System size dependence of transverse momentum
correlations at sqrt(SNN)=62.4 and 200 GeV
Fig 1
Cu+Cu 200 GeV:
------------
(GeV/c) counts per 0.01 GeV/c
---------------------------------
0.455 5 +/- 2.23607
0.465 6 +/- 2.44949
0.475 66 +/- 8.12404
0.485 318 +/- 17.8326
0.495 1309 +/- 36.1801
0.505 4959 +/- 70.4202
0.515 15177 +/- 123.195
0.525 38666 +/- 196.637
0.535 82977 +/- 288.057
0.545 151742 +/- 389.541
0.555 237101 +/- 486.93
0.565 314761 +/- 561.036
0.575 361249 +/- 601.04
0.585 358071 +/- 598.39
0.595 305549 +/- 552.765
0.605 228677 +/- 478.202
0.615 150322 +/- 387.714
0.625 88094 +/- 296.806
0.635 45927 +/- 214.306
0.645 21576 +/- 146.888
0.655 9111 +/- 95.4516
0.665 3586 +/- 59.8832
0.675 1283 +/- 35.819
0.685 464 +/- 21.5407
0.695 140 +/- 11.8322
0.705 52 +/- 7.2111
0.715 10 +/- 3.16228
0.725 7 +/- 2.64575
0.735 1 +/- 1
Cu+Cu 200 GeV Mixed:
------------------
(GeV/c) counts per 0.01 GeV/c
---------------------------------
0.465 2 +/- 1.48324
0.475 17 +/- 4.19524
0.485 70 +/- 8.39047
0.495 334 +/- 18.2866
0.505 1641 +/- 40.5117
0.515 6366 +/- 79.7922
0.525 21307 +/- 145.969
0.535 57866 +/- 240.555
0.545 129001 +/- 359.168
0.555 229922 +/- 479.502
0.565 339466 +/- 582.638
0.575 409283 +/- 639.753
0.585 405981 +/- 637.167
0.595 338269 +/- 581.61
0.605 231638 +/- 481.288
0.615 136859 +/- 369.946
0.625 67075 +/- 258.99
0.635 29143 +/- 170.714
0.645 10912 +/- 104.461
0.655 3414 +/- 58.4329
0.665 1023 +/- 31.9844
0.675 275 +/- 16.5831
0.685 72 +/- 8.52056
0.695 24 +/- 4.91935
0.705 6 +/- 2.56905
0.715 4 +/- 2.09762
Cu+Cu 62.4 GeV:
-------------
(GeV/c) counts per 0.01 GeV/c
---------------------------------
0.425 1 +/- 1
0.435 7 +/- 2.64575
0.445 30 +/- 5.47723
0.455 116 +/- 10.7703
0.465 503 +/- 22.4277
0.475 1658 +/- 40.7185
0.485 4926 +/- 70.1855
0.495 12331 +/- 111.045
0.505 26805 +/- 163.722
0.515 50038 +/- 223.692
0.525 80950 +/- 284.517
0.535 115619 +/- 340.028
0.545 144277 +/- 379.838
0.555 159821 +/- 399.776
0.565 156020 +/- 394.994
0.575 135950 +/- 368.714
0.585 106736 +/- 326.705
0.595 75511 +/- 274.793
0.605 48495 +/- 220.216
0.615 29042 +/- 170.417
0.625 15861 +/- 125.94
0.635 8006 +/- 89.4763
0.645 3748 +/- 61.2209
0.655 1814 +/- 42.5911
0.665 751 +/- 27.4044
0.675 333 +/- 18.2483
0.685 146 +/- 12.083
0.695 46 +/- 6.78233
0.705 21 +/- 4.58258
0.715 12 +/- 3.4641
0.725 1 +/- 1
0.735 2 +/- 1.41421
Cu+Cu 62.4 GeV Mixed:
-------------------
(GeV/c) counts per 0.01 GeV/c
---------------------------------
0.445 3 +/- 1.88149
0.455 34 +/- 5.84979
0.465 156 +/- 12.5276
0.475 661 +/- 25.729
0.485 2331 +/- 48.2875
0.495 7261 +/- 85.2157
0.505 18704 +/- 136.763
0.515 40360 +/- 200.9
0.525 74454 +/- 272.863
0.535 115907 +/- 340.452
0.545 155348 +/- 394.142
0.555 177531 +/- 421.344
0.565 174689 +/- 417.959
0.575 148769 +/- 385.707
0.585 110341 +/- 332.177
0.595 71473 +/- 267.346
0.605 41414 +/- 203.505
0.615 21308 +/- 145.974
0.625 9903 +/- 99.5175
0.635 4035 +/- 63.5264
0.645 1536 +/- 39.1964
0.655 554 +/- 23.5499
0.665 204 +/- 14.2878
0.675 59 +/- 7.68115
0.685 22 +/- 4.73498
0.705 1 +/- 1.08628
Fig 2
Cu+Cu 200 GeV:
-------------
Npart err sigma_dyn err
-------------------------
99 1.5 2.23418 0.156392
74.55 1.3 2.56175 0.179322
53.67 1 2.98357 0.20885
37.75 0.7 3.42154 0.239507
26.24 0.54 3.98574 0.279002
17.23 0.4 4.67112 0.326978
Cu+Cu 62.4 GeV:
-------------
96.4 2.6 2.43404 0.219064
72.15 1.85 2.74954 0.247459
51.77 1.2 3.11948 0.280753
36.18 0.77 3.5294 0.317646
24.89 0.6 4.04502 0.364052
16.33 0.35 4.65857 0.419272
Au+Au 200 GeV:
-------------
351.9 4.11 1.08641 0.130369
298.87 7.31 1.21232 0.145479
234.54 9.07 1.42926 0.171511
166.63 10.07 1.73884 0.20866
115.49 9.64 2.12059 0.254471
76.66 9.07 2.5187 0.302244
47.25 8.11 3.06178 0.367413
26.93 6.5 3.7106 0.445272
14.05 3.97 4.91714 0.590057
Au+Au 62.4 GeV:
-------------
351.9 4.11 1.8094 0.27141
298.87 7.31 1.82289 0.273434
234.54 9.07 1.91422 0.287133
166.63 10.07 2.08715 0.313072
115.49 9.64 2.34048 0.351071
76.66 9.07 2.71669 0.407503
47.25 8.11 3.18907 0.478361
26.93 6.5 3.90999 0.586499
14.05 3.97 5.05499 0.758248
Fig 3
=======================================
a). Correlation vs. Npart
----------------
Npart err corr err
----------------------------
Cu+Cu 200 GeV:
--------------
99 1.5 169.501 45.7653
74.55 1.3 224.45 29.1785
53.67 1 292.939 49.7996
37.75 0.7 384.581 46.1497
26.24 0.54 502.295 65.2984
17.23 0.4 698.164 83.7797
Cu+Cu 62.4 GeV:
--------------
96.4 2.6 197.286 61.1587
72.15 1.85 253.401 68.4183
51.77 1.2 312.253 56.2055
36.18 0.77 389.002 73.9104
24.89 0.6 482.472 91.6697
16.33 0.35 662.329 132.466
=======================================
b). 0.5*Npart*correlation vs. Npart:
-------------------------
Npart err 0.5*Npart*corr err
--------------------------------
Cu+Cu 200 GeV:
-------------
99 1.5 8390.3 2268.95
74.55 1.3 8366.37 1097.37
53.67 1 7861.02 1344.37
37.75 0.7 7258.97 881.414
26.24 0.54 6590.11 867.383
17.23 0.4 6014.68 735.145
Cu+Cu 62.4 GeV:
-------------
96.4 2.6 9509.19 2958.99
72.15 1.85 9141.44 2479.3
51.77 1.2 8082.67 1466.89
36.18 0.77 7037.05 1345.4
24.89 0.6 6004.36 1149.97
16.33 0.35 5407.92 1087.78
Au+Au 200 GeV:
-------------
352 5.5 6908 495.46
297.8 9.6 7251.43 558.839
232.5 10.9 7598.1 640.132
165.2 12.9 7837.09 821.871
114.4 12.6 7813.52 1019.68
76.1 10.7 7195.25 1130.13
47.3 9.2 6300.36 1302.38
26.9 7.2 5375.97 1487.31
13.4 3.9 4515.8 1351.78
Au+Au 62.4 GeV:
-------------
352 5.5 6033.28 432.723
297.8 9.6 6346.12 489.071
232.5 10.9 6723.9 566.482
165.2 12.9 6851.67 718.531
114.4 12.6 6743.88 880.09
76.1 10.7 6449.48 1012.99
47.3 9.2 5820.27 1203.14
26.9 7.2 5043.75 1395.4
13.4 3.9 4413.29 1321.09
=======================================
c). sqrt(correlation)/ vs. Npart
-------------------------
Cu+Cu 200 GeV:
-------------
99 1.5 2.24277 0.610053
74.55 1.3 2.60551 0.349458
53.67 1 3.00799 0.520903
37.75 0.7 3.48883 0.434202
26.24 0.54 4.0411 0.542005
17.23 0.4 4.8358 0.601838
Cu+Cu 62.4 GeV:
-------------
96.4 2.6 2.50685 0.782345
72.15 1.85 2.8646 0.780287
51.77 1.2 3.21227 0.589659
36.18 0.77 3.62758 0.701503
24.89 0.6 4.09265 0.791438
16.33 0.35 4.86039 0.987701
d). sqrt(0.5*Npart*corr)/ vs. Npart:
-----------------------------
Npart err sqrt(0.5*Npart*corr)/ err
-------------------------------------
Cu+Cu 200 GeV:
-------------
99 1.5 15.7793 4.29876
74.55 1.3 15.9075 2.15151
53.67 1 15.5821 2.71398
37.75 0.7 15.1574 1.90723
26.24 0.54 14.6375 1.9862
17.23 0.4 14.1937 1.79694
Cu+Cu 62.4 GeV:
-------------
96.4 2.6 17.4041 5.45177
72.15 1.85 17.2055 4.70731
51.77 1.2 16.3432 3.02385
36.18 0.77 15.4289 3.00167
24.89 0.6 14.4378 2.8136
16.33 0.35 13.8883 2.83796
Au+Au 200 GeV:
-------------
352 5.5 14.3278 1.36529
297.8 9.6 14.7772 1.46847
232.5 10.9 15.2349 1.60031
165.2 12.9 15.6412 1.91141
114.4 12.6 15.8295 2.2921
76.1 10.7 15.4335 2.6103
47.3 9.2 14.7158 3.17901
26.9 7.2 13.8995 3.94308
13.4 3.9 13.0431 3.98922
Au+Au 62.4 GeV:
-------------
352 5.5 14.1952 1.35265
297.8 9.6 14.6063 1.45149
232.5 10.9 15.127 1.58898
165.2 12.9 15.414 1.88364
114.4 12.6 15.4892 2.24282
76.1 10.7 15.3903 2.603
47.3 9.2 14.9006 3.21893
26.9 7.2 14.1636 4.01799
13.4 3.9 13.5427 4.14201
=======================================
Fig 4
Models:
======
(a). sqrt(corr)/, Au+Au 200 GeV:
--------------------------
Au+ Au 200 UrQMD:
-----------------
352 5.5 0.990617
297.8 9.6 1.10997
232.5 10.9 1.39616
165.2 12.9 1.60008
114.4 12.6 2.04855
76.1 10.7 2.55983
47.3 9.2 3.26515
26.9 7.2 4.56507
13.4 3.9 6.30897
Au+Au 200 GeV AMPT default:
------------------------
352 5.5 0.817567
297.8 9.6 0.999033
232.5 10.9 1.01784
165.2 12.9 1.17733
114.4 12.6 1.2961
76.1 10.7 1.40419
47.3 9.2 1.57667
26.9 7.2 1.57965
13.4 3.9 1.58556
Au+Au 200 GeV AMPT melt:
----------------------
352 5.5 1.22903
297.8 9.6 1.41214
232.5 10.9 1.43666
165.2 12.9 1.75172
114.4 12.6 1.9623
76.1 10.7 2.17522
47.3 9.2 2.21804
26.9 7.2 2.41341
13.4 3.9 2.65171
Au+Au 200 GeV Hijing No JQ:
-----------------------
352 5.5 0.835043
297.8 9.6 0.970057
232.5 10.9 1.095
165.2 12.9 1.29462
114.4 12.6 1.52045
76.1 10.7 1.88435
47.3 9.2 2.33542
26.9 7.2 2.96771
13.4 3.9 3.83481
Au+Au 200 GeV HIJING JQ:
---------------------
352 5.5 0.724158
297.8 9.6 0.797146
232.5 10.9 0.9476
165.2 12.9 1.03789
114.4 12.6 1.26792
76.1 10.7 1.86784
47.3 9.2 2.31673
26.9 7.2 2.79729
13.4 3.9 3.53552
==================================
(b). sqrt(corr)/, Cu+Cu 200 GeV:
--------------------------
Cu+ Cu 200 UrQMD:
-----------------
99 1.5 1.95752
74.55 1.3 2.39841
53.67 1 2.73904
37.75 0.7 3.29048
26.24 0.54 4.21351
17.23 0.4 5.01153
Cu+Cu 200 GeV AMPT default:
-----------------------
99 1.5 1.38557
74.55 1.3 1.60064
53.67 1 1.77367
37.75 0.7 2.0845
26.24 0.54 2.1855
17.23 0.4 2.90146
Cu+Cu 200 GeV AMPT melt:
---------------------
99 1.5 2.13406
74.55 1.3 2.48916
53.67 1 2.72258
37.75 0.7 3.08544
26.24 0.54 3.48456
17.23 0.4 3.96781
Cu+Cu 200 GeV Hijing No JQ:
----------------------
99 1.5 1.78845
74.55 1.3 2.01224
53.67 1 2.49606
37.75 0.7 3.22928
26.24 0.54 4.13846
17.23 0.4 5.10491
Cu+Cu 200 GeV Hijing JQ:
--------------------
99 1.5 1.40524
74.55 1.3 1.82445
53.67 1 2.33373
37.75 0.7 2.96021
26.24 0.54 3.74885
17.23 0.4 5.02549
=============================
(c) sqrt(0.5Npart*corr)/ for Au+Au 200 GeV Models:
--------------------------------------------
Au+ Au 200 UrQMD:
----------------
352 5.5 13.142
297.8 9.6 13.5443
232.5 10.9 15.0533
165.2 12.9 14.5422
114.4 12.6 15.4933
76.1 10.7 15.7902
47.3 9.2 15.8789
26.9 7.2 16.742
13.4 3.9 16.3304
Au+ Au 200 AMPT default:
---------------------
352 5.5 10.8463
297.8 9.6 12.1907
232.5 10.9 10.9743
165.2 12.9 10.7001
114.4 12.6 9.80251
76.1 10.7 8.66172
47.3 9.2 7.66756
26.9 7.2 5.79323
13.4 3.9 4.10412
Au+ Au 200 AMPT melt:
-------------------
352 5.5 16.3049
297.8 9.6 17.2316
232.5 10.9 15.4899
165.2 12.9 15.9204
114.4 12.6 14.841
76.1 10.7 13.4178
47.3 9.2 10.7866
26.9 7.2 8.85098
13.4 3.9 6.86379
Au+ Au 200 Hijing No JQ:
-------------------
352 5.5 11.0781
297.8 9.6 11.8371
232.5 10.9 11.8062
165.2 12.9 11.7661
114.4 12.6 11.4993
76.1 10.7 11.6235
47.3 9.2 11.3575
26.9 7.2 10.8838
13.4 3.9 9.92616
Au+ Au 200 Hijing JQ:
-------------------
352 5.5 9.60705
297.8 9.6 9.72714
232.5 10.9 10.217
165.2 12.9 9.43278
114.4 12.6 9.58936
76.1 10.7 11.5217
47.3 9.2 11.2665
26.9 7.2 10.2588
13.4 3.9 9.15147
=============================
(d). sqrt(0.5*npart*corr)/
-----------------------
Cu+ Cu 200 UrQMD :
-----------------------
99 1.5 13.7724
74.55 1.3 14.6431
53.67 1 14.1889
37.75 0.7 14.2956
26.24 0.54 15.262
17.23 0.4 14.7095
Cu+ Cu 200 AMPT default :
-----------------------
99 1.5 9.74834
74.55 1.3 9.77245
53.67 1 9.18803
37.75 0.7 9.0562
26.24 0.54 7.9162
17.23 0.4 8.51616
Cu+ Cu 200 AMPT melt :
-----------------------
99 1.5 15.0144
74.55 1.3 15.1972
53.67 1 14.1037
37.75 0.7 13.4048
26.24 0.54 12.6216
17.23 0.4 11.646
Cu+ Cu 200 Hijing No JQ :
-----------------------
99 1.5 12.5829
74.55 1.3 12.2854
53.67 1 12.9302
37.75 0.7 14.0297
26.24 0.54 14.9901
17.23 0.4 14.9836
Cu+ Cu 200 Hijing JQ :
-----------------------
99 1.5 9.88677
74.55 1.3 11.1389
53.67 1 12.0893
37.75 0.7 12.8607
26.24 0.54 13.5789
17.23 0.4 14.7505
=======================================
Fig 5
(a). corr. vs eta Cu+Cu 200 GeV:
-------------------------
(delta eta)/2: 0.25:
-------
0-10% : 182.601 +/- 49.3023
10-20%: 254.04 +/- 33.0252
20-30%: 352.924 +/- 59.9971
30-40%: 483.368 +/- 58.0042
40-50%: 650.986 +/- 84.6282
50-60%: 932.722 +/- 111.927
(delta eta)/2: 0.5:
------
0-10% : 168.226 +/- 45.421
10-20%: 230.384 +/- 29.9499
20-30%: 311.589 +/- 52.9701
30-40%: 418.998 +/- 50.2798
40-50%: 567.411 +/- 73.7634
50-60%: 808.923 +/- 97.0708
(delta eta)/2: 1:
-----
0-10% : 169.501 +/- 45.7653
10-20%: 224.45 +/- 29.1785
20-30%: 292.939 +/- 49.7996
30-40%: 384.581 +/- 46.1497
40-50%: 502.295 +/- 65.2984
50-60%: 698.164 +/- 83.7797
===========================
(b). corr. vs eta Cu+Cu 62.4 GeV:
-------------------------
(delta eta)/2: 0.25:
----------
0-10% : 187.2 +/- 58.032
10-20%: 254.079 +/- 68.6013
20-30%: 336.316 +/- 60.5369
30-40%: 464.191 +/- 88.1963
40-50%: 644.706 +/- 122.494
50-60%: 888.066 +/- 177.613
(delta eta)/2: 0.5
----------
0-10% : 177.022 +/- 54.8768
10-20%: 232.803 +/- 62.8568
20-30%: 300.165 +/- 54.0297
30-40%: 415.44 +/- 78.9336
40-50%: 537.6 +/- 102.144
50-60%: 767.853 +/- 153.571
(delta eta)/2: 1
----------
0-10% : 197.286 +/- 61.1587
10-20%: 253.401 +/- 68.4183
20-30%: 312.253 +/- 56.2055
30-40%: 389.002 +/- 73.9104
40-50%: 482.472 +/- 91.6697
50-60%: 662.329 +/- 132.466
===========================
Fig 6
(a). Corr. vs. Npart for Cu+Cu 200 GeV at different delta phi:
-----------------------------------------------
delta phi=15 degrees:
-----------------
npart errr corr. error
-----------------------
99 1.5 610.992 97.7587
74.55 1.3 810.973 105.426
53.67 1 1034.33 129.291
37.75 0.7 1229.84 95.9275
26.24 0.54 1587.19 161.893
17.23 0.4 2025.59 178.252
delta phi=30 degrees:
-----------------
npart errr corr. error
-----------------------
99 1.5 458.369 73.339
74.55 1.3 624.333 81.1633
53.67 1 814.411 101.801
37.75 0.7 996.683 77.7413
26.24 0.54 1291.07 131.689
17.23 0.4 1572.3 138.362
delta phi=60 degrees:
-----------------
npart errr corr. error
-----------------------
99 1.5 341.804 54.6886
74.55 1.3 460.925 59.9202
53.67 1 604.06 75.5075
37.75 0.7 765.876 59.7383
26.24 0.54 968.944 98.8323
17.23 0.4 1163.25 102.366
delta phi=90 degrees:
-----------------
npart errr corr. error
-----------------------
99 1.5 269.465 43.1144
74.55 1.3 356.684 46.3689
53.67 1 470.857 58.8571
37.75 0.7 596.562 46.5318
26.24 0.54 767.251 78.2596
17.23 0.4 995.843 87.6342
delta phi=180 degrees:
-----------------
npart errr corr. error
-----------------------
99 1.5 192.026 30.7242
74.55 1.3 236.911 30.7984
53.67 1 309.197 38.6496
37.75 0.7 420.721 32.8162
26.24 0.54 540.635 55.1448
17.23 0.4 660.242 58.1013
===========================================
(b). Corr. vs. Npart for Cu+Cu 62.4 GeV at different delta phi:
-----------------------------------------------
delta phi = 15deg
--------------
96.4 2.6 513.538 154.061
72.15 1.85 723.174 166.33
51.77 1.2 909.759 163.757
36.18 0.77 976.048 165.928
24.89 0.6 1235.01 234.652
16.33 0.35 1362.19 265.627
delta phi = 30deg
--------------
96.4 2.6 391.828 117.548
72.15 1.85 525.742 120.921
51.77 1.2 707.65 127.377
36.18 0.77 802.986 136.508
24.89 0.6 960.035 182.407
16.33 0.35 1093.73 213.277
delta phi = 60deg
--------------
96.4 2.6 304.071 91.2213
72.15 1.85 402.748 92.632
51.77 1.2 512.098 92.1776
36.18 0.77 649.722 110.453
24.89 0.6 679.443 129.094
16.33 0.35 879.274 171.458
delta phi = 90deg
--------------
96.4 2.6 245.566 73.6698
72.15 1.85 325.166 74.7882
51.77 1.2 415.202 74.7364
36.18 0.77 505.616 85.9547
24.89 0.6 589.575 112.019
16.33 0.35 710.77 138.6
delta phi = 180deg
--------------
96.4 2.6 202.27 60.681
72.15 1.85 258.53 59.4619
51.77 1.2 314.893 56.6807
36.18 0.77 392.093 66.6558
24.89 0.6 466.901 88.7112
16.33 0.35 580.998 113.295
===========================================
(c). 0.5*npart*corr vs. Npart Cu+Cu 200 GeV:
-----------------------------------
delta phi= 15 deg:
--------------
99 1.5 30244.1 8178.75
74.55 1.3 30229 3964.97
53.67 1 27756.2 4746.82
37.75 0.7 23213.2 2818.65
26.24 0.54 20823.9 2740.82
17.23 0.4 17450.5 2132.88
delta phi= 30 deg:
--------------
99 1.5 22689.3 6135.74
74.55 1.3 23272 3052.46
53.67 1 21854.7 3737.55
37.75 0.7 18812.4 2284.28
26.24 0.54 16938.8 2229.47
17.23 0.4 13545.4 1655.58
delta phi= 60 deg:
--------------
99 1.5 16919.3 4575.4
74.55 1.3 17181 2253.53
53.67 1 16209.9 2772.19
37.75 0.7 14455.9 1755.3
26.24 0.54 12712.5 1673.21
17.23 0.4 10021.4 1224.87
delta phi= 90 deg:
--------------
99 1.5 13338.5 3607.07
74.55 1.3 13295.4 1743.88
53.67 1 12635.4 2160.89
37.75 0.7 11260.1 1367.25
26.24 0.54 10066.3 1324.92
17.23 0.4 8579.19 1048.59
delta phi= 180 deg:
---------------
99 1.5 9505.29 2570.47
74.55 1.3 8830.86 1158.29
53.67 1 8297.3 1418.99
37.75 0.7 7941.11 964.243
26.24 0.54 7093.13 933.589
17.23 0.4 5687.98 695.214
===========================================
(d). 0.5*npart*corr vs. Npart Cu+Cu 62.4 GeV:
-----------------------------------
delta phi= 15 deg:
--------------
96.4 2.6 24752.5 7702.27
72.15 1.85 26088.5 7075.59
51.77 1.2 23549.1 4273.84
36.18 0.77 17656.7 3375.75
24.89 0.6 15369.7 2943.65
16.33 0.35 11122.3 2237.19
delta phi= 30 deg:
--------------
96.4 2.6 18886.1 5876.81
72.15 1.85 18966.1 5143.9
51.77 1.2 18317.5 3324.38
36.18 0.77 14526 2777.2
24.89 0.6 11947.6 2288.25
16.33 0.35 8930.31 1796.29
delta phi= 60 deg:
--------------
96.4 2.6 14656.2 4560.59
72.15 1.85 14529.1 3940.52
51.77 1.2 13255.7 2405.72
36.18 0.77 11753.5 2247.13
24.89 0.6 8455.67 1619.46
16.33 0.35 7179.27 1444.08
delta phi= 90 deg:
--------------
96.4 2.6 11836.3 3683.11
72.15 1.85 11730.4 3181.45
51.77 1.2 10747.5 1950.53
36.18 0.77 9146.59 1748.72
24.89 0.6 7337.26 1405.26
16.33 0.35 5803.44 1167.33
delta phi= 180 deg:
--------------
96.4 2.6 9749.41 3033.74
72.15 1.85 9326.47 2529.48
51.77 1.2 8151.01 1479.3
36.18 0.77 7092.96 1356.09
24.89 0.6 5810.58 1112.86
16.33 0.35 4743.85 954.202
===========================================
Fig 7
(a). corr. vs. npart for different pt regions in Cu+Cu 200 GeV:
------------------------------------------------
pt: 0.15-0.50 GeV/c:
---------------
99 1.5 5.99039 1.61741
74.55 1.3 8.42681 1.09549
53.67 1 11.178 1.90026
37.75 0.7 13.1535 1.57842
26.24 0.54 16.0557 2.08724
17.23 0.4 24.0081 2.88097
pt: 0.15-0.80 GeV/c:
----------------
99 1.5 21.2567 5.73931
74.55 1.3 29.9974 3.89966
53.67 1 40.5698 6.89687
37.75 0.7 52.4682 6.29618
26.24 0.54 59.1365 7.68775
17.23 0.4 100.856 12.1027
pt: 0.50-2.0 GeV/c:
---------------
99 1.5 104.5 28.215
74.55 1.3 147.4 19.162
53.67 1 193.5 32.895
37.75 0.7 254.4 30.528
26.24 0.54 351.7 45.721
17.23 0.4 509.8 61.176
pt: 0.80-2.0 GeV/c:
---------------
99 1.5 66.7666 18.027
74.55 1.3 96.1232 12.496
53.67 1 120.51 20.4867
37.75 0.7 175.858 21.103
26.24 0.54 234.073 30.4295
17.23 0.4 324.768 38.9722
pt: 0.15-0.35 GeV/c:
-----------------
99 1.5 1.96581 0.530769
74.55 1.3 2.58644 0.336237
53.67 1 3.44342 0.585381
37.75 0.7 4.04134 0.484961
26.24 0.54 5.15685 0.67039
17.23 0.4 6.59451 0.791341
pt: 0.15-0.4 GeV/c:
---------------
99 1.5 3.1407 0.847989
74.55 1.3 4.32116 0.561751
53.67 1 5.69831 0.968713
37.75 0.7 6.75185 0.810222
26.24 0.54 8.129 1.05677
17.23 0.4 11.4974 1.37969
pt: 0.35-2.0 GeV/c:
---------------
99 1.5 125.434 33.8672
74.55 1.3 171.666 22.3166
53.67 1 227.737 38.7153
37.75 0.7 300.752 36.0902
26.24 0.54 398.565 51.8134
17.23 0.4 568.17 68.1804
pt: 0.40-2.0 GeV/c:
---------------
99 1.5 117.88 31.8276
74.55 1.3 163.078 21.2001
53.67 1 216.132 36.7424
37.75 0.7 283.386 34.0063
26.24 0.54 383.568 49.8638
17.23 0.4 547.333 65.68
pt: 0.15-2.0 GeV/c:
---------------
99 1.5 169.501 45.7653
74.55 1.3 224.45 29.1785
53.67 1 292.939 49.7996
37.75 0.7 384.581 46.1497
26.24 0.54 502.295 65.2984
17.23 0.4 698.164 83.7797
=====================
(b). corr. vs. npart for different pt regions in Cu+Cu 62.4 GeV:
------------------------------------------------
pt: 0.15-0.50 GeV/c
-------------------
96.4 2.6 10.9628 3.39847
72.15 1.85 13.3407 3.60199
51.77 1.2 16.3164 2.93695
36.18 0.77 18.5342 3.5215
24.89 0.6 20.9212 3.97503
16.33 0.35 28.6466 5.72932
pt: 0.15-0.80 GeV/c
-------------------
96.4 2.6 37.1883 11.5284
72.15 1.85 51.6946 13.9575
51.77 1.2 50.9318 9.16772
36.18 0.77 72.5803 13.7903
24.89 0.6 96.7146 18.3758
16.33 0.35 121.523 24.3046
pt: 0.50-2.0 GeV/c
-------------------
96.4 2.6 93.8849 29.1043
72.15 1.85 127.518 34.4299
51.77 1.2 171.122 30.802
36.18 0.77 234.032 44.4661
24.89 0.6 303.615 57.6868
16.33 0.35 448.344 89.6688
pt: 0.80-2.0 GeV/c
-------------------
96.4 2.6 66.134 20.5015
72.15 1.85 80.1183 21.6319
51.77 1.2 107.567 19.3621
36.18 0.77 150.897 28.6704
24.89 0.6 224.391 42.6343
16.33 0.35 303.307 60.6614
pt: 0.15-0.35 GeV/c
-------------------
96.4 2.6 3.5502 1.10056
72.15 1.85 3.86908 1.04465
51.77 1.2 4.66917 0.840451
36.18 0.77 5.7046 1.08387
24.89 0.6 6.56389 1.24714
16.33 0.35 7.87538 1.57508
pt: 0.15-0.40 GeV/c
-------------------
96.4 2.6 5.82702 1.80638
72.15 1.85 6.39082 1.72552
51.77 1.2 7.89948 1.42191
36.18 0.77 9.26605 1.76055
24.89 0.6 10.8452 2.06059
16.33 0.35 14.4306 2.88612
pt: 0.35-2.0 GeV/c
-------------------
96.4 2.6 115.801 35.8983
72.15 1.85 156.428 42.2356
51.77 1.2 203.315 36.5967
36.18 0.77 268.891 51.0893
24.89 0.6 355.859 67.6132
16.33 0.35 509.747 101.949
pt: 0.40-2.0 GeV/c
-------------------
96.4 2.6 106.53 33.0243
72.15 1.85 145.681 39.3339
51.77 1.2 190.878 34.358
36.18 0.77 251.849 47.8513
24.89 0.6 340.53 64.7007
16.33 0.35 492.164 98.4328
pt: 0.15-2.0 GeV/c
---------------------------
96.4 2.6 197.286 61.1587
72.15 1.85 253.401 68.4183
51.77 1.2 312.253 56.2055
36.18 0.77 389.002 73.9104
24.89 0.6 482.472 91.6697
16.33 0.35 662.329 132.466
====================================
Fig 8
Corr. vs. Npart for different pt regions at Cu+Cu 200 GeV for different models:
--------------------------------------------------------------
(a). AMPT (SM):
------------
pt: 0.15 - 0.50 GeV/c :
-------------------
99 1.5 3.59359
74.55 1.3 7.32019
53.67 1 5.77215
37.75 0.7 5.84586
26.24 0.54 9.77764
17.23 0.4 11.9788
-------------------
pt: 0.15 - 0.80 GeV/c :
-------------------
99 1.5 18.3803
74.55 1.3 27.4301
53.67 1 32.966
37.75 0.7 42.5692
26.24 0.54 52.5777
17.23 0.4 79.3835
-------------------
pt: 0.50 - 2.0 GeV/c :
-------------------
99 1.5 64.198
74.55 1.3 83.3619
53.67 1 96.648
37.75 0.7 133.07
26.24 0.54 160.729
17.23 0.4 200.607
-------------------
pt: 0.80 - 2.0 GeV/c:
-------------------
99 1.5 25.2471
74.55 1.3 30.8269
53.67 1 25.2193
37.75 0.7 60.9847
26.24 0.54 97.0976
17.23 0.4 39.9762
-------------------
pt: 0.15 - 0.35 GeV/c :
-------------------
99 1.5 2.9635
74.55 1.3 1.02101
53.67 1 3.42598
37.75 0.7 4.49278
26.24 0.54 4.05439
17.23 0.4 1.19791
-------------------
pt: 0.15 - 0.40 GeV/c :
-------------------
99 1.5 0.759332
74.55 1.3 1.55449
53.67 1 1.5126
37.75 0.7 0.638491
26.24 0.54 4.94058
17.23 0.4 4.56301
-------------------
pt: 0.35 - 2.0 GeV/c :
-------------------
99 1.5 101.423
74.55 1.3 126.493
53.67 1 151.282
37.75 0.7 175.275
26.24 0.54 232.809
17.23 0.4 325.395
-------------------
pt: 0.40 - 2.0 GeV/c :
-------------------
99 1.5 85.7
74.55 1.3 112.112
53.67 1 137.718
37.75 0.7 169.429
26.24 0.54 224.81
17.23 0.4 299.322
-------------------
pt: 0.15 - 2.0 GeV/c :
-----------------
99 1.5 162.08
74.55 1.3 217.703
53.67 1 256.152
37.75 0.7 322.358
26.24 0.54 402.411
17.23 0.4 514.511
-------------------
=================
(b). UrQMD
---------
pt: 0.15 - 0.50 GeV/c :
-------------------
99 1.5 2.69306
74.55 1.3 2.59519
53.67 1 1.30645
37.75 0.7 2.38484
26.24 0.54 2.18683
17.23 0.4 6.17647
-------------------
pt: 0.15 - 0.80 GeV/c :
-------------------
99 1.5 5.72672
74.55 1.3 7.58706
53.67 1 9.92514
37.75 0.7 8.4094
26.24 0.54 16.7882
17.23 0.4 25.12
-------------------
pt: 0.50 - 2.0 GeV/c:
-----------------
99 1.5 103.695
74.55 1.3 152.51
53.67 1 228.539
37.75 0.7 303.656
26.24 0.54 512.057
17.23 0.4 691.467
-------------------
pt: 0.80 - 2.0 GeV/c:
-------------------
99 1.5 102.591
74.55 1.3 153.677
53.67 1 256.406
37.75 0.7 401.525
26.24 0.54 488.249
17.23 0.4 668.346
-------------------
pt: 0.15 - 0.35 GeV/c :
-------------------
99 1.5 0.25468
74.55 1.3 0.269096
53.67 1 0.926656
37.75 0.7 1.2052
26.24 0.54 0.603673
17.23 0.4 4.16665
-------------------
pt: 0.15 - 0.40 GeV/c :
-------------------
99 1.5 0.87358
74.55 1.3 0.345538
53.67 1 0.230554
37.75 0.7 0.0900087
26.24 0.54 3.56098
17.23 0.4 8.52272
-------------------
pt: 0.35 - 2.0 GeV/c:
-------------------
99 1.5 102.374
74.55 1.3 152.296
53.67 1 216.277
37.75 0.7 294.799
26.24 0.54 453.275
17.23 0.4 636.963
-------------------
pt: 0.40 - 2.0 GeV/c:
-------------------
99 1.5 104.062
74.55 1.3 159.912
53.67 1 212.823
37.75 0.7 292.983
26.24 0.54 477.317
17.23 0.4 644.825
-------------------
pt: 0.15 - 2.0 GeV/c :
-------------------
99 1.5 97.0871
74.55 1.3 143.833
53.67 1 186.075
37.75 0.7 267.405
26.24 0.54 436.493
17.23 0.4 617.263
==================
(c). HIJING (No JQ)
--------------
pt: 0.15 - 0.50 GeV/c :
-------------------
99 1.5 2.46399
74.55 1.3 4.55481
53.67 1 3.77625
37.75 0.7 2.33297
26.24 0.54 6.16554
17.23 0.4 7.58775
pt: 0.15 - 0.80 GeV/c :
-------------------
99 1.5 3.70789
74.55 1.3 4.0903
53.67 1 6.73405
37.75 0.7 12.4544
26.24 0.54 19.4456
17.23 0.4 37.1343
pt: 0.50 - 2.0 GeV/c:
-------------------
99 1.5 83.2142
74.55 1.3 127.823
53.67 1 177.21
37.75 0.7 308.63
26.24 0.54 527.691
17.23 0.4 759.174
pt: 0.80 - 2.0 GeV/c:
-------------------
99 1.5 92.7102
74.55 1.3 109.505
53.67 1 190.198
37.75 0.7 291.398
26.24 0.54 572.386
17.23 0.4 846.998
pt: 0.15 - 0.35 GeV/c :
-------------------
99 1.5 1.4733
74.55 1.3 1.74085
53.67 1 1.0872
37.75 0.7 1.41126
26.24 0.54 2.50155
17.23 0.4 0.2444
pt: 0.15 - 0.40 GeV/c :
-------------------
99 1.5 0.890988
74.55 1.3 0.919234
53.67 1 1.01539
37.75 0.7 1.52666
26.24 0.54 2.37934
17.23 0.4 1.69288
pt: 0.35 - 2.0 GeV/c:
-------------------
99 1.5 80.6918
74.55 1.3 119.257
53.67 1 175.926
37.75 0.7 292.871
26.24 0.54 475.879
17.23 0.4 671.222
pt: 0.40 - 2.0 GeV/c:
-----------------
99 1.5 82.2176
74.55 1.3 121.574
53.67 1 177.853
37.75 0.7 296.322
26.24 0.54 475.194
17.23 0.4 736.229
pt: 0.15 - 2.0 GeV/c :
-------------------
99 1.5 72.89
74.55 1.3 90.921
53.67 1 137.65
37.75 0.7 225.881
26.24 0.54 364.841
17.23 0.4 544.505
====================================
Fig 9
(a). Uncorrected charged particle spectra:
--------------------------------------------
pt d^2N/(Nevt*2*pi*pt*dpt*deta) error
--------------------------------------------
0.16 79.9132 7.99142
0.2 120.968 12.0969
0.24 120.98 12.098
0.28 111.03 11.103
0.32 98.1685 9.8169
0.36 84.9085 8.49089
0.4 72.5309 7.25313
0.44 61.6411 6.16414
0.48 52.1153 5.21156
0.52 43.9979 4.39982
0.56 37.0528 3.70531
0.6 31.1678 3.11681
0.64 26.2665 2.62668
0.68 22.1963 2.21965
0.72 18.8142 1.88144
0.76 15.9909 1.59911
0.8 13.6489 1.36491
0.84 11.6765 1.16767
0.88 10.0005 1.00007
0.92 8.61797 0.861814
0.96 7.40792 0.740808
1 6.40275 0.64029
1.04 5.5421 0.554225
1.08 4.81114 0.481128
1.12 4.17696 0.41771
1.16 3.6375 0.363764
1.2 3.16982 0.316995
1.24 2.77261 0.277273
1.28 2.42308 0.24232
1.32 2.11723 0.211735
1.36 1.85765 0.185777
1.4 1.63076 0.163087
1.44 1.43041 0.143051
1.48 1.25564 0.125575
1.52 1.10794 0.110804
1.56 0.972544 0.0972644
1.6 0.85694 0.0857038
1.64 0.756035 0.075613
1.68 0.666187 0.066628
1.72 0.586588 0.0586679
1.76 0.51922 0.051931
1.8 0.457535 0.0457622
1.84 0.404869 0.0404954
1.88 0.35794 0.0358024
1.92 0.315122 0.0315204
1.96 0.279994 0.0280074
2 0.248019 0.0248097
=====================
(b). corr/(d/dT)^2/T^2 vs. npart
------------------------------
pt: 0.40-0.80 GeV/c :
------------------
npart err corr/(d/dT)^2/T^2 err
---------------------------------------
99 1.5 0.0015139 0.000408752
74.55 1.3 0.0018695 0.000243036
53.67 1 0.00225695 0.000383681
37.75 0.7 0.00302122 0.000362547
26.24 0.54 0.00414602 0.000538982
17.23 0.4 0.00464927 0.000557914
pt: 0.80-1.2 GeV/c :
-----------------
99 1.5 0.00181914 0.000491169
74.55 1.3 0.00180228 0.000234297
53.67 1 0.00111887 0.000190209
37.75 0.7 0.00445754 0.000534907
26.24 0.54 0.00223626 0.000290714
17.23 0.4 0.00397931 0.000477518
pt: 0.50 - 2.0 GeV/c :
---------------------
99 1.5 0.000874841 0.000236207
74.55 1.3 0.00123769 0.0001609
53.67 1 0.00162978 0.000277062
37.75 0.7 0.00215258 0.00025831
26.24 0.54 0.0029924 0.000389012
17.23 0.4 0.00437154 0.000524585
pt: 0.80 - 2.0 GeV/c:
-----------------
99 1.5 0.000995247 0.000268717
74.55 1.3 0.00143189 0.000186146
53.67 1 0.0017942 0.000305014
37.75 0.7 0.0026159 0.000313908
26.24 0.54 0.00347877 0.00045224
17.23 0.4 0.00482151 0.000578581
pt: 1.2-1.6 GeV/c :
----------------
99 1.5 0.00051826 0.00013993
74.55 1.3 0.000643134 8.36072e-05
53.67 1 0.000757266 0.000128735
37.75 0.7 0.00318526 0.000382232
26.24 0.54 0.00910522 0.00118368
17.23 0.4 0.00287084 0.000344501
pt: 0.35 - 2.0 GeV/c:
----------------
99 1.5 0.000831493 0.000224503
74.55 1.3 0.00114397 0.000148716
53.67 1 0.00152599 0.000259418
37.75 0.7 0.00203083 0.0002437
26.24 0.54 0.00271601 0.000353081
17.23 0.4 0.00391929 0.000470315
pt: 0.40 - 2.0 GeV/c:
----------------
99 1.5 0.000843534 0.000227754
74.55 1.3 0.0011723 0.000152399
53.67 1 0.00156107 0.000265381
37.75 0.7 0.0020607 0.000247284
26.24 0.54 0.00281172 0.000365523
17.23 0.4 0.00405616 0.00048674
========================================
For any questions please contact STAR Physics Analysis Coordinator
: Frank Geurts - geurts@rice.edu