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Simulation of Penetration of Primary Protons into the Magnetosphere

机译:质子向磁层渗透的模拟

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摘要

The penetration of primary protons with preset spectra into the magnetosphere down to altitudes corresponding to low near-Earth orbits is simulated. The simulated data obtained for secondary protons with energies below the Alpha Magnetic Spectrometer (AMS) threshold (about 100 MeV) allow us to complement the experimental data in this range important for radiation protection. It is demonstrated that the simulation result correctly reproduces the AMS data, and differences in spectra averaged over longitudes on various magnetic latitudes are small (including the low-energy range) for different models of the magnetosphere.
机译:模拟了具有预设光谱的主要质子向磁层的渗透,直至对应于低近地轨道的高度。对于能量低于Alpha电磁光谱仪(AMS)阈值(约100 MeV)的次级质子获得的模拟数据,使我们可以补充在此范围内对辐射防护非常重要的实验数据。结果表明,模拟结果正确地再现了AMS数据,并且对于磁层的不同模型,在各种磁纬度上经度平均的频谱差异很小(包括低能范围)。

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