A signal, such as from a GNSS satellite or microwave sounding system, propagating in the
randomly inhomogeneous ionosphere, experiences chaotic modulations of its amplitude …

The ionosphere is the Earth's upper atmosphere with sufficiently charged particles that
influence the electromagnetic wave propagation, thereby impeding spaceborne synthetic …

An L-band geosynchronous synthetic aperture radar (GEO SAR) is susceptible to the
ionospheric scintillation induced by ionospheric irregularities due to its lower carrier …

Amplitude stripes imposed by ionospheric scintillation have been frequently observed in
many of the equatorial nighttime acquisitions of the Advanced Land Observing Satellite …

The spaceborne low-frequency (L-band and below) synthetic aperture radar (SAR) is very
susceptible to ionospheric scintillation. The scintillation phase error (SPE) is a vital factor …

Spaceborne synthetic aperture radar (SAR) systems, operating at L-band or lower, are very
susceptible to ionospheric scintillation. The scintillation phase error (SPE) can bring about …

星载合成孔径雷达(SAR) 受电离层影响会出现回波信号失真, 图像质量恶化,
干涉/极化测量精度下降等问题, 对于工作在L 波段和P 波段的低波段星载SAR …

The phase scintillation induced by ionospheric irregularities can reduce azimuth
decorrelation and cause defocusing in the low-frequency spaceborne synthetic aperture …

Networks of ground-based global navigation satellite system (GNSS) receivers have been
widely used to monitor scintillation caused by irregularities in the disturbed ionosphere. Due …

Space-based synthetic aperture radar (SAR) can be affected by the ionosphere, particularly
at L-band and below. A technique is described that exploits the reduction in SAR image …