Space Science Activities in China[removed]Bastille day storm and November 2001 superstorm using Geotail and OMNI data at 1AU, respectively. Five interplanetary parameters of IMF B z , B y and total B components along with

Source URL: english.nssc.cas.cn

• Planetary science
• Plasma physics
• Astrophysics
• Geomagnetism
• Jets
• Magnetosphere
• Magnetic reconnection
• Substorm
• Aurora
• Physics
• Space plasmas
• Astronomy

The interplanetary magnetic field By J. De Keyser The Sun possesses a magnetic field. There are not only strong local magnetic fields (for example near sunspots), but a global magnetic field exists as well. In a first ap

Source URL: www.aeronomie.be

• Astrophysics
• Plasma physics
• Sun
• Light sources
• Jets
• Parker spiral
• Interplanetary magnetic field
• Corona
• Heliospheric current sheet
• Physics
• Space plasmas
• Astronomy

Research Progress of Solar Corona and Interplanetary Physics in China: 2010―2012 shed new light on the solar wind formation process. These observational results will constrain future modeling of the solar winds origi

Source URL: english.nssc.cas.cn

• Astronomy
• Astrophysics
• Coronal mass ejection
• Magnetic cloud
• Corona
• Solar wind
• Alfvén wave
• Solar flare
• Solar cycle
• Physics
• Space plasmas
• Plasma physics

STEREO SECCHI and S/WAVES Observations of Spacecraft Debris Caused by Micron-Size Interplanetary Dust Impacts O. C. St. Cyr, M.L. Kaiser, N. Meyer-Vernet, R.A. Howard, R.A. Harrison, S.D. Bale, W.T. Thompson, K. Goetz, D

Source URL: stereo-ssc.nascom.nasa.gov

Global MHD Modeling of the Solar Corona & Solar Wind: A Comparison of Two Solar Minima* Jon A. Linker, Pete Riley, Zoran Mikic, and Roberto Lionello Predictive Science, Inc. (PSI[removed]Mesa Rim Rd, Suite A

Source URL: stereo-ssc.nascom.nasa.gov

• Physics
• Astronomy
• Sun
• Light sources
• Jets
• Interplanetary magnetic field
• Corona
• Heliosphere
• Solar wind
• Space plasmas
• Astrophysics
• Plasma physics

Properties of Interplanetary Coronal Mass Ejections (ICMEs) at 1 AU over the Solar Cycle Signatures in the Total Perpendicular Pressure (Ptpp) Assuming a constant solar wind electron temperature 130,000 K and a constant

Source URL: stereo-ssc.nascom.nasa.gov

• Astrophysics
• Light sources
• Sun
• Jets
• Coronal mass ejection
• Corona
• Solar wind
• Magnetic cloud
• Solar cycle
• Physics
• Space plasmas
• Plasma physics

STEREO Contributions to the Understanding of Interplanetary Field Enhancements C.T. Russell, H.R. Lai, L.K. Jian, J.G. Luhmann, G.L. Delzanno STEREO Science Working Group Meeting 21 Trinity College Dublin, Ireland March

Source URL: stereo-ssc.nascom.nasa.gov

• Space
• Plasma physics
• Sun
• Light sources
• Solar telescopes
• Solar wind
• Heliosphere
• Corona
• Solar System
• Space plasmas
• Astronomy
• Physics

Solar Wind and Interplanetary Magnetic Field: A Tutorial C. T. Russell Institute of Geophysics and Planetary Physics and Department of Earth and Space Sciences University of California, Los Angles California[removed]

Source URL: www-ssc.igpp.ucla.edu

• Astronomy
• Astrophysics
• Solar wind
• Plasma
• Corona
• Magnetosphere
• Solar cycle
• Sun
• Magnetic reconnection
• Physics
• Space plasmas
• Plasma physics

Microsoft PowerPoint - STEREO_Contributions_Understanding_Interplanetary_Field.ppt [Compatibility Mode]

Source URL: stereo-ssc.nascom.nasa.gov

• Physics
• Plasma physics
• Planetary science
• Jets
• Light sources
• STEREO
• Solar wind
• Sun
• Plasma
• Astronomy
• Space
• Space plasmas

Interplanetary Magnetic Flux Enhancements as seen by STEREO

Source URL: stereo-ssc.nascom.nasa.gov

• Space plasmas
• Plasma physics
• Jets
• Solar wind
• STEREO
• Venus
• Magnetopause
• Venera
• Sun
• Spacecraft
• Spaceflight
• Space technology