Wavelet analysis based VTEC variability over mid-latitude region Sukkur, Pakistan and its comparison with IRI models during 2019-2020 | Zendy

Rasim Shahzad | Zendy; Amna Hafeez | Zendy; José Francisco de OliveiraJúnior | Zendy; Arslan Ahmed | Zendy; Punyawi Jamjareegulgarn | Zendy; Najam Abbas Naqvi | Zendy

Open Access

Wavelet analysis based VTEC variability over mid-latitude region Sukkur, Pakistan and its comparison with IRI models during 2019-2020

Author(s) -

Rasim Shahzad,

Amna Hafeez,

José Francisco de OliveiraJúnior,

Arslan Ahmed,

Punyawi Jamjareegulgarn,

Najam Abbas Naqvi

Publication year - 2022

Publication title -

natural and applied sciences international journal (nasij)

Language(s) - English

Resource type - Journals

ISSN - 2788-4619

DOI - 10.47264/idea.nasij/3.1.2

Subject(s) - vtec , tec , solar cycle 24 , wavelet , total electron content , global positioning system , environmental science , international reference ionosphere , latitude , solar cycle , earth's magnetic field , meteorology , atmospheric sciences , geodesy , ionosphere , geography , computer science , geology , physics , artificial intelligence , geophysics , chemistry , solar wind , telecommunications , biochemistry , quantum mechanics , magnetic field , escherichia coli , gene

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