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Plasmas and energetic processes in the geomagnetosphere / Lev I. Dorman.

By: Contributor(s): Material type: TextTextLanguage: English Series: Physics research and technologyPublication details: NY : Nova publishers, 2017.Description: v2, xxxvii,521p. : illustrations ; 26 cmISBN:
  • 9781536101270
  • 1536101273
Other title:
  • Plasmas/magnetic and current sheets, reconnections, particle acceleration, and substorms
Subject(s): Additional physical formats: Online version:: Plasmas and energetic processes in the geomagnetosphere.DDC classification:
  • 538/.766 23
LOC classification:
  • QC809.M35 D67 2016
Contents:
-- volume 2. Plasmas/magnetic and current sheets, reconnections, particle acceleration, and substorms: Magnetospheric sheets: main properties, structure, expansion, and particle transport -- Turbulence and fluctuations, instabilities, storm time variations, fast flows, temperature anisotropies, and magnetic field structure in magnetospheric sheets -- Magnetospheric sheets: bifurcation and flapping, pressure gradients, influence of solar wind and IMF conditions, ULF, EUV, auroral arc waves, dipolarization and antidipolarization fronts, parallel electric fields, plasmoids and jets -- Main properties, onset and expansion phases of substorms -- Substorms: reconnections, particle acceleration, and statistical studies -- Modeling and simulation of magnetospheric substorms and related phenomena -- Substorms energetics, relation with magnetic storms, pulsations, turbulence, plasma bubbles, substorm index, and jets.
List(s) this item appears in: Nova publisher's books
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Holdings
Item type Current library Call number Status Date due Barcode
წიგნი წიგნი უცხოური ლიტერატურის სამკითხველო დარბაზი უცხოური წიგნების სამკითხველო დარბაზი 53 P-71 (Browse shelf(Opens below)) Available 10096

Includes bibliographical references and index.

-- volume 2. Plasmas/magnetic and current sheets, reconnections, particle acceleration, and substorms: Magnetospheric sheets: main properties, structure, expansion, and particle transport -- Turbulence and fluctuations, instabilities, storm time variations, fast flows, temperature anisotropies, and magnetic field structure in magnetospheric sheets -- Magnetospheric sheets: bifurcation and flapping, pressure gradients, influence of solar wind and IMF conditions, ULF, EUV, auroral arc waves, dipolarization and antidipolarization fronts, parallel electric fields, plasmoids and jets -- Main properties, onset and expansion phases of substorms -- Substorms: reconnections, particle acceleration, and statistical studies -- Modeling and simulation of magnetospheric substorms and related phenomena -- Substorms energetics, relation with magnetic storms, pulsations, turbulence, plasma bubbles, substorm index, and jets.

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