/SoLID_setup_20160804_PVDIS.pdf
 
| Z center (cm)
 
| Z center (cm)
−
| Z range (cm)
+
| Z range of space (cm)
−
| Z length (cm)
+
| Z range of detector (cm)
 +
| Z length of detector (cm)
 
| R range (cm)
 
| R range (cm)
 
| R length (cm)
 
| R length (cm)
Line 202: Line 217:
 
| target
 
| target
 
| 10
 
| 10
 +
|
 
| (-10, 30)
 
| (-10, 30)
 
| 40
 
| 40
Line 208: Line 224:
 
|
 
|
 
|
 
|
−
|LD2
+
|LD2/LH2
 
|-
 
|-
−
| Baffle
+
| Baffle 11-layers
 
| Z(40,54,68,82,96,110,124,138,152,166,180)
 
| Z(40,54,68,82,96,110,124,138,152,166,180)
 +
| (35,185)
 
|
 
|
 
| 9 per plate
 
| 9 per plate
Line 218: Line 235:
 
|
 
|
 
| 15
 
| 15
−
| New Baffle design
+
| Baffle design
 
|-
 
|-
 
| GEM 5-planes
 
| GEM 5-planes
 
| Z (157.5,185.5,190,306,315)
 
| Z (157.5,185.5,190,306,315)
 +
| (156,192)(303,317)
 
|
 
|
−
| 1 per plate
+
| 1.5525 each
 
| Rin(48,59,65,105,109),Rout(122,143,143,230,237)
 
| Rin(48,59,65,105,109),Rout(122,143,143,230,237)
 
| (74,84,78,125,128)
 
| (74,84,78,125,128)
Line 232: Line 250:
 
| lightgas Cherenkov  
 
| lightgas Cherenkov  
 
|  
 
|  
−
| Z(194,209,301)
+
| (192,303)
 +
| (194,209,301)
 
| 107
 
| 107
 
| Rin(65,67,85),Rout(144,155,265)
 
| Rin(65,67,85),Rout(144,155,265)
Line 242: Line 261:
 
| forwardangle Calorimeter
 
| forwardangle Calorimeter
 
| 350
 
| 350
−
| (325,375)
+
| (317,?)
 +
| (323,373)
 
| 50
 
| 50
 
| (110,265)
 
| (110,265)
Line 252: Line 272:
 
| Space at back
 
| Space at back
 
|
 
|
−
| 370 - 485
+
| (373,485)
−
| 115
+
| 112
 
|
 
|
 
|
 
|
Line 280: Line 300:
 
|
 
|
 
|}
 
|}
 +
 +
= [[Previous Layout]] =

Latest revision as of 15:39, 7 December 2020

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

Introduction

The SoLID layouts with different configuration are shown here.

The standard setup plot can be download from http://hallaweb.jlab.org/12GeV/SoLID/download/sim/setup/ 

coil center at z=0, positive Z axis is going downstream along beam, x and y axis is according to right hand rule.

SoLID Setup

  • updated in 2016/10/28 by Zhiwen Zhao, based on SVN rev1169
  • The column of "Z range of space (cm)" gives space available for each detector. This should be a hard boundary where each detector can't cross to interfere with their neighbors at engineering level.
SIDIS/JPsi

pic:http://hallaweb.jlab.org/12GeV/SoLID/download/sim/setup/SoLID_setup_20160804_SIDIS_He3.pdf

Z center (cm) Z range of space (cm) Z range of detector (cm) Z length of detector (cm) R range (cm) R length (cm) area (m2) weight(metric t) comment
target (SIDIS_He3) -350 (-370,-330) 40 R(0,1) 1 Polarized He3
target (SIDIS_NH3) -350 (-353,-347) 3 R(0,1) 1 Polarized NH3
target (JPsi) -315 (-322.5,-307.5) 15 R(0,1) 1 LH2
target collimator upstream (SIDIS_He3) -355 (-360,-350) 10 Rin(1.3,2.7),Rout(2.6,5.4) made of W powder
target collimator downstream (SIDIS_He3) -315 (-320,-310) 10 Rin(1.3,2.7),Rout(2.6,5.4) made of W powder
GEM 6-planes Z(-175,-150,-119,-68,5,92) (-170,-67,95) 1.5525 each Rin(36,21,25,32,42,55), Rout(87,98,112,135,100,123) (41,77,87,103,58,68)
largeangle SPD -65 (-67,-63) (-66,-64) 2 R (80, 135) 55 3.7
largeangle Calorimeter -35 (-63,?) (-62,-12) 50 Rin(83),Rout(137) (50) 3.7 9 (25%lead + 75%scintillator)
lightgas Cherenkov (95,303) (97,194,209,301) 204 Rin(58,65,67,85), Rout(127,144,155,265) (69,79,88,180)
heavygas Cherenkov 351 (303,406) (306,406) 100 Rin(80,94),Rout(265,265) (185,161)
forward SPD 407 (406,408) (406.75,407.25) 0.5 R (96, 210) 114 11
MRPC 410 (408,412) (408.6,411.4) 2.83 R(96,210) 114 11
forwardangle Calorimeter 440 (412,?) (413,463) 50 (105,240) 135 14.6 23 (25%lead + 75%scintillator) may share supporting with PVDIS FAEC
Space at back (463,485) 22 partially for EC readout
Beamline upstream Z(-675,-375) 300 Rin(1.95,1.95), Rout(2.0,2.0) 0.05
Beamline downstream Z(-325,550) 875 Rin(1.0,18.95),Rout(1.05,19.0) 0.5


PVDIS

pic:http://hallaweb.jlab.org/12GeV/SoLID/download/sim/setup/SoLID_setup_20160804_PVDIS.pdf

Z center (cm) Z range of space (cm) Z range of detector (cm) Z length of detector (cm) R range (cm) R length (cm) area (m2) weight (t) comment
target 10 (-10, 30) 40 (0, 3) 3 LD2/LH2
Baffle 11-layers Z(40,54,68,82,96,110,124,138,152,166,180) (35,185) 9 per plate Rin(3.90,9.62,15.30,20.92,26.60,32.22,37.90,43.52,49.20,54.82,60.40), Rout(34.70,44.54,54.30,64.01,73.80,83.48,93.30,102.95,112.80,122.43,132.00) 15 Baffle design
GEM 5-planes Z (157.5,185.5,190,306,315) (156,192)(303,317) 1.5525 each Rin(48,59,65,105,109),Rout(122,143,143,230,237) (74,84,78,125,128)
lightgas Cherenkov (192,303) (194,209,301) 107 Rin(65,67,85),Rout(144,155,265) (79,88,180)
forwardangle Calorimeter 350 (317,?) (323,373) 50 (110,265) 155 18.3 34 (25%lead + 75%scintillator) may share supporting with SIDIS FAEC
Space at back (373,485) 112 partially for EC readout
Beamline upstream Z(-675,-15) 650 Rin(1.22,1.22), Rout(1.25,1.25) 0.03
Beamline downstream Z(35,500) 465 Rin(1.4,28.9),Rout(1.5,29.0) 0.1

Previous Layout

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