Ionospheric scintillation frequently occurs in equatorial, auroral and polar regions, posing a
threat to the performance of the global navigation satellite system (GNSS). Thus, the …

The ionospheric scintillation and TEC (Total Electron Content) variations are studied using
GPS (Global Positioning System) measurements at an Indian low latitude station Surat …

Ionospheric scintillation variations are studied using GPS measurements at the low latitude
station of Shenzhen (22.59° N, 113.97° E), situated under the northern crest of the equatorial …

In the present study, we have used 250 MHz radio signal radiated by geostationary satellite
UFO-02 to study the occurrence characteristics of very high frequency scintillations …

A study of the occurrence of ionospheric scintillations at the VHF and L-band frequencies
was carried out at two stations in East Africa, viz. University of Nairobi (Geog 1.3° S, 36.8° E; …

Abstract Following Tanna et al.(2013), we computed the percentage of occurrence of S 4
index for the period of 2012–2015 using the data of the dual frequency GPS receiver at the …

This study presents a detailed comparative analysis of the two widely used percentage of
occurrence methodologies used to compute the statistics of ionospheric scintillation activity …

In this paper, the statistical features of scintillations and cycle slips of GPS (Global
Positioning System) signals, as well as the effects of solar activity and geomagnetic activity …

本文利用位于我国中南部电离层闪烁监测台网2012 年至2015 年的观测数据, 比较分析了GPS
(Global Positioning System) 信号闪烁与周跳的统计特征以及太阳活动和地磁扰动对闪烁与周 …

The climatological characteristics of UHF-band scintillations over the low-latitude region of
China were investigated by analyzing the observations recorded at three stations of our …