For spaceborne synthetic aperture radar (SAR) imaging, the dispersive ionosphere has
significant effects on the propagation of the low frequency (especially P-band) radar signal …

In the aspect of the transmitting error compensation in SAR imaging, the research of the
ionospheric effect on the radar echo is developed. As the random and dispersive nature of …

In this paper, the effect of some factors such as the size of real antenna, different ionospheric
spectra and the size of ionospheric irregularities on the azimuth resolution of Synthetic …

Abstract The Medium-Earth-Orbit SAR (MEOSAR) is one of the potential next-generation
spaceborne SARs. Ionospheric effects analysis is one of the critical techniques for the …

This paper discusses the degradation of space-borne synthetic aperture radar (SAR)
imaging due to anisotropic ionospheric irregularities. In the case of the oblique incidence …

In the past, most of the spaceborne synthetic aperture radars (SAR) operating at C-band or
higher frequencies, and the ionospheric effects are negligible in these bands. Recently, the …

The Medium-Earth-Orbit Synthetic Aperture Radar (MEOSAR) is one of the most potential
next-generation spaceborne SARs for its excellent performance. However, ionospheric …

Ionosphere is an important factor in high-resolution spaceborne synthetic aperture radar
(SAR) and geosynchronous (GEO) SAR. An approach based on point target deviation …

For high resolution space-borne P-band SAR system, ionospheric effects could cause
serious phase errors. These errors are causally related to the radar frequency and the TEC …

For low frequency spaceborne Synthetic Aperture Radar (SAR) systems, the ionosphere will
have a significant effect on SAR calibration. In this paper, an approach for ionospheric …