1962•Journal of Geophysical Research AtmospheresRequires access

Universal-time control of the Arctic and AntarcticFregion

R. A. Duncan

Open publisher page 67 citations

Abstract

Electron densities in the F region above Antarctica vary with universal time. Similar, but weaker, behavior is found above the Arctic. In both hemispheres maximum electron densities occur close to the time of local noon at the geomagnetic pole. Some evidence suggests that during equinox negative ions are produced by proton bombardment and subsequently are detached by sunlight.

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What this paper is about

Electron densities in the F region above Antarctica vary with universal time. Similar, but weaker, behavior is found above the Arctic. In both hemispheres maximum electron densities occur close to the time of local noon at the geomagnetic pole. Some evidence suggests that during equinox negative ions are produced by proton bombardment and subsequently are detached by sunlight.

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Available abstract

Electron densities in the F region above Antarctica vary with universal time. Similar, but weaker, behavior is found above the Arctic. In both hemispheres maximum electron densities occur close to the time of local noon at the geomagnetic pole. Some evidence suggests that during equinox negative ions are produced by proton bombardment and subsequently are detached by sunlight.

Key concepts: Noon, Equinox, Local time, The arctic, Earth's magnetic field, Physics, Arctic, Proton

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