"Rapidity dependence of the proton-to-pion ratio in Au+Au and p+p collisions at √s = 62.4 and 200 GeV"

Published in Physics Letters B 684 (2010) 22

• Tables of data for Fig. 1: Au+Au and p+p
  
  
• Tables of data for Fig. 2: Au+Au and p+p
  
  
• Tables of data for Fig. 3
  
  
• Tables of data for Fig. 4
  
  
• Tables of data for Fig. 5
  
  
• Figure 1: Centrality dependent p/π⁺ ratios for Au+Au system colliding at √s = 200 for central (0-10%) and semi-peripheral (40-80%) reactions in comparison with p+p collision data at the same energy. The vertical bars represent the statistical errors and the shaded boxes (plotted only for central Au+Au) show the systematic uncertainties.
  
• Figure 2: The ratios of pbar/π^- measured in Au+Au and p+p collisions at √s = 200, are plotted for the same centrality samples used in Fig. 1.
  
• Figure 3: p/π⁺ ratio in Au+Au collisions for η = 0.0 at √s = 62.4 marked with open triangles and the Au+Au reactions for η = 2.2 at √s = 200 marked with the black triangles. Stars shown reference mid-rapidity data for p+p at √s = 62.4.
  
• Figure 4: p/&pi⁺; ratio from p+p and Au+Au collisions at √s = 62.4 GeV for η = 2.67 (top panel), η = 3.2 (middle panel) and η = 3.5 (bottom panel). The curve drawn in the middle panel is a polynomial fit to the most central events, its purpose is to guide the eye and bridge the gap in pT.
  
• Figure 5: Rapidity evolution of p/π⁺ and pbar/π^- for 0-10\% central Au+Au reaction at √s = 200} (solid points), and calculations from the THERMINATOR (dashed line) and the AMPT models (solid line).