Correlations between Flare Parameters and Magnetic Parameters in Solar Flares
スポンサーリンク
概要
- 論文の詳細を見る
- 2009-02-25
著者
-
SAKURAI Takashi
National Astronomical Observatory
-
Yamamoto Tetsuya
Nagoya Univ. Nagoya
-
Yamamoto Tetsuya
National Astronomical Observatory of Japan
関連論文
- The Solar Flare of 1992 August 17 23 : 58 Ut
- Two-Step Reconnections in a C3.3 Flare and Its Preflare Activity Observed by Hinode XRT
- Small-Scale X-Ray/EUV Jets Seen in Hinode XRT and TRACE
- Hinode SP Vector Magnetogram of AR 10930 and Its Cross-Comparison with MDI
- A new approach to dynamic graciloplasty
- Conversion of the Rabbit Gracilis Muscle for Transposition as a Neoanal Sphincter by Electrical Stimulation
- Response of the Solar Atmosphere to Magnetic Flux Emergence from Hinode Observations
- Initial Results on Line-of-Sight Field Calibrations of SP/NFI Data Taken by SOT/Hinode
- Magnetic Field Evolution Leading to Solar Flares II.Cases with High Magnetic Shear and Flare-Related Shear Change
- Magnetic Field Evolution Leading to Solar Flares I.Cases with Low Magnetic Shear and Flux Emergence
- A New Imaging System of the Corona at Norikura
- Measurement of the Coronal Electron Temperature at the Total Solar Eclipse on 1994 November 3
- A Full-Disk Solar Magnetograph at Mitaka
- Solar Flare Telescope at Mitaka
- Diagnostics of Radio Fine Structures around 3GHz with Hinode Data in the Impulsive Phase of an X3.4/4B Flare Event on 2006 December 13
- Solar-Cycle Variation of Magnetic Helicity in Active Regions
- Latitude Variation of Helicity in Solar Active Regions
- Spectroscopic Studies of the Solar Corona : III. Density Diagnostics Using the Infrared Lines of Fe XIII
- Spectroscopic Studies of the Solar Corona : II. Properties of Green and Red Emission Lines in Open and Closed Coronal Structures
- Sunspot Magnetic Fields Observed with a Large-Format Infrared Array
- Interpolation of One- and Two-Dimensional Images with Pixelwise Photon Number Conservation
- Spectroscopic Studies of the Solar Corona I. Spatial Variations in Line Parameters of Green and Red Coronal Lines
- Enhanced He I Absorption at the Feet of Solar X-Ray Loops
- Thermal and Magnetic Parameters in Solar Flares Derived from GOES X-Ray Light Curves
- Multiresolution Approach to Image Reconstruction with Phase-Diversity Technique
- Loading of Magnetic Helicity in Solar Active Regions
- Beryllium Abundances of Solar-Analog Stars
- Cross-Section Variations of Coronal Magnetic Loops
- Correlations between Flare Parameters and Magnetic Parameters in Solar Flares
- Magnetic Helicity of Solar Active Regions as Revealed by Vector Magnetograms and Coronal X-Ray Images