1-10 MeV质子通量的新模型(ONERA GREEN-V3模型的一部分)

A. Sicard, S. Bourdarie, D. Lazaro, D. Standarovski, R. Ecoffet, L. Lanzerotti, A. Gerrard
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引用次数: 0

摘要

ONERA GREEN模型的新版本(GREEN V3)正在开发中,重点是低能质子通量(1-10兆电子伏特)。这些粒子的磁层占比的最新测量结果及时地修正了GREEN模型。双范艾伦探测器航天器上的RBSPICE仪器和NOAA-POES航天器上的SEM2仪器的测量结果已用于构建该能量范围内的质子通量模型。为了考虑辐射带中质子通量对太阳周期的依赖性,研究了质子通量与F10.7太阳射电噪声的相关性。本文描述了估算GREEN V3中$\boldsymbol{\mathrm{L}^{\ast}=2}$和$\boldsymbol{\mathrm{L}^{\ast}=6}$之间质子通量的方法。这里只显示了2.5-6.9 MeV的质子能量范围,但已经研究了更大的能量范围(1-10 MeV)。
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A new model for the 1-10 MeV proton fluxes (part of ONERA GREEN-V3 model)
A new version of the ONERA GREEN model (GREEN V3) is in development, with a focus on low-energy proton fluxes (1–10 MeV). Newly available measurements of the magnetosphere population of these particles make a revision of the GREEN model timely. Measurements from the RBSPICE instrument on the dual Van Allen Probes spacecraft and from the SEM2 instrument on the NOAA-POES spacecraft have been used to construct a proton flux model in this energy range. In order to take into account the dependence on the solar cycle of proton fluxes in the radiation belts, the correlation between those fluxes and the F10.7 solar radio noise has been studied. This paper describes the method used to estimate the proton fluxes between $\boldsymbol{\mathrm{L}^{\ast}=2}$ and $\boldsymbol{\mathrm{L}^{\ast}=6}$ for GREEN V3. Only the proton energy range 2.5-6.9 MeV is shown here but a larger energy range (1–10 MeV) has been studied.
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