FOPI v1 results

Differential directed flow in Au+Au collisions
A. Andronic, FOPI Collaboration
Phys.Rev. C64 (2001) 041604 --- nucl-ex/0108014

Figures locally (eps.gz): Fig.1 | Fig.2 | Fig.3 | Fig.4 | Fig.5
Data (ascii files):
- Fig.1 (v1-y0, 5 energies) (y0, y0err, v1, v1err): 90 | 120 | 150 | 250 | 400
- Fig.2 (v1-pt0, 6 Zs) (pt0, v1, v1err): Z=1 | Z=2 | Z=3 | Z=4 | Z=5 | Z=6
- Fig.3 (v1-pt0, 5 en., Z=1,2) (pt0, v1, v1err):
  Z=1: 90 | 120 | 150 | 250 | 400
  Z=2: 90 | 120 | 150 | 250 | 400
- Fig.4 (E=90 AMeV: v1-pt0, 3 y0, Z=1,2) (pt0, v1, v1err):
  Z=1: 0.5-0.7 | 0.7-0.9 | 0.9-1.1
  Z=2: 0.5-0.7 | 0.7-0.9 | 0.9-1.1
- Fig.5 (E=400 AMeV: v1-pt0, 3 y0, Z=1,2) (pt0, v1, v1err):
  Z=1: 0.5-0.7 | 0.7-0.9 | 0.9-1.1
  Z=2: 0.5-0.7 | 0.7-0.9 | 0.9-1.1

Directed flow in Au+Au, Xe+CsI and Ni+Ni collisions and the nuclear equation of state
A. Andronic, FOPI Collaboration
accepted at Phys.Rev. C (2003) --- nucl-ex/0301009

Figures locally (eps.gz): Fig.1 | Fig.2 | Fig.3 | Fig.4 | Fig.5 | Fig.6 | Fig.7 | Fig.8 | Fig.9 | Fig.10 | Fig.11 | Fig.12 | Fig.13 | Fig.14 | Fig.15 | Fig.16 | Fig.17 | Fig.18 | Fig.19 | Fig.20 | Fig.21 | Fig.22 | Fig.23 | Fig.24 | Fig.25 | Fig.26 | Fig.27 | Fig.28 | Fig.29 | Fig.30
Data (ascii files):
- v1-y0, Au+Au, M3, M4, M5 centralities (y0, y0err, v1, v1err):
  E=250, Z=1 (Fig.19): M3: v1 | v1.pt0 M4: v1 | v1.pt0 M5: v1 | v1.pt0
  E=250, Z=2 (Fig.20): M3: v1 | v1.pt0 M4: v1 | v1.pt0 M5: v1 | v1.pt0
  E=400, Z=1 (Fig.21): M3: v1 | v1.pt0 M4: v1 | v1.pt0 M5: v1 | v1.pt0
  E=400, Z=2 (Fig. 5): M3: v1 | v1.pt0 M4: v1 | v1.pt0 M5: v1 | v1.pt0
- v1-pt0, Au+Au, M3, M4, M5 centralities (pt0, v1, v1err):
  E=250, Z=1 (Fig.22): M3: .5-.7 | .7-.9 | .9-1.1 M4: .5-.7 | .7-.9 | .9-1.1 M5: .5-.7 | .7-.9 | .9-1.1
  E=250, Z=2 (Fig.23): M3: .5-.7 | .7-.9 | .9-1.1 M4: .5-.7 | .7-.9 | .9-1.1 M5: .5-.7 | .7-.9 | .9-1.1
  E=400, Z=1 (Fig.24): M3: .5-.7 | .7-.9 | .9-1.1 M4: .5-.7 | .7-.9 | .9-1.1 M5: .5-.7 | .7-.9 | .9-1.1
  E=400, Z=2 (Fig. 6): M3: .5-.7 | .7-.9 | .9-1.1 M4: .5-.7 | .7-.9 | .9-1.1 M5: .5-.7 | .7-.9 | .9-1.1
- v1-y0, M4 centrality, Au, Xe, Ni (y0, y0err, v1, v1err):
  E=250, Z=1 (Fig.25): Au+Au: v1 | v1s Xe+CsI: v1 | v1s Ni+Ni: v1 | v1s
  E=250, Z=2 (Fig. 8): Au+Au: v1 | v1s Xe+CsI: v1 | v1s Ni+Ni: v1 | v1s
  E=400, Z=1 (Fig.26): Au+Au: v1 | v1s Xe+CsI: v1 | v1s Ni+Ni: v1 | v1s
  E=400, Z=2 (Fig.27): Au+Au: v1 | v1s Xe+CsI: v1 | v1s Ni+Ni: v1 | v1s
- v1-pt0, M4 centrality, Au, Xe, Ni (pt0, v1, v1err):
  E=250, Z=1 (Fig.28): y0=.5-.7: Au | Xe | Ni y0=.7-.9: Au | Xe | Ni y0=.9-1.1: Au | Xe | Ni
  E=250, Z=2 (Fig. 9): y0=.5-.7: Au | Xe | Ni y0=.7-.9: Au | Xe | Ni y0=.9-1.1: Au | Xe | Ni
  E=400, Z=1 (Fig.29): y0=.5-.7: Au | Xe | Ni y0=.7-.9: Au | Xe | Ni y0=.9-1.1: Au | Xe | Ni
  E=400, Z=2 (Fig.30): y0=.5-.7: Au | Xe | Ni y0=.7-.9: Au | Xe | Ni y0=.9-1.1: Au | Xe | Ni
- v1-y0, Au+Au 90A MeV, M4 (y0, y0err, v1, v1err) (Fig.12, data only):
  Z=1 | Z=2
- v1-y0, Au+Au 400A MeV, all particles weighted by Z (y0, y0err, v1, v1err) (Fig.15, data only):
  M4 | M3
- v1-pt0, Au+Au, 400A MeV, M4 centrality, all particles weighted by Z (pt0, v1, v1err) (Fig.18, data only):
  y0=0.5-0.7 | y0=0.7-0.9

FOPI Homepage

Anton Andronic

Last modified: Thu Jan 16 20:17:19 CET 2003