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首页> 外文期刊>Il Nuovo Cimento della Societa Italiana di Fisica, C. Geophysics and space physics >Multiparametric advanced research tool for meteo satellites data interfacing with space observation of ultra high energy cosmic rays
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Multiparametric advanced research tool for meteo satellites data interfacing with space observation of ultra high energy cosmic rays

机译:多参数高级研究工具,用于气象卫星数据与超高能宇宙射线空间观测的接口

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摘要

To approach the study of the cosmic rays in the energy range E > 10~(20) eV, the upper end of the spectrum observed to date, with a large statistical significance (10~3 events/year), and hence address the solution of several astrophysical and cosmological problems related to their existence and behaviour, a new generation of experiments will probably have to be conceived and realised. They will be based on the observation and measurements of cosmic rays from space. The extremely low rate of these events (~ 1 event/(century * km~2 x sr)) imposes a very large effective area to be monitored, of the order of 105km2, as an observational requirement to meet the target statistics.
机译:为了研究能量范围E> 10〜(20)eV的宇宙射线,迄今为止观测到的光谱上限具有较大的统计意义(每年10〜3个事件),因此提出了解决方案在与它们的存在和行为有关的几个天文学和宇宙学问题中,可能必须构思和实现新一代的实验。它们将基于对太空中宇宙射线的观察和测量。这些事件的发生率极低(〜1个事件/(世纪* km〜2 x sr)),这是一个非常大的有效监视区域,约为105 km2,这是满足目标统计数据的观察要求。

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