Geotail-20 Workshop Program
Poster Presentations
Day2 <13 Nov> 1430-1730
P-01. H. Kojima
Innovative observation system for the study on wave-particle interactionsin spaceP-02. Y. Kato
Wave-Particle Interaction Analyzer for direct measurements ofnonlinear wave-particle interactions
P-03. M. Shoji
Simulation of electromagnetic ion cyclotron triggered emissions
in the inner magnetosphere
P-04. S. Yagitani
Chorus emissions in the dayside outer magnetosphere observed by Geotail
P-05. Y. Tsugawa
Propagation properties of whistler-mode waves observed by Geotail
in the upstream region of bow shock
P-06. D.Nunn
The theory and simulation of falling frequency VLF emissions observedby Geotail
P-07. Y. Miyoshi
Two-step evolution of field-aligned acceleration regions: AKR observations
by Geotail
P-08. K. Hashimoto
Electrostatic Solitary Waves observed near the Moon
P-09. Y. Saito
Summary of PACE/Kaguya observations
P-10. C. Tao
Comparison of Jupiter and Saturn aurorae using emission model
P-11. H. Kitagawa
Statistical Study on Jovian Magnetospheric Responseto Solar Wind Dynamic PressureP-12. T. Kimura
Seasonal variations of Saturn's auroral acceleration region deduced
from radio emissions
P-13. Y. Miyoshi
The ERG project
P-14. M. Nakamura
High energy electron radiation belt model depending
on mean geomagnetic indicesP-15. Y. Ebihara
Current understanding of ring current
P-16. M. Saito
Energy storage in the magnetotail and evolution of cross-tail current sheet
P-17. Y. Miyashita
Structure of the plasma sheet in the Earth's magnetotail and locationsof substorm-associated processes
P-18. M. Teramoto
Latitude dependence of Pi2 pulsations observed near the plasmapause
by the Asian-Oceanian SuperDARN radars and the THEMIS satellites.
P-19. A. Ieda
Geotail observation of substorm
P-20. R. Nakamura
Magnetotail Observations: Recent Highlights and Future Plans in Austria
P-21. A. Retino
Cluster spacecraft observations of reconnection jet fronts/braking regions
and associated electron energization at multiple scales
P-22. S. Zenitani
Magnetohydrodynamic structure of a plasmoid in fast reconnection
in low-beta plasmas
P-23. T. Phan
Electron bulk heating in magnetic reconnection
P-24. K. Shimizu
Structure of electron outflow during magnetic reconnection:
The minimum spatial scale required to maintain vigorous reconnection rate

P-25. M. Nowada
Substorm-like Magnetospheric Response To A Heliospheric Current Sheet:
Multispacecraft and Ground Observation"
P-26. M. Nowada
Long-term Magnetotail Fast Plasma Flows During Geomagnetically
Moderate Times
P-27. T. Izutsu
THEMIS observations of ion signatures of plasma transport acrossthe magnetopause via kinetic Alfven wave turbulenceP-28. K. Seki
On roles of the K-H instability in the formation of the cold dense plasma
sheet during northward IMF periods: PSD observations and PIC simulation
P-29. S. Kurita
A detailed case study of dayside diffuse aurora using GEOTAIL, FAST,and South pole all sky imager
P-30. H. Nakai
An event study for plasma structure of the dayside low-latitude
boundary layer observed by Geotail on December 9, 1996
P-31. B. Lavraud
CDPP activities in heliophysics: HELIO, IMPEx and other projects
P-32. M. Nishino
Strong deformation of the Earth's magnetosphere underlow Alfven Mach-number solar windP-33. T. Sugiyama
Sustainable particle injection at parallel shock surface
P-34. T. Amano
Nonthermal electron acceleration at collisionless shocks via whistler waves