Comparison of Numerical Simulations of the Electron Density in the D-Region Ionosphere with Measurements of the Radar of Partial Reflections

Comparison of Numerical Simulations of the Electron Density in the D-Region Ionosphere with Measurements of the Radar of Partial Reflections

The paper reports results of a comparison of the measured electron density in the ionospheric D-region measured using the partial reflection facility at the observatory. Tumanny of the Polar Geophysical Institute (69.0°N, 35.7°E) with numerical simulations performed using the theoretical model of th...

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Main Authors: Gomonov Aleksandr, Yurik Roman, Shapovalova Yulia, Cherniakov Sergei, Ogloblina Olga
Format: Article
Language:English
Published: EDP Sciences 2019-01-01
Series:EPJ Web of Conferences
Online Access:https://www.epj-conferences.org/articles/epjconf/pdf/2019/29/epjconf_mnps2018_03011.pdf
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spelling doaj-e29a2cfc4b9d49a089b29dd31279e4f42021-08-02T19:37:35ZengEDP SciencesEPJ Web of Conferences2100-014X2019-01-012240301110.1051/epjconf/201922403011epjconf_mnps2018_03011Comparison of Numerical Simulations of the Electron Density in the D-Region Ionosphere with Measurements of the Radar of Partial ReflectionsGomonov AleksandrYurik RomanShapovalova Yulia0Cherniakov Sergei1Ogloblina Olga2Polar Geophysical InstitutePolar Geophysical InstitutePolar Geophysical InstituteThe paper reports results of a comparison of the measured electron density in the ionospheric D-region measured using the partial reflection facility at the observatory. Tumanny of the Polar Geophysical Institute (69.0°N, 35.7°E) with numerical simulations performed using the theoretical model of the Polar Geophysical Institute (PGI) (Murmansk, Russian Federation). The model was examined using experimental data obtained under quiet geomagnetic conditions in March, 2017. The comparative analysis carried out in this study shows a very good agreement of the PGI model with experimental data and indicates that the IRI-2016 model fails to adequately reproduce measurements in regions with high electron density gradients.https://www.epj-conferences.org/articles/epjconf/pdf/2019/29/epjconf_mnps2018_03011.pdf
collection DOAJ
language English
format Article
sources DOAJ
author Gomonov Aleksandr
Yurik Roman
Shapovalova Yulia
Cherniakov Sergei
Ogloblina Olga
spellingShingle Gomonov Aleksandr
Yurik Roman
Shapovalova Yulia
Cherniakov Sergei
Ogloblina Olga
Comparison of Numerical Simulations of the Electron Density in the D-Region Ionosphere with Measurements of the Radar of Partial Reflections
EPJ Web of Conferences
author_facet Gomonov Aleksandr
Yurik Roman
Shapovalova Yulia
Cherniakov Sergei
Ogloblina Olga
author_sort Gomonov Aleksandr
title Comparison of Numerical Simulations of the Electron Density in the D-Region Ionosphere with Measurements of the Radar of Partial Reflections
title_short Comparison of Numerical Simulations of the Electron Density in the D-Region Ionosphere with Measurements of the Radar of Partial Reflections
title_full Comparison of Numerical Simulations of the Electron Density in the D-Region Ionosphere with Measurements of the Radar of Partial Reflections
title_fullStr Comparison of Numerical Simulations of the Electron Density in the D-Region Ionosphere with Measurements of the Radar of Partial Reflections
title_full_unstemmed Comparison of Numerical Simulations of the Electron Density in the D-Region Ionosphere with Measurements of the Radar of Partial Reflections
title_sort comparison of numerical simulations of the electron density in the d-region ionosphere with measurements of the radar of partial reflections
publisher EDP Sciences
series EPJ Web of Conferences
issn 2100-014X
publishDate 2019-01-01
description The paper reports results of a comparison of the measured electron density in the ionospheric D-region measured using the partial reflection facility at the observatory. Tumanny of the Polar Geophysical Institute (69.0°N, 35.7°E) with numerical simulations performed using the theoretical model of the Polar Geophysical Institute (PGI) (Murmansk, Russian Federation). The model was examined using experimental data obtained under quiet geomagnetic conditions in March, 2017. The comparative analysis carried out in this study shows a very good agreement of the PGI model with experimental data and indicates that the IRI-2016 model fails to adequately reproduce measurements in regions with high electron density gradients.
url https://www.epj-conferences.org/articles/epjconf/pdf/2019/29/epjconf_mnps2018_03011.pdf
work_keys_str_mv AT gomonovaleksandr comparisonofnumericalsimulationsoftheelectrondensityinthedregionionospherewithmeasurementsoftheradarofpartialreflections
AT yurikroman comparisonofnumericalsimulationsoftheelectrondensityinthedregionionospherewithmeasurementsoftheradarofpartialreflections
AT shapovalovayulia comparisonofnumericalsimulationsoftheelectrondensityinthedregionionospherewithmeasurementsoftheradarofpartialreflections
AT cherniakovsergei comparisonofnumericalsimulationsoftheelectrondensityinthedregionionospherewithmeasurementsoftheradarofpartialreflections
AT ogloblinaolga comparisonofnumericalsimulationsoftheelectrondensityinthedregionionospherewithmeasurementsoftheradarofpartialreflections
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