'Magnetic clouds' diaporamas de présentation

WELCOME to IWF Graz

WELCOME to IWF Graz. Austrian Academy of Sciences Space Research Institute (IWF). WELCOME to IWF Graz. Austrian Academy of Sciences Space Research Institute (IWF). 3 Departments: Experimental Space Physics W. Baumjohann Physics of Near Earth Space H.O. Rucker Satellite Geodesy

345 views • 19 slides

Extension of Magnetic Clouds in the Inner Heliosphere as observed from Multi-Spacecraft

272 views • 18 slides

Prediction of Central Axis Direction of Magnetic Clouds

Prediction of Central Axis Direction of Magnetic Clouds. Xuepu Zhao and Yang Liu Stanford University The West Pacific Geophysics Meeting, Beijing, China July 25, 2006. 1. Introduction.

272 views • 18 slides

Magnetic clouds in the solar wind: A numerical assessment study of analytical models

Magnetic clouds in the solar wind: A numerical assessment study of analytical models. Giorgi Dalakishvili Ruhr-University Bochum K.U.Leuven Ilia State University, Tbilisi Georgia. Magnetic clouds-introduction Analytical models Numerical investigation Results Conclusion Future plans.

172 views • 17 slides

Solar Erupting Filaments and Magnetic Field Configurations of IP Magnetic Clouds

Solar Erupting Filaments and Magnetic Field Configurations of IP Magnetic Clouds. Yuming Wang 1, 2 & Jie Zhang 1 (Presenting) 1 George Mason University 2 University of Science & Technology of China. Paper by Wang, et al., ApJ, 651, 2006. GMU 10-2006.

271 views • 15 slides

Magnetic Clouds: A Possibility of Forecasting Geomagnetic Storms

Magnetic Clouds: A Possibility of Forecasting Geomagnetic Storms. I . ANTONIADOU (1) , A . GERANIOS (1) , ?. VANDAS (2) , O.MALANDRAKI (3) (1) University of Athens, Greece (2) Astronomical Institute, Academy of Sciences, Bocni II 1401, 14131 Praha 4, Czech Republic

258 views • 14 slides

SWG 19: Pasadena PLASTIC Status Report Toni Galvin M. Popecki, K. Simunac, B. Klecker

SWG 19: Pasadena PLASTIC Status Report Toni Galvin M. Popecki, K. Simunac, B. Klecker L. Kistler, L. Ellis, C. Farrugia, E. Moebius, Y. Liu M. Lee, J. Barry, P. Bochsler, P. Wurz, L. Blush R. Wimmer-Schweingruber, A. Opitz, L. Berger. Solar Minimum:.

134 views • 13 slides

In Situ Observations of CMES in the Heliosphere

In Situ Observations of CMES in the Heliosphere. Focusing STEREO vision on internal and contextual HCME complexity. Internal complexity: Variability of HCME signatures. Large-scale field rotation Strong magnetic field Temperature depression Low magnetic field variance

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CDAW Experience

CDAW Experience. S. Yashiro (CUA) and N. Gopalswamy (NASA). ( CDAW : C oordinated D ata A nalysis W orkshop). CDAW Concept & History.

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Correlation of magnetic field intensities and solar wind speeds of events observed by ACE.

Correlation of magnetic field intensities and solar wind speeds of events observed by ACE. Mathew J. Owens and Peter J. Cargill. Space and Atmospheric Physics, Imperial College. Abstract.

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Progenitors to Geoeffective Coronal Mass Ejections: Filaments and Sigmoids

Progenitors to Geoeffective Coronal Mass Ejections: Filaments and Sigmoids. David McKenzie, Robert Leamon Karen Wilson, Zhona Tang, Anthony Running Wolf. PROM Workshop, September 30, 2003. CMEs: Different sources, different effects?.

173 views • 6 slides

Propagation Directions and Kinematics of the Coronal Mass Ejections of August 2010

115 views • 1 slides