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首页> 外文期刊>EPJ Web of Conferences >Upper limit on the fraction of the cosmic ray flux from a separable source in the energy interval (10 17 -10 19 eV), estimated using data from the Yakutsk array
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Upper limit on the fraction of the cosmic ray flux from a separable source in the energy interval (10 17 -10 19 eV), estimated using data from the Yakutsk array

机译:使用Yakutsk阵列的数据估算的能量间隔中(10 17 -10 19 eV)来自可分离源的宇宙射线通量的分数的上限

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摘要

Arrival directions of ultra-high energy cosmic rays (UHECRs) in the equatorial system, detected with the Yakutsk array in the energy range (10~(17)-10~(19)eV), are re-analyzed using a new approximation for the zenith angle distribution of the event rate of extensive air showers (EAS). While the null hypothesis cannot be rejected based on the data used here, an upper limit on the fraction of cosmic rays from a separable source in the uniform background is derived as a function of declination and energy.
机译:使用雅库茨克阵列在能量范围(10〜(17)-10〜(19)eV)中探测到的赤道系统中的超高能宇宙射线(UHECR)的到达方向,使用新的近似方法重新分析大型空气淋浴(EAS)事件发生率的天顶角分布。尽管不能基于此处使用的数据拒绝零假设,但根据磁偏角和能量推导了来自统一背景中可分离源的宇宙射线份额的上限。

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