# PHOBOS Invariant Yield of h- in d+Au collisions at 200 GeV/c # # 2015-05-15 # # # Columns: x=p_T (GeV/c), y=(1/2 pi p_T)(d^2 Nch / deta dp_T) (GeV/c)^-2, stat err on y, syst err on y # # # ---------- # Centrality bin: 0-20% of d+Au cross section # # Fit: [2]*exp(-(TMath::Sqrt(0.1395700*0.1395700+x*x))/[1])+(([4]-1)*([4]-2)/(2.0*pi*([3]^2)))*([0]-2.0*pi*[2]*[1]*(0.1395700+[1])*exp(-0.1395700/[1]))*((1+(x/[3]))^(-[4])) # [0] = 7.75546e+00 # [1] = 1.16645e-01 # [2] = 3.06873e+01 # [3] = 2.87436e+00 # [4] = 1.40090e+01 # # h- in d+Au collisions # p_T inv yield stat err syst err 1.500e-01 1.42069e+01 1.00007e-01 1.23636e+00 2.500e-01 8.13945e+00 4.53836e-02 6.93590e-01 3.500e-01 4.97744e+00 2.84906e-02 4.17328e-01 4.500e-01 2.88002e+00 1.72725e-02 2.38683e-01 5.500e-01 1.77496e+00 1.13782e-02 1.46032e-01 6.500e-01 1.13838e+00 8.07263e-03 9.33578e-02 7.500e-01 7.43627e-01 5.95053e-03 6.10237e-02 8.500e-01 5.00868e-01 4.55243e-03 4.12785e-02 9.500e-01 3.44323e-01 3.55418e-03 2.85964e-02 1.050e+00 2.31036e-01 2.74235e-03 1.93986e-02 1.150e+00 1.70698e-01 2.25818e-03 1.45341e-02 1.250e+00 1.15596e-01 1.77951e-03 1.00094e-02 1.350e+00 8.25806e-02 1.44702e-03 7.29127e-03 1.450e+00 5.97257e-02 1.18591e-03 5.39046e-03 1.550e+00 4.36589e-02 9.85748e-04 4.03713e-03 1.650e+00 3.18421e-02 8.12844e-04 3.02311e-03 1.750e+00 2.22196e-02 6.50123e-04 2.17010e-03 1.850e+00 1.53931e-02 5.28264e-04 1.54923e-03 1.950e+00 1.33425e-02 4.76284e-04 1.38597e-03 2.100e+00 8.18520e-03 2.56963e-04 8.93798e-04 2.300e+00 4.88861e-03 1.89899e-04 5.72810e-04 2.500e+00 2.86263e-03 1.39878e-04 3.61117e-04 2.700e+00 1.43632e-03 9.45799e-05 1.95510e-04 2.900e+00 1.06537e-03 7.94639e-05 1.56685e-04 3.125e+00 6.10898e-04 5.12113e-05 9.80834e-05 3.375e+00 3.96771e-04 4.04246e-05 7.02152e-05 3.625e+00 1.96214e-04 2.72524e-05 3.82343e-05 3.875e+00 1.46467e-04 2.34787e-05 3.13759e-05 4.250e+00 6.81087e-05 1.06388e-05 1.67526e-05 4.750e+00 3.10988e-05 6.96151e-06 9.12119e-06 5.250e+00 7.48041e-06 3.09306e-06 2.59014e-06 5.750e+00 3.32518e-06 1.92755e-06 1.34598e-06 # # ---------- # Centrality bin: 20-40% of d+Au cross section # # Fit: [2]*exp(-(TMath::Sqrt(0.1395700*0.1395700+x*x))/[1])+(([4]-1)*([4]-2)/(2.0*pi*([3]^2)))*([0]-2.0*pi*[2]*[1]*(0.1395700+[1])*exp(-0.1395700/[1]))*((1+(x/[3]))^(-[4])) # [0] = 5.77330e+00 # [1] = 1.25080e-01 # [2] = 2.39098e+01 # [3] = 3.14381e+00 # [4] = 1.48291e+01 # # h- in d+Au collisions # p_T inv yield stat err syst err 1.500e-01 1.05393e+01 8.75115e-02 9.17186e-01 2.500e-01 6.21020e+00 4.09383e-02 5.29192e-01 3.500e-01 3.69427e+00 2.52309e-02 3.09742e-01 4.500e-01 2.19669e+00 1.56354e-02 1.82051e-01 5.500e-01 1.31662e+00 1.01511e-02 1.08323e-01 6.500e-01 8.39063e-01 7.12735e-03 6.88111e-02 7.500e-01 5.49744e-01 5.27669e-03 4.51132e-02 8.500e-01 3.70741e-01 4.04659e-03 3.05542e-02 9.500e-01 2.47683e-01 3.10559e-03 2.05704e-02 1.050e+00 1.74574e-01 2.46535e-03 1.46579e-02 1.150e+00 1.17833e-01 1.93705e-03 1.00329e-02 1.250e+00 8.33421e-02 1.56124e-03 7.21652e-03 1.350e+00 5.93757e-02 1.26443e-03 5.24245e-03 1.450e+00 4.17075e-02 1.01922e-03 3.76425e-03 1.550e+00 3.11840e-02 8.62470e-04 2.88358e-03 1.650e+00 2.22819e-02 7.03399e-04 2.11546e-03 1.750e+00 1.66778e-02 5.86513e-04 1.62885e-03 1.850e+00 1.27516e-02 4.92500e-04 1.28338e-03 1.950e+00 9.41466e-03 4.13876e-04 9.77956e-04 2.100e+00 5.94641e-03 2.24022e-04 6.49329e-04 2.300e+00 3.54944e-03 1.67492e-04 4.15896e-04 2.500e+00 1.99603e-03 1.18577e-04 2.51797e-04 2.700e+00 1.15615e-03 8.83742e-05 1.57373e-04 2.900e+00 6.62767e-04 6.43971e-05 9.74740e-05 3.125e+00 3.83984e-04 4.21688e-05 6.16511e-05 3.375e+00 2.62455e-04 3.45913e-05 4.64457e-05 3.625e+00 1.57268e-04 2.51407e-05 3.06453e-05 3.875e+00 9.32792e-05 1.98504e-05 1.99821e-05 4.250e+00 6.09863e-05 1.07020e-05 1.50007e-05 4.750e+00 9.29576e-06 3.90704e-06 2.72642e-06 5.250e+00 9.55414e-06 3.67141e-06 3.30819e-06 5.750e+00 3.70184e-06 2.80395e-06 1.49845e-06 # # ---------- # Centrality bin: 40-70% of d+Au cross section # # Fit: [2]*exp(-(TMath::Sqrt(0.1395700*0.1395700+x*x))/[1])+(([4]-1)*([4]-2)/(2.0*pi*([3]^2)))*([0]-2.0*pi*[2]*[1]*(0.1395700+[1])*exp(-0.1395700/[1]))*((1+(x/[3]))^(-[4])) # [0] = 3.76542e+00 # [1] = 1.34775e-01 # [2] = 1.61766e+01 # [3] = 3.60517e+00 # [4] = 1.65000e+01 # # h- in d+Au collisions # p_T inv yield stat err syst err 1.500e-01 6.90146e+00 6.65363e-02 6.00603e-01 2.500e-01 4.14858e+00 3.11859e-02 3.53514e-01 3.500e-01 2.46877e+00 1.92656e-02 2.06991e-01 4.500e-01 1.44828e+00 1.19671e-02 1.20027e-01 5.500e-01 8.75114e-01 7.73691e-03 7.19983e-02 6.500e-01 5.51313e-01 5.45101e-03 4.52129e-02 7.500e-01 3.47649e-01 3.92607e-03 2.85288e-02 8.500e-01 2.34207e-01 3.00548e-03 1.93019e-02 9.500e-01 1.52687e-01 2.28599e-03 1.26808e-02 1.050e+00 1.05942e-01 1.79268e-03 8.89534e-03 1.150e+00 7.25098e-02 1.42374e-03 6.17385e-03 1.250e+00 5.24320e-02 1.15772e-03 4.54004e-03 1.350e+00 3.62926e-02 9.23389e-04 3.20438e-03 1.450e+00 2.45792e-02 7.33889e-04 2.21836e-03 1.550e+00 1.86097e-02 6.18587e-04 1.72084e-03 1.650e+00 1.31675e-02 5.04206e-04 1.25013e-03 1.750e+00 9.94769e-03 4.19550e-04 9.71549e-04 1.850e+00 7.88204e-03 3.62999e-04 7.93283e-04 1.950e+00 5.06399e-03 2.83526e-04 5.26026e-04 2.100e+00 3.23080e-03 1.53612e-04 3.52793e-04 2.300e+00 1.95771e-03 1.13834e-04 2.29389e-04 2.500e+00 1.07162e-03 8.10184e-05 1.35184e-04 2.700e+00 5.92329e-04 5.95515e-05 8.06269e-05 2.900e+00 4.52702e-04 4.90934e-05 6.65795e-05 3.125e+00 2.18550e-04 2.90510e-05 3.50896e-05 3.375e+00 1.27710e-04 2.25120e-05 2.26004e-05 3.625e+00 8.17042e-05 1.66685e-05 1.59209e-05 3.875e+00 3.63516e-05 1.18202e-05 7.78718e-06 4.250e+00 2.83757e-05 6.70273e-06 6.97954e-06 4.750e+00 9.00583e-06 4.02549e-06 2.64139e-06 5.250e+00 2.67328e-06 1.92602e-06 9.25640e-07 # # ---------- # Centrality bin: 70-100% of d+Au cross section # # Fit: [2]*exp(-(TMath::Sqrt(0.1395700*0.1395700+x*x))/[1])+(([4]-1)*([4]-2)/(2.0*pi*([3]^2)))*([0]-2.0*pi*[2]*[1]*(0.1395700+[1])*exp(-0.1395700/[1]))*((1+(x/[3]))^(-[4])) # [0] = 1.88909e+00 # [1] = 1.49824e-01 # [2] = 7.73323e+00 # [3] = 2.97160e+00 # [4] = 1.44164e+01 # # h- in d+Au collisions # p_T inv yield stat err syst err 1.500e-01 3.48205e+00 4.34693e-02 3.03027e-01 2.500e-01 2.14331e+00 2.04809e-02 1.82639e-01 3.500e-01 1.29540e+00 1.34112e-02 1.08611e-01 4.500e-01 7.44474e-01 8.06957e-03 6.16985e-02 5.500e-01 4.43424e-01 4.96759e-03 3.64819e-02 6.500e-01 2.74672e-01 3.45704e-03 2.25257e-02 7.500e-01 1.70161e-01 2.51613e-03 1.39638e-02 8.500e-01 1.08625e-01 1.88332e-03 8.95223e-03 9.500e-01 7.17021e-02 1.51254e-03 5.95493e-03 1.050e+00 5.07857e-02 1.31177e-03 4.26416e-03 1.150e+00 3.25655e-02 9.06374e-04 2.77279e-03 1.250e+00 2.12768e-02 6.13962e-04 1.84234e-03 1.350e+00 1.49565e-02 4.96391e-04 1.32055e-03 1.450e+00 1.06954e-02 4.50401e-04 9.65300e-04 1.550e+00 8.21742e-03 3.41705e-04 7.59864e-04 1.650e+00 5.66100e-03 2.77199e-04 5.37460e-04 1.750e+00 4.18589e-03 2.68310e-04 4.08818e-04 1.850e+00 2.77491e-03 1.61164e-04 2.79278e-04 1.950e+00 2.11658e-03 1.37261e-04 2.19861e-04 2.100e+00 1.38803e-03 8.36253e-05 1.51568e-04 2.300e+00 8.56178e-04 7.81060e-05 1.00320e-04 2.500e+00 4.99949e-04 4.40660e-05 6.30680e-05 2.700e+00 2.37544e-04 2.80123e-05 3.23340e-05 2.900e+00 1.65817e-04 2.40122e-05 2.43869e-05 3.125e+00 1.29613e-04 2.01931e-05 2.08102e-05 3.375e+00 4.85592e-05 1.02970e-05 8.59334e-06 3.625e+00 4.34164e-05 9.93254e-06 8.46012e-06 3.875e+00 2.18631e-05 6.34629e-06 4.68347e-06 4.250e+00 1.57362e-05 3.79993e-06 3.87063e-06 4.750e+00 3.15085e-06 1.62593e-06 9.24136e-07 5.250e+00 2.53218e-06 1.30254e-06 8.76785e-07 5.750e+00 6.73100e-07 6.73100e-07 2.72462e-07