The Sun and the Heliopsphere as an Integrated System

1. Front Matter

   Pages i-xv

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2. Hydrogen Walls: Mass Loss of Dwarf Stars and the Young Sun

   • Jeffrey L. Linsky, Brian E. Wood

   Pages 1-22

3. The Heliospheric Interface: Models and Observations

   • Vladislav V. Izmodenov

   Pages 23-63

4. Radio Emission from the Outer Heliosphere and Beyond

   • Iver H. Cairns

   Pages 65-90

5. Ulysses at Solar Maximum

   • Richard G. Marsden

   Pages 91-112

6. Propagation of Energetic Particles to High Latitudes

   • T. R. Sanderson

   Pages 113-145

7. Solar Wind Properties from IPS Observations

   • Masayoshi Kojima, Ken-ichi Fujiki, Masaya Hirano, Munetoshi Tokumaru, Tomoaki Ohmi, Kazuyuki Hakamada

   Pages 147-178

8. Components of the Dynamically Coupled Heliosphere

   • Nathan Schwadron

   Pages 179-199

9. A Global Picture of CMEs in the Inner Heliosphere

   • N. Gopalswamy

   Pages 201-251

10. MHD Turbulence in the Heliosphere

    • Bruno Bavassano, Roberto Bruno, Vincenzo Carbone

    Pages 253-282

11. Waves and Turbulence in the Solar Corona

    • Eckart Marsch

    Pages 283-317

12. The Influence of the Chromosphere-Corona Coupling on Solar Wind and Heliospheric Parameters

    • Øystein Lie-Svendsen

    Pages 319-352

13. Elemental Abundances in the Solar Corona

    • John C. Raymond

    Pages 353-371

14. The Magnetic Field from the Solar Interior to the Heliosphere

    • Sami K. Solanki

    Pages 373-395

15. Magnetic Reconnection

    • E. R. Priest, D. I. Pontin

    Pages 397-422

16. Back Matter

    Pages 423-429

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9 MHDTurbulence in the Heliosphere: Evolution and Intermittency 253 Bruno Bavassano, Roberto Bruno and Vincenzo Carbone 1 Introduction 254 2 MHD Turbulence Evolution 255 2. 1 Ecliptic Turbulence 256 2. 2 Polar Turbulence 258 2. 3 Conclusions on Turbulence Evolution 263 3 Intermittency 264 3. 1 Probability Distribution Functions of Fluctuations and Self-similarity 269 3. 2 Radial Evolution of Intermittency 271 3. 3 Identifying Intermittent Events 273 3. 4 Conclusions on Intermittency 277 10 283 Waves and Turbulence in the Solar Corona Eckart Marsch 1 Introduction 284 2 Coronal Magnetic Field Structures 284 3 Magnetic Network Activity and Coronal Heating 287 4 Waves and Flows in Loops and Funnels 290 5 Magnetohydrodynamic Waves and Flux Tube Oscillations 293 5. 1 Observation and Theory 293 5. 2 Oscillations of Thin Flux Tubes 295 5. 3 Wave Amplitudes Versus Height from Numerical Mod- ~ 2~ 5. 4 A Standing Slow Magnetoacoustic Wave 299 6 Plasma Waves and Heating of Particles 301 7 Generation, Transfer and Dissipation of Coronal Turbulence 303 7. 1 Generation of Magnetohydrodynamic Waves 303 7. 2 Wave Energy Transfer and Turbulent Cascade 304 7. 3 Wave Dissipation in the Kinetic Domain 307 7. 4 Origin and Generation of Coronal High-Frequency Waves 308 7.

• Chromosphere
• Corona
• Heliosphere
• Planet
• Solar wind
• Sun
• solar

• INAF — Osservatorio di Arcetri, Firenze, Italy

  Giannina Poletto

• NASA Marshall Space Flight Center, National Space & Technology Center/Solar Physics, Huntsville, USA

  Steven T. Suess

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