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The muon charge ratio in cosmic ray air showers

机译:宇宙射线风淋中的μ子电荷比

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摘要

The muon charge ratio of the lateral muon density distributions in single EAS is studied by simulations, in context of recent proposals to measure this observable in coincidence with EAS observations. While effects of the hadronic interaction do not lead to significant differences of the total mu(+) and mu(-) content, the differences of the azimuthal variation of the muon densities of opposite charges and the azimuthal variation of the muon charge ratio appear to be very much pronounced, dependent on the direction of EAS incidence. This is due to the influence of the geomagnetic field which induces related effects in radio emission from extended air showers.
机译:通过模拟研究了单个EAS中横向μ子密度分布的μ子电荷比,并结合最近的建议来测量与EAS观测相符的可观测值。强子相互作用的影响不会导致总的mu(+)和mu(-)含量有显着差异,相反电荷的μ介子密度的方位角变化和μon电荷比的方位角变化似乎不同。取决于EAS发生的方向,它会非常明显。这是由于地磁场的影响,它会导致长时间淋浴后的无线电发射产生相关影响。

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