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Evaluation of analytical ionospheric models used in electron density profile reconstruction
Abstract New formulae based on the Sech-squared, Exponential and Chapman layers are introduced for a TEC-based electron density reconstruction technique using ionosonde and upper ion transition level data. These analytical ionospheric models are implemented and tested as reconstruction tools with the help of satellite in-situ measurements of the ion and electron densities. Particular attention is drawn to the calculation quality of the scale height in the upper ionosphere, from hmF2 up to the $ O^{+} $-$ H^{+} $ transition height.
Evaluation of analytical ionospheric models used in electron density profile reconstruction
Abstract New formulae based on the Sech-squared, Exponential and Chapman layers are introduced for a TEC-based electron density reconstruction technique using ionosonde and upper ion transition level data. These analytical ionospheric models are implemented and tested as reconstruction tools with the help of satellite in-situ measurements of the ion and electron densities. Particular attention is drawn to the calculation quality of the scale height in the upper ionosphere, from hmF2 up to the $ O^{+} $-$ H^{+} $ transition height.
Evaluation of analytical ionospheric models used in electron density profile reconstruction
Stankov, S. M. (Autor:in)
2002
Aufsatz (Zeitschrift)
Englisch
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