Electron density models of the ionosphere use different analytical formulations for the electron density vertical profile in the topside. The present paper compares some single-layer topside analytical descriptions (Chapman, Epstein, modified Epstein used in the NeQuick model) with experimental topside profiles obtained from measurements of IK19 and ISIS2 satellites. The limits of height range and shape for each formulation are described and analyzed and suggestions for the use of multiple layers solution to reproduce experimental results are given
High-resolution vertical electron density true height profiles from Athens Digisonde are used to cal...
The existing uncertainties about the electron density profiles in the topside ionosphere, i.e., in t...
Ionospheric scale height is a measure of the topside altitude dependence of electron density and is ...
Electron density models of the ionosphere use different analytical formulations for the electron den...
Recently an increasing number of topside electron density profiles has been made available to the sc...
An empirical method to model the ionospheric topside vertical electron density profile over the Euro...
In the last years, electron density profile functions characterized by a linear dependence on the sc...
Topside ionospheric electron density extrapolation techniques rely on the applied profiler model wit...
A critical part of the vertical ionospheric electron concentration profile is the region above its m...
none3noThe topside part of the ionosphere lies above the ionospheric F2 layer peak and extends up to...
An empirical method to model the ionospheric topside vertical electron density profile over the Euro...
An empirical method to model the lower part of the ionospheric topside region from the F2 layer peak...
The ionospheric electron density model NeQuick is a «profiler» which uses the peaks of the E-layer, ...
The existing uncertainties about the electron density profiles in the topside ionosphere, i.e., in t...
High-resolution vertical electron density true height profiles from Athens Digisonde are used to cal...
The existing uncertainties about the electron density profiles in the topside ionosphere, i.e., in t...
Ionospheric scale height is a measure of the topside altitude dependence of electron density and is ...
Electron density models of the ionosphere use different analytical formulations for the electron den...
Recently an increasing number of topside electron density profiles has been made available to the sc...
An empirical method to model the ionospheric topside vertical electron density profile over the Euro...
In the last years, electron density profile functions characterized by a linear dependence on the sc...
Topside ionospheric electron density extrapolation techniques rely on the applied profiler model wit...
A critical part of the vertical ionospheric electron concentration profile is the region above its m...
none3noThe topside part of the ionosphere lies above the ionospheric F2 layer peak and extends up to...
An empirical method to model the ionospheric topside vertical electron density profile over the Euro...
An empirical method to model the lower part of the ionospheric topside region from the F2 layer peak...
The ionospheric electron density model NeQuick is a «profiler» which uses the peaks of the E-layer, ...
The existing uncertainties about the electron density profiles in the topside ionosphere, i.e., in t...
High-resolution vertical electron density true height profiles from Athens Digisonde are used to cal...
The existing uncertainties about the electron density profiles in the topside ionosphere, i.e., in t...
Ionospheric scale height is a measure of the topside altitude dependence of electron density and is ...