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High energy and time resolution measurements of energetic electron\udand ion fluxes obtained by the DOK-2 experiment on board the Interball-tail\udsatellite provide us the opportunity to study the short-lived (1–3min),\udlocalized, and often periodic and dispersive flux increases within the plasma\udsheet. We have deliberately selected and studied two intervals corresponding\udto the dawn and dusk magnetotail flanks. Dispersive electron (ion) bursts in\udthe dawn side (dusk side) are observed from L=7 to L=27. These bursts, having an\udindividual entity, are termed microinjections and are observed in radial distances\udgreater than those predicted by the ``injection boundary model." In this paper\udwe suggest that the dispersive fluxes at widely separated radial distances are\udproduced by multiple pulsating isospectrum surfaces ordered in succession. At\udthe inner edge of the plasma sheet, the isospectrum surface is considered by\udSarafopoulos (2002) as a meandering injection boundary. Roughly, we\udestimate that the wavelength for an oscillating isospectrum surface is <∼7RE.\udA newly-injected population can coexist with the population from another\udinjection center. These electron-ion drifts probably lead to the formation of\udthe profound dawn-dusk species dependent asymmetry of energetic particles\udwithin the plasma sheet. \udKey words. Magnetospheric physics (plasma sheet; energetic\udparticles, precipitating; MHD waves and instabilities

annales geophysicae

Evidence for energetic electron and iondispersive microinjections in theEarth's magnetotail as far as 27 &amp;lt;i&amp;gt;R&amp;lt;sub&amp;gt;E&amp;lt;/sub&amp;gt;&amp;lt;/i&amp;gt;