Interplanetary parameters investigations are the keyspace of space research and are in the
center of the relationship to the Sun and Earth. The investigations gain meaning by …

In this study, the ionospheric responses in the Asian‐Australian, American, and African
sectors during the August 2018 geomagnetic storm were investigated based on the Beidou …

Since the time scale of weak storms is about half the time scale of intense storms, it is
troublesome and important to examine the solar wind parameters/interplanetary magnetic …

The in-depth investigation of the parameters of the solar wind, the zonal geomagnetic
indices and the interplanetary magnetic field (IMF) is the key to furthering space weather …

In this study, we utilize ICON observations from 2019 to 2022 to analyze the variability of
vertical plasma drift and its relationship with the neutral winds. The results reveal that there …

Solar wind parameters (SWP) and geomagnetic indices act as defining factors between the
Earth's magnetosphere-ionosphere and the Sun. Models between SWP and indices should …

Using an in–house developed Quasi Two–Dimensional (QTD) physics–based ionospheric
model, the impact of E× B drift velocity on the vertical distribution of the electron density over …

This paper presents the analysis of the Equatorial electrojet (EEJ S) and Counter equatorial
electrojet (CEJ S) at quiet times (Kp⩽ 3) deduced from the absolute scalar magnetometers …

A detailed investigation on longitudinal and decadal variations of general characteristics
(amplitude, width, peak altitude) of the equatorial electrojet (EEJ) is carried out using a …

To understand the dynamics of the equatorial ionosphere and mitigate its effect on radio
wave propagation, vertical ion drift velocity empirical models have been developed using …