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Effects of momentum conservation on the analysis of anisotropic flow
Physical Review C
We present a general method for taking into account correlations due to momentum conservation in the analysis of anisotropic flow, either by using the two-particle correlation method or the standard flow vector method. In the latter, the correlation between the particle and the flow vector is either corrected through a redefinition (shift) of the flow vector, or subtracted explicitly from the observed flow coefficient. In addition, momentum conservation contributes to the reaction planedoi:10.1103/physrevc.66.014901 fatcat:4irqpnx2nvfq5guho7fdfe72j4