Difference between revisions of "Solid Detector Dimension"

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(→‎SoLID CLEO (based on CLEOv8 field map, updated in 01/30/2015))
(→‎SoLID CLEO (based on CLEOv8 field map, updated in 01/30/2015))
Line 31: Line 31:
 
| (-370,-330)
 
| (-370,-330)
 
| 40  
 
| 40  
−
| (0,1)
+
| R(0,1)
 
| 1
 
| 1
 
|
 
|
Line 41: Line 41:
 
| (-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)
 
|  
 
|  
 
|
 
|
Line 51: Line 51:
 
| (-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)
 
|  
 
|  
 
|
 
|
Line 60: Line 60:
 
|
 
|
 
| Z(-175,-150,-119,-68,5,92)  
 
| Z(-175,-150,-119,-68,5,92)  
−
| 1 per plane
+
| 15.525 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 68:
 
|-
 
|-
 
| largeangle SPD
 
| largeangle SPD
−
| -67.15
+
| -65
−
| Z(-68.15,-66.15)
+
| Z(-66,-64)
 
| 2
 
| 2
 
| R (80, 135)
 
| R (80, 135)
Line 75: Line 75:
 
| 3.7
 
| 3.7
 
|
 
|
−
| scintillator paddels
+
|  
 
|-
 
|-
 
| largeangle Calorimeter
 
| largeangle Calorimeter
−
| -40
+
| -35
−
| Z(-65,-15)
+
| Z(-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  
Line 119: Line 99:
 
| heavygas Cherenkov  
 
| heavygas Cherenkov  
 
| 351
 
| 351
−
| Z(306,396)
+
| Z(306,406)
−
| 90
+
| 100
−
| Rin(86,98),Rout(265,265)
+
| Rin(80,94),Rout(265,265)
−
| (179,167)
+
| (185,161)
 
|
 
|
 
|
 
|
Line 129: Line 109:
 
| forward SPD
 
| forward SPD
 
| 407
 
| 407
−
| Z(406.5,407.5)
+
| Z(406.75,407.25)
−
| 1
+
| 0.5
 
| R (96, 210)
 
| R (96, 210)
 
| 114
 
| 114
−
| 11.0
+
| 11
 
|
 
|
−
| scintillator paddels
+
|  
 
|-
 
|-
 
| MRPC
 
| MRPC
Line 141: Line 121:
 
|  
 
|  
 
| 2.83
 
| 2.83
−
| (96,210)
+
| R(96,210)
−
| 101
+
| 114
−
|
+
| 11
 
|
 
|
 
|
 
|
Line 149: Line 129:
 
| forwardangle Calorimeter
 
| forwardangle Calorimeter
 
| 440
 
| 440
−
| (415,465)
+
| (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 139:
 
| Space at back
 
| Space at back
 
|  
 
|  
−
| (455,485)
+
| (463,485)
−
| 30
+
| 22
 
|
 
|
 
|
 
|
Line 172: Line 152:
 
| 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 162:
 
| 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
 
|
 
|
 
|
 
|

Revision as of 19:00, 28 October 2016

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.

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.

The magnet and yoke will fit both PVDIS and SIDIS/JPsi configuration.

The detector has various small change to fit into new design, please refer to the change at slide 7 and 8 of CLEOv8 update pptx pdf

SIDIS/JPsi
Solid CLEO SIDIS 3he 20120821.png
Z center (cm) Z range (cm) Z length (cm) R range (cm) R length (cm) area (m2) weight(metric t) comment
target (SIDIS) -350 (-370,-330) 40 R(0,1) 1 Polarized He3
target collimator upstream (SIDIS) -355 (-360,-350) 10 Rin(1.3,2.7),Rout(2.6,5.4) made of W
target collimator downstream (SIDIS) -315 (-320,-310) 10 Rin(1.3,2.7),Rout(2.6,5.4) made of W
GEM 6-planes Z(-175,-150,-119,-68,5,92) 15.525 each Rin(36,21,25,32,42,55), Rout(87,98,112,135,100,123) (41,77,87,103,58,68)
largeangle SPD -65 Z(-66,-64) 2 R (80, 135) 55 3.7
largeangle Calorimeter -35 Z(-62,-12) 50 Rin(83),Rout(137) (50) 3.7 9 (25%lead + 75%scintillator)
lightgas Cherenkov Z(97,194,209,301) 204 Rin(58,65,67,85), Rout(127,144,155,265) (69,79,88,180)
heavygas Cherenkov 351 Z(306,406) 100 Rin(80,94),Rout(265,265) (185,161)
forward SPD 407 Z(406.75,407.25) 0.5 R (96, 210) 114 11
MRPC 410 2.83 R(96,210) 114 11
forwardangle Calorimeter 440 (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
Solid CLEO PVDIS 20120821.png
Z center (cm) Z range (cm) Z length (cm) R range (cm) R length (cm) area (m2) weight (t) comment
target 10 (-10, 30) 40 (0, 3) 3 LD2
Baffle 11-layers Z(40,54,68,82,96,110,124,138,152,166,180) 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 New Baffle design
GEM 5-planes Z (157.5,185.5,190,306,315) 1 per plate Rin(48,59,65,105,109),Rout(122,143,143,230,237) (74,84,78,125,128)
lightgas Cherenkov Z(194,209,301) 107 Rin(65,67,85),Rout(144,155,265) (79,88,180)
forwardangle Calorimeter 350 (325,375) 50 (110,265) 155 18.3 34 (25%lead + 75%scintillator) may share supporting with SIDIS FAEC
Space at back (370,485) 115 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
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