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N_binary and N_part in U+U collisions - Zhenyu
Below are numbers I got from Hiroshi Masui in
May 2013.
16 bins in centrality 0-80%
Ncoll
[1]1281.26
[2]1010.97
[3]798.527
[4]628.011
[5]490.596
[6]379.861
[7]290.308
[8]217.353
[9]160.027
[10]115.689
[11]81.7581
[12]56.9773
[13]38.3629
[14]25.0591
[15]16.2799
[16]10.2311
Npart
[1]414.873
[2]355.421
[3]300.918
[4]253.662
[5]212.842
[6]177.481
[7]146.781
[8]119.633
[9]96.3434
[10]76.4301
[11]59.5496
[12]45.7347
[13]34.0142
[14]24.5462
[15]17.4621
[16]11.9753
These were obtained by tuning the Glauber modelto STAR data
taken in 2012. There is a paper from Hiroshi in 2009 which
was based on Glauber model default parameters.
taken in 2012. There is a paper from Hiroshi in 2009 which
was based on Glauber model default parameters.
What I ended up using is to take the central values from
the numbers which were tuned to STAR data, and took the
uncertainty from the paper.
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