Particle-type Dependence of Azimuthal Anisotropy and Nuclear Modification of Particle Production in Au+Au Collisions at sqrt(sNN) = 200 GeV

Particle-type Dependence of Azimuthal Anisotropy and Nuclear Modification of Particle Production in Au+Au Collisions at sqrt(s_NN) = 200 GeV
J. Adams et al., Phys. Rev. Lett. 92, 052302 (2004).

Figure 1: Minimum bias v₂

The minimum bias (0-80% of the collision cross-section) v₂(p_T) Errors listed include statistical and point-to-point systematic uncertainties from the background. Additional non-flow systematic uncertainties are approximately -20%.

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K0s v2
p_T [GeV/c]	v2
0.3318	0.008+/-0.0076
0.5159	0.02+/-0.0032
0.706	0.044+/-0.0024
0.8978	0.062+/-0.0022
1.0971	0.082+/-0.0023
1.2947	0.098+/-0.0026
1.4937	0.109+/-0.0031
1.6927	0.121+/-0.0039
1.8916	0.126+/-0.0049
2.1675	0.132+/-0.0054
2.55	0.138+/-0.0083
2.9394	0.129+/-0.015
3.3532	0.141+/-0.0214
3.8767	0.142+/-0.0195
4.6943	0.148+/-0.0357
5.6322	0.161+/-0.0562
Lambda+Lambdabar v2
0.5317	-1e-04+/-0.0104
0.7151	0.018+/-0.0049
0.9069	0.029+/-0.0034
1.1027	0.055+/-0.0029
1.2999	0.073+/-0.0027
1.4979	0.096+/-0.0027
1.6962	0.111+/-0.0029
1.8954	0.133+/-0.0032
2.0957	0.147+/-0.004
2.2933	0.156+/-0.0045
2.5722	0.171+/-0.0045
2.9766	0.185+/-0.0065
3.3722	0.209+/-0.0105
3.8945	0.198+/-0.014
4.6864	0.222+/-0.0336
5.6419	0.184+/-0.0811
h⁺ + h^- v2
0.625[0.6,0.65]	0.05601+0.00024-0.00024
0.675[0.65,0.7]	0.06098+0.00025-0.00025
0.725[0.7,0.75]	0.06474+0.00027-0.00027
0.775[0.75,0.8]	0.06844+0.00028-0.00028
0.825[0.8,0.85]	0.07292+0.0003-0.0003
0.875[0.85,0.9]	0.07616+0.00032-0.00032
0.925[0.9,0.95]	0.08025+0.00034-0.00034
0.975[0.95,1]	0.08382+0.00036-0.00036
1.025[1,1.05]	0.08665+0.00038-0.00038
1.075[1.05,1.1]	0.09008+0.00041-0.00041
1.125[1.1,1.15]	0.09342+0.00043-0.00043
1.175[1.15,1.2]	0.09659+0.00046-0.00046
1.225[1.2,1.25]	0.09982+0.00049-0.00049
1.275[1.25,1.3]	0.103+0.00052-0.00052
1.325[1.3,1.35]	0.1065+0.00055-0.00055
1.375[1.35,1.4]	0.1083+0.00059-0.00059
1.425[1.4,1.45]	0.1131+0.00063-0.00063
1.475[1.45,1.5]	0.115+0.00066-0.00066
1.548[1.5,1.6]	0.1189+0.00051-0.00051
1.648[1.6,1.7]	0.1241+0.00058-0.00058
1.748[1.7,1.8]	0.1285+0.00066-0.00066
1.871[1.8,1.95]	0.1349+0.00063-0.00063
2.021[1.95,2.1]	0.1404+0.00076-0.00076
2.171[2.1,2.25]	0.147+0.00091-0.00091
2.321[2.25,2.4]	0.1512+0.0011-0.0011
2.471[2.4,2.55]	0.1544+0.0013-0.0013
2.663[2.55,2.8]	0.1603+0.0013-0.0013
2.893[2.8,3]	0.1623+0.0019-0.0019
3.133[3,3.3]	0.1639+0.0021-0.0021
3.434[3.3,3.6]	0.1654+0.0029-0.0029
3.809[3.6,4.1]	0.1687+0.0033-0.0033
4.38[4.1,4.8]	0.1555+0.0049-0.0049
5.252[4.8,6.1]	0.1622+0.0077-0.0077

Figure 2: v₂(p_T) for 3 centrality bins.

Errors listed include statistical errors only. Additional non-flow systematic uncertainties for the 30-70%, 5-30%, and 0-5% centralities are -25%, -20%, and -80% respectively.

K0s v2
0-5%		5-30%		30-70%
p_T [GeV/c]	v2	p_T [GeV/c]	v2	p_T [GeV/c]	v2
0.3339	-0.0123+/-0.0144	0.3327	0.0063+/-0.0109	0.3316	0.0064+/-0.0098
0.5164	-0.0021+/-0.0049	0.5158	0.0138+/-0.0041	0.5139	0.0388+/-0.0044
0.7074	0.0073+/-0.0027	0.707	0.0361+/-0.0024	0.7042	0.0704+/-0.0032
0.8999	0.0199+/-0.0023	0.8981	0.0528+/-0.0022	0.8978	0.0951+/-0.0031
1.097	0.0278+/-0.0024	1.0971	0.0723+/-0.0024	1.0958	0.1208+/-0.0034
1.295	0.0387+/-0.0027	1.2947	0.0903+/-0.0027	1.2943	0.1482+/-0.004
1.4943	0.0463+/-0.0032	1.4946	0.1043+/-0.0032	1.4928	0.1618+/-0.0048
1.6922	0.0549+/-0.0041	1.6926	0.113+/-0.0039	1.6917	0.178+/-0.006
1.893	0.0546+/-0.0054	1.8935	0.1222+/-0.0049	1.8883	0.1835+/-0.0074
2.1711	0.0674+/-0.0056	2.1692	0.1277+/-0.005	2.1742	0.185+/-0.0074
2.6261	0.064+/-0.008	2.6306	0.1287+/-0.0072	2.6417	0.2047+/-0.0105
3.2134	0.0596+/-0.0138	3.2277	0.1534+/-0.0143	3.244	0.1849+/-0.0189
3.861	0.0457+/-0.0243	3.8558	0.1562+/-0.0229	3.913	0.2326+/-0.0343
4.7455	0.0403+/-0.0447	4.8104	0.1979+/-0.0586	4.7719	0.2178+/-0.076
Lambda+Lambdabar v2
0-5%		5-30%		30-70%
p_T [GeV/c]	v2	p_T [GeV/c]	v2	p_T [GeV/c]	v2
0.5443	0.0122+/-0.0183	0.5342	0.0069+/-0.0157	0.5325	0.0212+/-0.0131
0.7176	-0.0117+/-0.0065	0.7143	0.0099+/-0.0061	0.7126	0.0445+/-0.0068
0.908	-0.0045+/-0.0044	0.9073	0.0232+/-0.0042	0.9062	0.0522+/-0.005
1.1037	0.0088+/-0.0034	1.1034	0.0435+/-0.0034	1.1011	0.0878+/-0.0044
1.3006	0.0235+/-0.003	1.3002	0.061+/-0.0031	1.2989	0.1187+/-0.0043
1.4978	0.0312+/-0.0028	1.4981	0.0828+/-0.0031	1.4968	0.1506+/-0.0043
1.6966	0.0369+/-0.003	1.6965	0.099+/-0.0033	1.6957	0.1746+/-0.0049
1.8957	0.0521+/-0.0032	1.8953	0.1187+/-0.0036	1.8942	0.1974+/-0.0056
2.0952	0.0501+/-0.0047	2.0946	0.1352+/-0.0044	2.0941	0.2091+/-0.0062
2.2929	0.0687+/-0.0052	2.2935	0.1485+/-0.005	2.2932	0.2305+/-0.0074
2.5528	0.061+/-0.005	2.5539	0.1581+/-0.0048	2.5525	0.2472+/-0.0071
2.9377	0.0743+/-0.0075	2.9326	0.1753+/-0.0073	2.9403	0.2603+/-0.0111
3.3509	0.077+/-0.0112	3.3538	0.1953+/-0.0121	3.3536	0.3064+/-0.0176
3.8418	0.0823+/-0.0163	3.8495	0.189+/-0.0164	3.8462	0.27+/-0.0226
4.7861	0.0134+/-0.0423	4.7477	0.2055+/-0.0397	4.7373	0.3101+/-0.0527

Figure 3: R_CP.

Errors listed include statistical and point-to-point systematic errors. Overall normalization uncertainties are listed in the heading. Charged hadron results can be found at this URL .

K0s R_CP
	(dN/dp_Tdη/< N_bin>)\|_cent/(dN/dp_Tdη/< N_bin>)\|_periph
p_T [GeV/c]	0-5/40-60% <N_bin>[1.0+0.23-0.23] <N_part>[0.50+0.08-0.08]	0-5/60-80% <N_bin>[1.0+0.35-0.35] <N_part>[0.34+0.09-0.09]
0.332	0.513+/-0.075	0.363+/-0.058
0.516	0.523+/-0.063	0.353+/-0.045
0.715	0.63+/-0.073	0.52+/-0.063
0.898	0.642+/-0.072	0.558+/-0.065
1.1	0.669+/-0.077	0.537+/-0.065
1.29	0.736+/-0.079	0.614+/-0.068
1.49	0.711+/-0.078	0.679+/-0.079
1.69	0.702+/-0.077	0.601+/-0.07
1.89	0.698+/-0.081	0.685+/-0.086
2.09	0.653+/-0.07	0.504+/-0.058
2.29	0.644+/-0.072	0.526+/-0.066
2.49	0.608+/-0.072	0.538+/-0.077
2.69	0.5+/-0.06	0.335+/-0.049
2.89	0.588+/-0.08	0.457+/-0.084
3.17	0.462+/-0.061	0.333+/-0.045
3.58	0.44+/-0.059	0.293+/-0.041
3.98	0.352+/-0.049	0.226+/-0.034
4.5	0.338+/-0.048	0.252+/-0.04
5.38	0.298+/-0.045	0.24+/-0.05
6.29	0.391+/-0.071	0.254+/-0.076
Lambda+Lambdabar R_CP
0.5	0.505+/-0.077	0.29+/-0.049
0.7	0.545+/-0.053	0.345+/-0.037
0.9	0.573+/-0.048	0.458+/-0.046
1.1	0.643+/-0.052	0.53+/-0.051
1.3	0.75+/-0.079	0.611+/-0.057
1.5	0.795+/-0.068	0.73+/-0.068
1.7	0.849+/-0.074	0.785+/-0.075
1.9	0.899+/-0.081	0.791+/-0.08
2.1	0.813+/-0.069	0.741+/-0.08
2.3	0.854+/-0.077	0.834+/-0.098
2.5	0.87+/-0.068	0.742+/-0.078
2.7	0.876+/-0.095	0.79+/-0.11
2.9	0.855+/-0.097	0.686+/-0.1
3.17	0.857+/-0.14	0.903+/-0.16
3.58	0.738+/-0.12	0.727+/-0.19
4.1	0.698+/-0.098	0.518+/-0.098
4.75	0.503+/-0.094	0.333+/-0.069
5.55	0.34+/-0.082	0.255+/-0.2

Figure 4: Minimum bias v₂/n vs. p_T/n

The minimum bias (0-80% of the collision cross-section) v₂/n(p_T/n) from figure 1, scaled by the number of constituent quarks. Errors listed include statistical and point-to-point systematic uncertainties from the background. Additional non-flow systematic uncertainties are approximately -20%.

K0s v2/n vs. p_T/n
p_T/n [GeV/c]	v₂/n
0.1659	0.0040+/-0.0038
0.2580	0.0100+/-0.0016
0.3530	0.0220+/-0.0012
0.4489	0.0310+/-0.0011
0.5486	0.0410+/-0.0012
0.6474	0.0490+/-0.0013
0.7469	0.0545+/-0.0016
0.8464	0.0605+/-0.0019
0.9458	0.0630+/-0.0025
1.0838	0.0660+/-0.0027
1.2750	0.0690+/-0.0041
1.4697	0.0645+/-0.0075
1.6766	0.0705+/-0.0107
1.9383	0.0710+/-0.0098
2.3472	0.0740+/-0.0179
2.8161	0.0805+/-0.0281
Lambda+Lambdabar v2/n vs. p_T/n
p_T/n [GeV/c]	v₂/n
0.1772	0.0000+/-0.0035
0.2384	0.0060+/-0.0016
0.3023	0.0097+/-0.0011
0.3676	0.0183+/-0.0010
0.4333	0.0243+/-0.0009
0.4993	0.0320+/-0.0009
0.5654	0.0370+/-0.0010
0.6318	0.0443+/-0.0011
0.6986	0.0490+/-0.0013
0.7644	0.0520+/-0.0015
0.8574	0.0570+/-0.0015
0.9922	0.0617+/-0.0022
1.1241	0.0697+/-0.0035
1.2982	0.0660+/-0.0047
1.5621	0.0740+/-0.0112
1.8806	0.0613+/-0.0270