"Rapidity and centrality dependence of particle production for identifies hadrons in Cu+Cu Collisions at √s = 200 GeV"

Accepted by Phys.ReV.C. (June 2016)

• No data for Fig. 1
  
  
• Tables of data for Fig. 2 Invariant spectra vs. mt-m0 and pt.
  
  
• Tables of data for Fig. 3 and Fig 4 are in table III of paper
  
  
• Tables of data for Fig. 5
  
  
• Tables of data for Fig. 6 are in table IV, V and VI in the paper
  
  
• Tables of data for Fig. 7
  
  
• Tables of data for Fig. 8
  
  
• Tables of data for Fig. 9
  
  
• Tables of data for Fig. 10
  
  
• Tables of data for Fig. 11
  

Figures (.pdf ) Brief description only, for full caption see main text of paper.

• Figure 1: PID plots with TOF and RICH CuCu collisions.
  
• Figure 2: Invariant spectra for Cu+Cu v.s transverse kinetic energy.
• Figure 3 BW fit parameters T_kin vs. beta at y=0 and y=3.
  
• Figure 4 BW parameters Tkin and beta vs. total dn/dy.
  
• Figure 5 dn/dy scaled by Npart for pi,k ,p and pbar at y=0 and y=3 compare to AuAu (y=0 only).
  
• Figure 6 Mean transverse momenta vs Npart at y=0 and y=3 for identified hadrons.
  
• Figure 7 Raa for pions, kaons and protons vs centrality and pt.
  
• Figure 8 pT integrated Raa for pions, kaons and protons vs centrality.
  
• Figure 9 Ratios of antiparticle/aparticle ratios vs. npart.
  
• Figure 10 Particle ratios of K/pi, p/pi vs pt and centrality
  
• Figure 11 Ratios of Integrated Particle Yields K/pi, p/pi vs. npart.