Anisotropic ionospheric scintillation in weak scattering regime

Vasylyev, Dmytro; Béniguel, Yannick; Wilken, Volker; Kriegel, Martin; Berdermann, Jens

doi:10.1016/j.asr.2023.09.021

Advances in Space Research

2024

DOI: 10.1016/j.asr.2023.09.021

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Anisotropic ionospheric scintillation in weak scattering regime

Dmytro Vasylyev,

Yannick Béniguel,

Volker Wilken

et al.

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2024

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Scintillation analysis of gaussian beams in anisotropic and uniaxial media

Basdemir,

Elmabruk

2024

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Scintillation of Gaussian beams both in anisotropic and uniaxial media is examined numerically utilizing the split step approach. Both the point-like and the power scintillation indices of Gaussian beams that propagate for a 5 Km in anisotropic and uniaxial media are investigated. The effect of turbulence strength on the scintillation level is also studied. In this regard, the scintillation level of the three components of Gaussian beam both the anisotropic and the uniaxial are analysed and compared with the scintillation of the fundamental Gaussian beam. The provided results show that the x-component of the Gaussian beam as propagate in both the anisotropic and the uniaxial media has the lowest scintillation. In addition, in uniaxial medium, the three components of the Gaussian beam have a power scintillation level less than the fundamental Gaussian.

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Scintillation analysis of gaussian beams in anisotropic and uniaxial media

Basdemir,

Elmabruk

2024

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Anisotropic ionospheric scintillation in weak scattering regime

Cited by 1 publication

References 69 publications

Scintillation analysis of gaussian beams in anisotropic and uniaxial media

Scintillation analysis of gaussian beams in anisotropic and uniaxial media

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