在RHIC上计时强子化

M. Tonjes, A. Molen, G. Westfall
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引用次数: 0

摘要

2000年夏天,RHIC加速器以\(\sqrt {s_{NN} } = 130\) GeV的速度将Au碰撞到Au束上。为了研究这些碰撞,RHIC实验使用了大量的可观测数据。在相对论性重离子领域中一个新的可观察到的现象是平衡函数。平衡函数可用于测量带电粒子对在速度上的相关性。在同一点产生的粒子对的快速分离表明了该粒子对的强子化时间。报告了STAR数据的初步平衡函数分析。本文还讨论了强子气体模拟(HIJING)中平衡函数的计算。这些初步结果表明,平衡函数在重离子碰撞中是一个有用的观测值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Clocking hadronization at RHIC
The RHIC accelerator collided Au on Au beams at \(\sqrt {s_{NN} } = 130\) GeV in the summer of 2000. To study these collisions, the RHIC experiments have been using a number of observables. One new observable in the field of relativistic heavy ions is the balance function. The balance function can be used to measure the correlation of charged particle pairs in rapidity. The rapidity separation of a particle pair that is created at the same point indicates the time of hadronization for that pair. Preliminary balance function analyses of STAR data are reported. The calculation of a balance function for hadron gas simulations (HIJING) is also discussed in this paper. These preliminary results indicate that the balance function is a useful observable in heavy-ion collisions.
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