Eiscat multipulse technique and its contribution to auroral ionosphere and thermosphere description
W. Kofman, Chantal Lathuillère
Abstract
W. Kofman, Chantal Lathuillère
Abstract
In this paper, we describe European Incoherent Scatter Scientific Association (EISCAT) capabilities to measure ionospheric parameters in the E and F regions simultaneously. We discuss especially the multipulse technique which we used for E region study. We show the behavior of the auroral ionosphere during a period with low energy input and its response to precipitation of electrons with wide energy spectrum. Finally, we show neutral density measurements in the lower thermosphere for two different days with different energy input.
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In this paper, we describe European Incoherent Scatter Scientific Association (EISCAT) capabilities to measure ionospheric parameters in the E and F regions simultaneously. We discuss especially the multipulse technique which we used for E region study. We show the behavior of the auroral ionosphere during a period with low energy input and its response to precipitation of electrons with wide energy spectrum. Finally, we show neutral density measurements in the lower thermosphere for two different days with different energy input.
Key concepts: Thermosphere, Ionosphere, Incoherent scatter, Physics, Computational physics, Electron density, Energy (signal processing), Electron