2023
DOI: 10.3390/universe9060280
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Modeling the Topside Ionosphere Effective Scale Height through In Situ Electron Density Observations by Low-Earth-Orbit Satellites

Abstract: In this work, we aim to characterize the effective scale height at the ionosphere F2-layer peak (H0) by using in situ electron density (Ne) observations by Langmuir Probes (LPs) onboard the China Seismo-Electromagnetic Satellite (CSES—01). CSES—01 is a sun-synchronous satellite orbiting at an altitude of ~500 km, with descending and ascending nodes at ~14:00 local time (LT) and ~02:00 LT, respectively. Calibrated CSES—01 LPs Ne observations for the years 2019–2021 provide information in the topside ionosphere,… Show more

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Cited by 3 publications
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“…Also in this case, such evidence agrees with our results about B2mod. A similar approach has been applied also by Pignalberi et al [2023] which made use of in-situ N e values provided by the CSES-01 satellite [Pignalberi et al, 2022c] for the topside anchor point and, in addition, introduced the topside scale height altitudinal variation through COSMIC-1 radio occultation observations. Recently, Pignalberi et al [2022b] calculated NeQuick topside parameters (H 0 , g, and r) through topside profiles obtained from radio occultation by COSMIC-1, with the F2-layer anchor point provided by measurements.…”
Section: Discussionmentioning
confidence: 99%
“…Also in this case, such evidence agrees with our results about B2mod. A similar approach has been applied also by Pignalberi et al [2023] which made use of in-situ N e values provided by the CSES-01 satellite [Pignalberi et al, 2022c] for the topside anchor point and, in addition, introduced the topside scale height altitudinal variation through COSMIC-1 radio occultation observations. Recently, Pignalberi et al [2022b] calculated NeQuick topside parameters (H 0 , g, and r) through topside profiles obtained from radio occultation by COSMIC-1, with the F2-layer anchor point provided by measurements.…”
Section: Discussionmentioning
confidence: 99%