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S2 - Quartz Fibres, glass, Philips PMT 0.11 0.1 0.09
s /E » 46 %/ E
s /E
0.08 0.07 0.06 0.05 0.04 0.03 0.06
0.08
0.1
0.12
0.14 0.16 1/ E
0.18
0.2
0.22
0.24
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Run 85, 20 GeV
Run 86, 40 GeV
900 700
800 700
htemp
Entries Mean RMS 2 c / ndf Constant Mean Sigma
600 500 400
600
17908 59.41 8.484 57.35 / 70 851.2 – 7.9 59.9 – 0.1 8.367 – 0.046
Entries Mean RMS 2 c / ndf Constant Mean Sigma
500 400
htemp
17707 78.95 10.2 73.83 / 52 740.1 – 7.0 79.48 – 0.07 9.437 – 0.055
300
300
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200
100
100 0
40
60
80
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120
0
40
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Run 61, 100 GeV
Run 48, 80 GeV 300
800 700
250 Entries Mean RMS 2 c / ndf Constant Mean Sigma
200
¡%8-M /%e:%-%¯M : : ®-M%%8% ¬%-[4$¬ [a:KJ «JªtLiLi:E)©%:8-e %/+)
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Energy Scan, J2-C, QF, APD1
150
htemp
5319 149.8 15.12 56.14 / 44 311.9 – 5.6 149.9 – 0.2 13.3 – 0.2
htemp Entries Mean RMS 2 c / ndf Constant Mean Sigma
600 500 400
26145 156.8 13.9 74.21 / 67 784.7 – 6.2 157 – 0.1 13.17 – 0.07
300
100
200 50 0
100 80
100
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140
160
180
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280
0
100
120
140
Run 53, 150 GeV
160
180
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Run 54, 200 GeV
1000
140
htemp
800
Entries Mean RMS
600
htemp
120
16810 239 24.17
Entries Mean RMS 2 c / ndf Constant Mean Sigma
100 80
3459 312.2 22.44 101.9 / 88 131.5 – 2.9 313 – 0.4 20.37 – 0.27
60
400
40 200
0
20 150
200
250
300
350
400
0
250
300
350
400
450
adc13
J2 - Quartz Fibres, glass, APD1) 350 300
c 2 = 6.5/4 a = 29.8 – 3.3
250 Response
b = 1.38 – 0.06
200 150 100 50 20
40
60
80
100 120 140 Energy (GeV)
160
180
200
°)±+²-³/´Mµ·¶j¸S¹º6±8»/µ ¼:´±<½>¾i±+» ½¿/µÀµ%Á%½Â-´JÃYÄG¹ Å2³/¼:´M½Æb°O±8Ç/´Mµ À È/É^¼:Ê˼:Ê˼L½ÀM³ ÌJÍÎÏÈKÁ µ%»½´¼:Ð6Ñ[Â-±+»½EÒ^Ó J2 - Quartz Fibres, glass, APD1 0.3
s /E
0.25
s /E » 96%/ E
0.2
0.15 0.1 0.05
0.06
0.08
0.1
0.12
0.14 0.16 1/ E
0.18
0.2
0.22
0.24
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Run 108, 20 GeV
Run 107, 40 GeV 900
400 350 Entries Mean RMS c 2 / ndf Constant Mean Sigma
300 250 200
800
htemp
7238 119.8 8.211 81.05 / 71 365.7 – 5.2 120.3 – 0.1 7.81 – 0.06
700
Entries Mean RMS c 2 / ndf Constant Mean Sigma
600 500 400
150
htemp
11919 205.1 12.51 133.7 / 71 844 – 9.7 205.7 – 0.1 11.14 – 0.08
300
100
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50 0
100 60
80
100
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160
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0
120
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180
Run 109, 80 GeV
200
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Run 110, 100 GeV 350
500 Entries Mean RMS c 2 / ndf Constant Mean Sigma
400 300
htemp
300
11798 383.5 18.02 109.9 / 90 550.8 – 6.3 384.1 – 0.2 16.93 – 0.11
Entries Mean RMS c 2 / ndf Constant Mean Sigma
250 200
htemp
8392 469.7 21.59 51.68 / 41 343.6 – 4.9 470.4 – 0.2 19.07 – 0.20
150
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100
100
50
0
250
300
350
400
450
500
0
350
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550
Run 111, 150 GeV 400 350 Entries Mean RMS c 2 / ndf Constant Mean Sigma
300 250 200
htemp
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Energy Scan, S1-C Quartz Fibres, APD2
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550
600
650
700
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800
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400 350
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Entries Mean RMS 2 c / ndf Constant Mean Sigma
300 250
htemp
8793 567.8 16.89 47.14 / 51 433.3 – 5.8 568.5 – 0.2 16.07 – 0.13
200 150
» 0.029 at 80 GeV
100 50 0
400
450
500
600
Run 122
Run 114
350
550
400 300
350
250
Entries Mean RMS 2 c / ndf Constant Mean Sigma
200 150
htemp
Entries Mean RMS 2 c / ndf Constant Mean Sigma
300
6594 562.1 17.22 62.93 / 72 324.2 – 5.0 562.9 – 0.2 16.08 – 0.14
250 200
htemp
7810 560.8 16.82 68.36 / 46 382 – 5.4 561.5 – 0.2 16.15 – 0.14
150
100
100
50
50
0
400
450
500
550
0 400
600
450
500
Run 115
550
600
Run 116
400 400
350
350 300 Entries Mean RMS 2 c / ndf Constant Mean Sigma
250 200
htemp
300
7615 558.7 16.72 62.98 / 66 370.6 – 5.3 558.8 – 0.2 16.27 – 0.14
250 200
150
htemp
7691 553.2 16.54 50.14 / 66 378.4 – 5.4 553.9 – 0.2 16.12 – 0.13
150
100
100
50 0 420
Entries Mean RMS 2 c / ndf Constant Mean Sigma
50 440
460
480
500
520
540
560
580
600
620
640
adc15
0
420
440
460
480
500
520
540
560
580
600
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800
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800
htemp
700
Entries Mean RMS c 2 / ndf Constant Mean Sigma
600
9191 86.03 27.23
500 400
600
htemp
12043 486.2 88.85 10.55 / 10 909.2 – 13.8 540.5 – 0.4 18.49 – 0.28
300
400
200
200 0
100
100
200
300
400
500
0
600
100
200
300
400
500
600
Run 118
Run 118 400 400
350
htemp
350
Entries Mean RMS c 2 / ndf Constant Mean Sigma
300 250 200 150
11462 299 120.6 29.62 / 15 410.2 – 7.7 417.4 – 0.7 33.6 – 0.6
250 200
htemp
11459 256.1 77.33 190.2 / 41 388.6 – 4.7 244.9 – 0.8 52.79 – 0.53
150 100
100
50
50 0
Entries Mean RMS c 2 / ndf Constant Mean Sigma
300
0
100
200
300
400
500
0
600
100
200
300
Run 119
400
500
600
Run 119
1400
800
1200
Entries Mean RMS c 2 / ndf Constant Mean Sigma
1000 800 600
htemp
htemp
700
11735 467.6 55.98 22.6 / 17 1427 – 16.7 474.9 – 0.2 22.23 – 0.16
Entries Mean RMS 2 c / ndf Constant Mean Sigma
600 500 400
11735 116.2 32.08 43.35 / 17 843.6 – 10.6 110.9 – 0.4 24.44 – 0.30
300 400
200
200 00
100 100
200
300
400
500
600
acd13
0
100
200
300
400
500
adc15
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S2-QF
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Run 120
1600 250
1400 1200
Entries Mean RMS c 2 / ndf Constant Mean Sigma
1000 800
htemp
htemp
200
11874 480.1 54.71 22.56 / 14 1532 – 18.0 486.3 – 0.2 21.19 – 0.17
Entries Mean RMS c 2 / ndf Constant Mean Sigma
150
600
11921 71.98 19.1 71.64 / 67 248.1 – 3.1 70.65 – 0.23 19.4 – 0.2
100
400 50
200 0 0
100
200
300
400
500
600
0
40
60
80
Run 121
100
120
140
160
180
200
220
Run 121 600
1400 1200
500
htemp Entries Mean RMS c 2 / ndf Constant Mean Sigma
1000 800
11598 475.2 57.07 21.3 / 17 1410 – 16.4 482 – 0.2 22.34 – 0.16
Entries Mean RMS c 2 / ndf Constant Mean Sigma
400 300
htemp
11598 58.54 15.77 36.71 / 47 291.7 – 3.6 54.32 – 0.41 17.83 – 0.35
600
200
400
100
200 0 0
100
200
300
400
500
600
adc13
0
40
60
80
100
120
140
160
180
200
adc15
20
S1-QP
20
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0.04
0.05
0.06
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0.2
0.4
0.6
0.8
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0
S1(QP) - S2(QF) cross talk
S1/(S1+S2)
0.07
0.08
0.09
0
100
200
300
400
-40
-30
S2-QF
-20
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0
0
10
10
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Response [ADC ch.]
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Area Scan, J1-Quartz Fibres, foil
250 200
Hamamatsu PMT, 80 GeV
htemp
Entries Mean RMS c 2 / ndf Constant Mean Sigma
7730 533.9 20.55 65.75 / 47 314.4 – 4.6 534.5 – 0.2 19.26 – 0.19
150 100 50 0
400
450
500
Run 39, point B
1200
550
600
Run 38, point C 1400
1000 Entries Mean RMS c 2 / ndf Constant Mean Sigma
800 600
1200
htemp
27737 538.6 20.61 51.04 / 43 1107 – 8.6 539.6 – 0.1 19.83 – 0.11
Entries Mean RMS 2 c / ndf Constant Mean Sigma
1000 800
htemp
36667 544.8 20.12 71.96 / 53 1487 – 9.8 545.5 – 0.1 19.59 – 0.08
600
400
400 200 0
200 400
450
500
550
600
0
400
450
500
600
Run 42, point E
Run 41, point D 1800
400
1600
htemp Entries Mean RMS c 2 / ndf Constant Mean Sigma
1400 1200 1000 800
350
31089 553.9 20.66 35.13 / 37 1835 – 13.1 554.1 – 0.1 20.22 – 0.09
Entries Mean RMS c 2 / ndf Constant Mean Sigma
300 250 200
htemp
9610 596 31.05 46.43 / 30 393.8 – 5.6 593.1 – 0.4 27.55 – 0.40
150
600 400
100
200
50
0
550
400
450
500
550
600
0
400
450
500
550
600
650
700
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Run 10, point B
700
700
600 Entries Mean RMS c 2 / ndf Constant Mean Sigma
500 400
600
htemp
16909 637.7 19.3 63.7 / 53 714 – 6.9 638.5 – 0.1 18.8 – 0.1
500 400
300
300
200
200
100
100
0
500
Entries Mean RMS c 2 / ndf Constant Mean Sigma
550
600
650
700
0 500
htemp
15884 646.8 18.8 57.53 / 52 688.1 – 6.8 647.4 – 0.1 18.32 – 0.11
550
600
Run 11, point C
700
Run 12, point D
700
700
600
600
500
Entries Mean RMS c 2 / ndf Constant Mean Sigma
400 300
htemp
15277 658 18.57 44.26 / 53 665.7 – 6.7 658.7 – 0.1 18.24 – 0.11
400 300 200
100
100 500
550
Entries Mean RMS c 2 / ndf Constant Mean Sigma
500
200
0
650
600
650
700
0
500
550
htemp
16365 676.5 19.24 75.81 / 58 701.7 – 6.7 677.2 – 0.1 18.49 – 0.10
600
650
700
750
adc13
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Area Scan, S1-Quartz Plate, glass
140 120 100
Hamamatsu PMT, 80 GeV
htemp
Entries Mean RMS 2 c / ndf Constant Mean Sigma
3694 1052 18.25 28.76 / 43 181.8 – 3.8 1053 – 0.3 15.9 – 0.2
80 60 40 20 0
Run 26, point B
900
1000
300
Entries Mean RMS 2 c / ndf Constant Mean Sigma
250 200
htemp
140 7428 1038 16.33 58.94 / 52 381.5 – 5.6 1039 – 0.2 15.37 – 0.14
100 80 60
100
40
50
20 920
940
960
980
1000
1020
1040
1060
1080
0
1100
htemp
Entries Mean RMS 2 c / ndf Constant Mean Sigma
120
150
3599 969.1 18.45 62.48 / 51 164.3 – 3.4 969.7 – 0.3 17.08 – 0.21
850
900
200
180
180
140 Entries Mean RMS 2 c / ndf Constant Mean Sigma
htemp
140 3818 859.4 18.7 42.86 / 52 174.2 – 3.6 859.1 – 0.3 17.13 – 0.22
100 80 60
40
40
20
20 750
800
Entries Mean RMS 2 c / ndf Constant Mean Sigma
120
60
0
1000
1050
160
160
80
950
Run 30, point E
Run 29, point D 200
100
1100
160
350
120
1050
Run 25, point C
180
400
0
950
850
900
950
0
700
750
htemp
3836 856.1 19.1 63.5 / 53 167.5 – 3.4 857 – 0.3 17.89 – 0.22
800
850
900
adc14
wv=$BA2? T](04Hu 4 (t4 s A ? p L ( 4 = $ A j J : N O 4 M o n e 1 = ? i F m I + F K I + F l k M ( = = + F 0 H $ / j M + 4 ? i F h H g e f d ? 5 2 + F 3 1 b a 2 + A ? ( T ( 4 = 4 3 V ? X C D A r +q^ ` cZ $`_^D]\[Z =Y?0B+-AXJ(234L+2AQ @ >BW-M0=(H343B+B3FVU T S R;Q P 0BK - L54==5432:JOND4+M343L1>?>-3HK J DI3F+HGF+B0/-E=DC.A3=+B0A-:?310@5-25?>=-<;:9+8765432$10/.-,
$x6
Run 33, point 4 160 140
Area Scan at the sector border, S1-QP
Entries Mean RMS c 2 / ndf Constant Mean Sigma
120 100 80
glass, Hamamatsu, 80 GeV
htemp
3882 1023 29.1 49.67 / 40 152.1 – 3.4 1031 – 0.4 18.21 – 0.32
60 40 20 0
850
900
950
Run 34, point 5
1000
1050
1100
Run 35, point 6 200
140
180
120 Entries Mean RMS c 2 / ndf Constant Mean Sigma
100 80 60
160
htemp
3905 981.3 26.16 60.22 / 46 145.3 – 3.0 985.2 – 0.4 20.28 – 0.29
Entries Mean RMS 2 c / ndf Constant Mean Sigma
140 120 100 80
htemp
3484 944.3 31.27 36.38 / 20 198.8 – 4.7 952.7 – 0.6 18.2 – 0.4
60
40
40
20
20
0 800
850
900
950
1000
1050
0
700
750
800
900
950
1000
Run 37, point 8
Run 36, point 7 180
140 Entries Mean RMS c 2 / ndf Constant Mean Sigma
120 100 80
160
htemp
3853 849.3 109.4 43.92 / 21 145.2 – 3.9 929 – 0.9 23.12 – 0.59
140
Entries Mean RMS c 2 / ndf Constant Mean Sigma
120 100 80
60
htemp
3384 875.3 83.18 17.3 / 19 184.2 – 4.9 918.5 – 0.6 20.66 – 0.49
60
40
40
20
20
0
850
600
650
700
750
800
850
900
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1000
0
600
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700
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adc14
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40
J1-QF, foil
J2-QF, glass
80 R (mm)
100
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S1-QP, glass
Signals vs. distance from the calorimeter center, 80 GeV
1400
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