SAMI3 ICON: MODEL OF THE IONOSPHERE/PLASMASPHERE SYSTEM. [PDF]
Huba JD, Maute A, Crowley G.
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Simultaneous Occurrence of Magnetospheric Fluctuations at Different Discrete Frequencies ( f ≈ 1 - 5 mHz): A Review. [PDF]
Di Matteo S, Villante U.
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Response of plasmaspheric configuration to substorms revealed by Chang'e 3. [PDF]
He H +12 more
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Gap Analysis of Ambient Electromagnetic Noise Measurements Stored in the ITU Data Banks. [PDF]
Witvliet BA.
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The Spectrum of Global Electron Content: A New Potential Indicator of Space Weather Activity. [PDF]
Aroca-Farrerons JM +10 more
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Radio emissions reveal Alfvénic activity and electron acceleration prior to substorm onset. [PDF]
Wu SY +18 more
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Chorus wave power at the strong diffusion limit overcomes electron losses due to strong diffusion. [PDF]
Daggitt TA +4 more
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Performance of IRI 2016 model in predicting total electron content (TEC) compared with GPS-TEC over East Africa during 2019-2021. [PDF]
Sulungu ED.
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Related searches:
The plasmasphere and advances in plasmaspheric research
Journal of Atmospheric and Solar-Terrestrial Physics, 2000Abstract A review is made of recent major advances in plasmaspheric research; important results have emerged from those concerning a variety of plasmasphere features. Both experiments and modeling efforts have progressed. A number of unknowns still persist, however, but research is underway toward their clarification.
G Ganguli, M.A Reynolds, M.W Liemohn
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Abstract The outer plasmasphere is highly structured and very dynamic across a broad range of time and length scales. This is due to the interplay between refilling on the dayside and the erosion of the outer plasmasphere caused by variable magnetospheric convection.
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