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首页> 外文期刊>Physics of atomic nuclei >Study on Multiparticle Azimuthal Correlations in Central CNE, MgMg, CCu, and OPb Interactions at Energy of 3.7 GeV per Nucleon
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Study on Multiparticle Azimuthal Correlations in Central CNE, MgMg, CCu, and OPb Interactions at Energy of 3.7 GeV per Nucleon

机译:在每个核子能量为3.7 GeV的情况下,中枢CNE,MgMg,CCu和OPb相互作用中的多粒子方位相关性研究

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摘要

Azimuthal correlations between protons and between points have been investigated in central CNe, MgMg, CCu, and OPb collisions at an energy of 3.7 GeVucleon. Negative (back-to-back) correlations have been observed for protons in CNe, CCu, and for 250L衺- mesons in CNe and MgMg collisions. For π~- mesons, positive (side-by-side) azimuthal correlations have been observed for heavy systems of CCu and OPb. The Quark-Gluon String Model satisfactorily describes the experimental results both for protons and π~- mesons.
机译:质子之间和点之间的方位角相关性已在中心CNe,MgMg,CCu和OPb碰撞中以3.7 GeV /核子的能量进行了研究。在CNe,CCu中的质子以及在CNe和MgMg碰撞中的250L介子均已观察到负相关(背对背)。对于π介子,对于重金属的CuCu和OPb,已经观察到正(并排)方位角相关性。 Quark-Gluon弦模型令人满意地描述了质子和π介子的实验结果。

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