Dong Liang, Yan Xiaojuan, Huang Wengeng, Li Pan, Yu Chao, Gao Guannan, A Ercha, Shen Faxin, Guo Shaojie. X-ray Aura Analysis of the Solar Radio Burst Interfering with Navigation Signal Events on November 4, 2015[J]. Astronomical Techniques and Instruments, 2021, 18(3): 294-300. DOI: 10.14005/j.cnki.issn1672-7673.20210524.001
Citation: Dong Liang, Yan Xiaojuan, Huang Wengeng, Li Pan, Yu Chao, Gao Guannan, A Ercha, Shen Faxin, Guo Shaojie. X-ray Aura Analysis of the Solar Radio Burst Interfering with Navigation Signal Events on November 4, 2015[J]. Astronomical Techniques and Instruments, 2021, 18(3): 294-300. DOI: 10.14005/j.cnki.issn1672-7673.20210524.001

X-ray Aura Analysis of the Solar Radio Burst Interfering with Navigation Signal Events on November 4, 2015

  • Solar radio burst event (SRB) is an optional factor for wireless communications especially satellites navigation communications. The peak flux of the SRB event in 4th November reached 5 800 SFU (Solar Flux Unit) in 1 415 MHz. During this event, the GPS receivers in European and the Air navigation systems all suffered from stronge influences. In this paper, we analysed the relationship between X-ray flux variation and radio flux variation during this event. By comparing, the beginning time of X-ray flux upraising was 30 minutes earlier than radio flux. Furthermore, in this paper we discussed the background of phenomenon, the soft and hot X-rays correspond to hot and non-hot electron radiation, which is the physical condition that produces radio bursts that can cause such space weather events. The soft-to-hard process of X-rays can offer an effective early alarming method for this kind of space weather events.
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