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Interaction between the Boundary of the Heliosphere and the Magnetosphere of Jupiter

Abstract

BECAUSE of the interstellar medium, the supersonic solar wind is believed to undergo a shock transition to subsonic flow at a distance Rh from the centre of the Sun1–3. Estimates3 placing the position of this shock (heliosphere boundary) at a radius Rh 50 A.U. have recently been questioned by both observational4–6 and theoretical7 studies which suggest the heliosphere radius to be .Rh5–10 A.U. Such a heliosphere boundary position could profoundly affect the configuration of the Jovian magnetosphere, and the location of the heliosphere boundary may be important in understanding the inverse correlation between the sunspot number and the probability of Jovian decametric radio emission8.

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LANZEROTTI, L., SCHULZ, M. Interaction between the Boundary of the Heliosphere and the Magnetosphere of Jupiter. Nature 222, 1054–1055 (1969). https://doi.org/10.1038/2221054a0

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  • DOI: https://doi.org/10.1038/2221054a0

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