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Gamma-ray lines in solar flares with proton spectra measured by PAMELA experiment

机译:太阳能耀斑的Gamma射线线与Pamela实验测量的质子光谱

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During the solar flares protons and heavier ions are accelerated up to GeV energies. Accelerated ions can escape the Sun and be registered directly on spacecraft or penetrate into the solar atmosphere and then produce gamma-ray lines as the result of nuclear reactions. Previous studies revealed very poor correlation between fluxes of interplanetary ions and gamma-ray line emission. In this work we focus on joint observations of interplanetary solar energetic particles registered by PAMELA experiment and gamma-ray emission registered by Konus-Wind instrument in hard X-ray and soft gamma-ray ranges. This study confirmed the previous results: during the period from 2006 to 2014 there were only two solar flares registered both by PAMELA and Konus-Wind at energies above 1 MeV. We analyze gamma-ray spectrum for one of these flares and make suggestions about the reasons for the low correlation between interplanetary solar accelerated ions and accelerated ions interacted in the solar atmosphere.
机译:在太阳耀斑期间,质子和较重的离子加速到GEV精力。加速离子可以逃脱太阳并直接在航天器上注册或渗透到太阳气氛中,然后作为核反应产生伽马射线线。以前的研究表明,行星际离线和伽马射线排放的助熔剂之间的相关性非常差。在这项工作中,我们专注于通过在硬X射线和软γ射线范围内的konus风仪器登记的PAMELA实验和伽马射线发射的行星太阳能粒子的联合观察。本研究证实了以前的结果:在2006年至2014年期间,只有两种太阳耀斑仅在1 MeV以上的能量上登记。我们分析了其中一个耀斑的伽马射线光谱,并提出了关于在太阳气氛中相互作用的截然型太阳能加速离子和加速离子之间的低相关性的原因。

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