论文标题
二维无质量传输模型中有限数量的撤销数量的各向异性流动的波动
Fluctuations of anisotropic flow from the finite number of rescatterings in a two-dimensional massless transport model
论文作者
论文摘要
我们研究了由于二维无质量颗粒系统中散射数量有限而导致各向异性横向流动的波动。使用来自蒙特卡洛·格劳伯（Monte Carlo Glauber）模型的一组初始几何形状，我们研究流量系数如何在相应的偏心率下围绕其平均值波动，对于散射横截面的几个值。我们还展示了在初始几何形状中围绕相应参与者平面的各向异性流的第二和第三事件平面的分布，这是系统中平均散射数的函数。
We investigate the fluctuations of anisotropic transverse flow due to the finite number of scatterings in a two-dimensional system of massless particles. Using a set of initial geometries from a Monte Carlo Glauber model, we study how flow coefficients fluctuate about their mean value at the corresponding eccentricity, for several values of the scattering cross section. We also show how the distributions of the second and third event planes of anisotropic flow about the corresponding participant plane in the initial geometry evolve as a function of the mean number of scatterings in the system.
