对涉及宇宙射线介子的各种现象作出一致解释的可能性

J. Wdowczyk, E. Zujewska
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引用次数: 5

摘要

从“再生阵雨”假说的观点出发,讨论了各种宇宙射线现象。这表明,最初是为了解释介子稀少的阵雨而提出的假设,对宇宙射线中观察到的各种“不寻常”现象给出了一致的解释。最有趣的结果是,该假设可以解释高能“μ子”光谱之间的明显差异,从爆发大小的光谱和从其他类型的观察推断。加上被动粒子衰变成寿命为10-7秒量级的μ子对的附加假设,该假设也可以解释犹他小组观察到的高能μ子的异常角分布(Carlson et. al. 1971)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The possibility of a consistent explanation of various phenomena involving cosmic ray muons
A discussion is given of various cosmic ray phenomena from the point of view of the hypothesis of 'regenerated showers'. It is shown that the hypothesis, which was originally developed in order to explain muon-poor showers, gives a consistent explanation of various 'unusual' phenomena observed in cosmic rays. The most interesting result is that the hypothesis can explain the apparent discrepancy between the high energy 'muon' spectrum derived from the burst size spectrum and that deduced from other types of observation. With the additional assumption that the passive particle decays into a muon pair with lifetime of the order of 10-7 s, the hypothesis can also explain the abnormal angular distribution of energetic muons observed by the Utah group (Carlson et. al. 1971).
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