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- W2065445031 endingPage "1575" @default.
- W2065445031 startingPage "1559" @default.
- W2065445031 abstract "Abstract. We use a test particle model to explore anisotropy and fast flows in the central plasma sheet (CPS) that are a consequence of plasma sheet boundary layer (PSBL) ion beam dynamics. Ion distributions and flows (velocity moments) in the CPS and equatorial current sheet (CS) are compared and we find that mirroring of initially earthward beams from the PSBL, and their subsequent convection to the CS region, results in strong anisotropy throughout the CPS. At higher latitudes, velocity moments are field-aligned and feature earthward flow. Deeper in the CPS, velocity moments yield flows in the anti-earthward direction. There is no clear distinction between the PSBL and CPS, since velocity distributions with large streaming components occur throughout the model CPS, but in the CS region they are anisotropic and nongyrotropic. In the CS region velocity moments can feature anti-earthward cross field flows. These tailward flows (> 400 km/s) are observed in the CS region between X = - 20 to - 30 RE due to nonadiabatic effects. Model results suggest that fast tailward plasma flows can be obtained without necessarily appealing to magnetotail processes associated with dynamic geomagnetic activity.Key words. Magnetospheric physics (magnetospheric con-figuration and dynamics) – Space plasma physics (charge particle motion and acceleration; numerical simulation studies)" @default.
- W2065445031 created "2016-06-24" @default.
- W2065445031 creator A5010310655 @default.
- W2065445031 creator A5062241685 @default.
- W2065445031 creator A5068376099 @default.
- W2065445031 creator A5069733704 @default.
- W2065445031 date "2002-10-31" @default.
- W2065445031 modified "2023-10-03" @default.
- W2065445031 title "Origin of some anisotropic tailward flows in the plasma sheet" @default.
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- W2065445031 doi "https://doi.org/10.5194/angeo-20-1559-2002" @default.
- W2065445031 hasPublicationYear "2002" @default.
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