Multiple studies of scintillation phenomena have shown that, in certain situations, the intense
phase fluctuations of trans-ionospheric radio signals are associated with the scattering on …

Ionospheric irregularities and associated scintillations under geomagnetically active/quiet
conditions have detrimental effects on the reliability and performance of space-and ground …

This paper critically examines the causes of attenuation of radio waves when it is
propagating through ionosphere. The electron density of ionosphere affects the propagation …

Abstract A three-year study (2017, 2020, 2021) of diurnal and seasonal characteristics of
nighttime spread F over eight Digisonde European stations covering an extended latitude …

Transionospheric radio signals might undergo random modulations of their amplitude and
phase caused by scattering on irregular structures in the ionosphere. These scintillation …

Ionospheric scintillations due to plasma irregularities can severely affect the modern
dynamic and technological systems whose operations rely on satellite-based navigation …

Ionospheric scintillations, which usually manifest as sudden, rapid fluctuations in radio wave
signal phase and amplitude, challenge the reliability of satellite communication and …

In the problems of transionospheric synthetic aperture radar (SAR) imaging, autofocus, and
ionospheric tomography, the Earth's ionosphere is often represented by a phase screen. A …

低轨卫星(LEO) 具备通信时延低, 部署成本低, 覆盖范围广的特点, 已经成为了建设未来空天地
一体化网络的重要组成部分. 然而卫星通信中端到端传播距离长, 经历衰落复杂 …

Abstract Low Earth Orbit satellite (LEO) has the characteristics of low communication delay,
low deployment cost and wide coverage, and has become an important part of the …