Effect of initial sizes on the character of the diffusional spreading of inhomogeneities in the quasi-homogeneous ionosphere

Physics

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Inhomogeneity, Ionospheric Propagation, Space Plasmas, Traveling Ionospheric Disturbances, Daytime, Diffusion Theory, Electron Diffusion, Ionic Diffusion, Nonuniform Plasmas, Relaxation Time, Size (Dimensions)

Scientific paper

It is shown that the character and rate of the inhomogeneity-diffusion process in the homogeneous ionospheric plasma depends significantly on the transverse initial inhomogeneity size. For a model of the daytime ionosphere at a height of 200 km, the transverse inhomogeneity size is identified which leads to a change from the electronic character of diffusion to an ionic character. This results in a significant change in the relaxation time of inhomogeneities as well as in the transverse-size dependence of relaxation time and characteristic sizes in the spreading process.

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