Modeling z-shaped disturbance along the Pedersen ray of oblique sounding ionogram using adaptation of IRI to experimental data | Zendy

Антон Ким | Zendy; Елена Романова | Zendy; Г. В. Котович | Zendy; Сергей Пономарчук | Zendy; Sergey Ponomarchuk | Zendy

Open Access

Modeling z-shaped disturbance along the Pedersen ray of oblique sounding ionogram using adaptation of IRI to experimental data

Author(s) -

Антон Ким,

Елена Романова,

Г. В. Котович,

Сергей Пономарчук,

Sergey Ponomarchuk

Publication year - 2017

Publication title -

solar-terrestrial physics

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.11

H-Index - 2

ISSN - 2500-0535

DOI - 10.12737/24273

Subject(s) - ionogram , ionosphere , plasmasphere , oblique case , depth sounding , disturbance (geology) , trajectory , international reference ionosphere , geophysics , geodesy , geology , meteorology , physics , magnetosphere , plasma , tec , total electron content , linguistics , philosophy , oceanography , electron density , quantum mechanics , astronomy , paleontology

We present the results of numerical modeling of a traveling ionospheric disturbance that causes z-shaped bends at the Pedersen ray of oblique incidence ionograms. The results of trajectory synthesis of oblique incidence ionograms are given for the ionosphere, taking into account the traveling ionospheric disturbance. In the work, we use the International Reference Ionosphere, adapted to experimental data, and the Global Model of the Ionosphere and Plasmasphere.

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