GPS L-band scintillations and total electron content (TEC) were recorded at Sanya (18.33◦N, 109.52◦E) during the period July 2004–July 2005. Automatic recorded raw digital scintillation data are analyzed to obtain the spectral characteristics of irregularities producing ionospheric scintillations and to estimate the correlation between amplitude scintillation and power spectral density. Concurr...

Scintillation and total electron content (TEC) are the two major examples of top-side ionospheric parameters that recorded differently by most Global Positioning System (GPS) receivers. The new GPS sensor created Atmospheric Space Technology Research Associates (ASTRA), Cornell University, University Texas, Austin have capability to record scintillation TEC fluctuations simultaneously. Hence, C...

In this work, a solar illumination model of the Earth’s atmosphere is developed. The developed allows us to determine with extreme accuracy how atmospheric varies during night hours on global scale. This time-dependent variation in causes series sudden changes entire Earth-atmosphere-ionosphere system considerable interest for various research sectors and applications related climate change, io...

In order to study GPS position error, the GPS Ionospheric Scintillation and TEC Monitor (GISTM) based GPS receiver was installed at an equatorial station, Bhopal (23.2 N, 77.4 E, Geomagnetic latitude 14.23 ̊ N), India. We analyzed the horizontal error and the level of confidence in terms of DRMS & CEP and positional error from fixed GPS point for 16 June 2005(disturb day). In order to study the ...