Space weather
Scope
Space weather is a physical process in the solar-terrestrial coupled system, where mutual interaction between different regimes is crucial. Particular interests are on the solar flare, storm and substorm. The results will be applied to prediction of the space weather. We focus on both fundamental physics and their applications using global observations and simulations.
Convener
Takashi Kikuchi
kikuchi@stelab.nagoya-u.ac.jp
Co-Convener
Kazunari Shibata
Abstract Downloads
Session Informations
Cancellation and time schedule change are shown here.



May 27th Room:303 Time:PM2
SessionID:PEM030 Chairman:Kanya Kusano
The colored are the invited.
Start Time Presentation Number Title (PDF download) Presenter Authors
16:30 PEM030-01 Study of differential rotation in rapidly rotating stars in mean field model Hideyuki Hotta Hideyuki Hotta,
Takaaki Yokoyama,
16:45 PEM030-02 The role of Alfven wave for spicule formation, coronal heating, and solar wind acceleration Takuma Matsumoto Takuma Matsumoto
17:00 PEM030-03 Relationship etween Phase Difference of the Ground Pc5 and Enhancement of Relativistic Electron Flux at the GEO Kentarou Kitamura Kentarou Kitamura,
Satoko Saita,
Shinichi Watari et al.
17:15 PEM030-04 Statistical Study of Polar X-ray jets from Hinode/XRT Nobuharu Sako Nobuharu Sako,
Masumi Shimojo,
17:30 PEM030-05 Yearly Variation of Magnetic Field in the Solar Polar Regions observed with {i}Hinode{/i}/SOT Daikou Shiota Hiroaki Ito,
Saku Tsuneta,
Daikou Shiota
17:45 PEM030-06 GEMSIS project: Database of coronal magnetic fields calculated from magnetograms of Hinode satellite Tetsuya Yamamoto Tetsuya Yamamoto,
Satoshi Inoue,
Daikou Shiota et al.
18:00 PEM030-07 Basic research on space weather alert for space probes: Comparison EUV and X-ray emissions during solar flares Yuko Hada Yuko Hada,
Hiroaki Isobe,
Ayumi Asai et al.
18:15 PEM030-08 Long-term variation in the solar quiet geomagnetic field variation and thermospheric wind based on the IUGONET observati Atsuki Shinbori Atsuki Shinbori,
Yukinobu Koyama,
Hiroo Hayashi et al.
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