Current progress in inner magnetospheric physics
Scope
Despite extensive research, the physics of Earth's inner magnetosphere is far from perfectly understood. This session invites recent research results on plasma processes in the inner magnetosphere, including studies on the radiation belts, plasmasphere, ionosphere, and ring current. In particular,papers are invited that explore the linkages between these key components of the magnetosphere, e.g., how do structural variations of the inner magnetospheric field due to the storm-time ring current control electron radiation belt dynamics? how is the generation and global distribution of energetic electrons in the outer zone influenced by the spatial distribution of thermal plasma in the plasmasphere and plasmaspheric plumes? how important are nonlinear wave-particle interactions in controlling particle dynamics in the inner magnetosphere? Theoretical, observational,modeling and simulation studies that address these and other fundamental questions on inner magnetospheric physics are welcome.
Convener
Danny Summers
dsummers@mun.ca
Co-Convener
Yusuke Ebihara, D. H. Lee
Abstract Download
Session Informations
Cancellation and time schedule change are shown here.

May 27th PEM007 Room: Convention Hall
Core Time: PM1
The colored are the invited.
Presentation Number Title (PDF download) Presenter Authors
PEM007-P01 Wave-particle interaction between whistler chorus and high-energy electrons: GEMSIS-RB Wave simulation Shinji Saito Shinji Saito,
Yoshizumi Miyoshi,
Kanako Seki
PEM007-P02 Interactions between Oblique Whistler-Mode Waves and Energetic Electrons in the Earth's Radiation Belt Yu Miyashita Yu Miyashita,
David Nunn,
Yoshiharu Omura
PEM007-P03 Dayside chorus waves under quiet solar wind conditions: PENGUIn/AGO and THEMIS conjugate observations Kunihiro Keika Kunihiro Keika,
Louis J. Lanzerotti,
Yoshizumi Miyoshi et al.
PEM007-P04 Rapid flux losses of the outer belt electrons due to the magnetopause shadowing effect: THEMIS observations Chiemi Matsumura Chiemi Matsumura,
Yoshizumi Miyoshi,
Kanako Seki et al.
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