宇宙射线介子在10-70 GeV/c范围内的多次散射

C. A. Ayre, M. Hamdan, C. Hume, B. Nandi, M. Thompson, S. Wells, M. Whalley, A. Wolfendale
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引用次数: 1

摘要

新的达勒姆光谱仪,火星,已经被用来研究宇宙射线介子在铁中的库仑散射,动量范围在10-70 GeV/c。观测到的均方根侧向位移与预测结果吻合良好,在统计误差范围内,最小动量为2%,最大动量为17%。在整个动量范围内,观测到的散射位移与期望的均方根散射位移之比为1.023+or 0.019。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multiple scattering of cosmic ray muons in the range 10-70 GeV/c
The new Durham spectrograph, MARS, has been used to study the Coulomb scattering of cosmic ray muons in iron in the momentum range 10-70 GeV/c. The observed root mean square lateral displacement agrees well with that predicted to within the statistical errors, which range from 2% at the lowest momentum to 17% at the highest momentum. Averaged over the whole momentum range the ratio of observed to expected root mean square scattering displacement is 1.023+or-0.019.
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