Respon TEC Ionosfer Di Atas Bandung Dan Manado Terkait Flare Sinar-X Matahari Kelas M5.1 Dan M7.9 Tahun 2015 (Ionospheric TEC Response Over Bandung Dan Manado Associated With M5.1 And M7.9 Classes Of Solar Flare Xrays In 2015)

Image of Respon TEC Ionosfer Di Atas Bandung Dan Manado Terkait Flare Sinar-X Matahari Kelas M5.1 Dan M7.9 Tahun 2015 (Ionospheric TEC Response Over Bandung Dan Manado Associated With M5.1 And M7.9 Classes Of Solar Flare Xrays In 2015)
The solar flare is potential to cause sudden increase of the electron density in the ionosphere,particularly in D layer, known as Sudden Ionospheric Disturbances (SID). This increase of electron density occurs not only in the ionospheric D layer but also in the ionospheric E and F layers. Total Electron Content (TEC) measured by GPS is the total number of electrons from D to F layer. The aim of this research is to study the effect of solar flare x-rays, greater than M5 class in 2015, on ionospheric TEC over Bandung and Manado. This paper presents the preliminary result of ionospheric TEC response on solar flare occurrence over Indonesia. The ionospheric TEC data is derived from GPS Ionospheric Scintillation and TEC Monitor (GISTM) receiver at Bandung (-6.90o S;107.6o E geomagnetic latitude 16.54o S) and Manado (1.48o N; 124.85o E geomagnetic latitude 7.7o S). The solar x-rays flares classes analyzed where M5.1 on 10 March 2015 and M7.9 on 25 June 2015. Slant TEC (STEC) values where calculated to obtain Vertical TEC (VTEC) and the Differential of the VTEC (DVTEC) per PRN satellite for further analysis. The results showed that immediately after the flare, there where sudden enhancement of the VTEC and the DVTEC (over Bandung and Manado) at the same time. The time delay of ionospheric TEC response on M5.1 flare was approximately 2 minutes, then the VTEC increased by 0.5 TECU and the DVTEC rose sharply by 0.5 – 0.6 TECU/minutes. Moreover, the time delay after the M7.9 flare was approximately 11 minutes, then the VTEC increased by 1 TECU and the DVTEC rose sharply by 0.6 – 0.9 TECU/minutes.
Informasi Detil
Judul Seri Jurnal Sains Dirgantara vol. 14 No.2 Juni 2017
No. Panggil -
Penerbit LAPAN : Jakarta.,
Deskripsi Fisik Hal. 111-126
Bahasa Indonesia
ISBN/ISSN 1412-808X
Klasifikasi Jurnal PSA
Edisi vol.14 no. 2 Juni 2017
Subyek TEC
GPS
Ionosphere
flare
SID
Pernyataan Tanggungjawab
Pusat Sains Antariksa
Versi lain/terkait
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