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Solar and Heliospheric Plasma Physics

Proceedings of the 8th European Meeting on Solar Physics Held at Halkidiki, Greece, 13–18 May 1996

  • Conference proceedings
  • © 1997

Overview

Editors:
  1. George M. Simnett
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  2. Constantine E. Alissandrakis
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  3. Loukas Vlahos
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Part of the book series: Lecture Notes in Physics (LNP, volume 489)

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Table of contents (13 papers)

  1. Front Matter

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  2. The structure and dynamics of the sun from helioseismology, and the neutrino problem

    • Lucio Paternò
    Pages 1-24

  3. Modulation of solar and stellar activity cycles

    • N. O. Weiss, S. M. Tobias
    Pages 25-47

  4. Dynamics of flux tubes in the solar atmosphere: Observations

    • S. K. Solanki
    Pages 49-73

  5. Dynamics of flux tubes in the solar atmosphere: Theory

    • B. Roberts, P. Ulmschneider
    Pages 75-101

  6. Observations of energetic ions during the ulysses mission

    • T. R. Sanderson
    Pages 103-115

  7. Solar wind and interstellar medium coupling

    • David Burgess
    Pages 117-138

  8. Flows through the magnetically structured solar atmosphere

    • Brigitte Schmieder
    Pages 139-158

  9. Chromospheric dynamics — What can be learnt from numerical simulations

    • Mats Carlsson, Robert F. Stein
    Pages 159-178

  10. Topologically forced reconnection

    • Åke Nordlund, Klaus Galsgaard
    Pages 179-200

  11. Energy release processes in active regions

    • Arnold O. Benz
    Pages 201-217

  12. Production of flare accelerated particles at the sun

    • Gérard Trottet, Nicole Vilmer
    Pages 219-239

  13. New ground-based solar instrumentation

    • Pierre Mein
    Pages 241-260

  14. Future space instrumentation for solar physics

    • Ester Antonucci, George M. Simnett
    Pages 261-278
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Keywords

About this book

This volume brings together theoretical ideas on the plasma physics of both hot and dense plasmas in the solar atmosphere and similar physics applied to the tenuous and cooler plasmas found in the heliosphere. It is complemented by recent observations. Helioseismology covers the solar interior and the neutrino problem. Solar and stellar activity cycles are addressed. The dynamics of magnetic flux tubes in the solar atmosphere and material flows through the chromosphere into the upper atmosphere are comprehensively reviewed. Energy release processes and the production of energetic particles are important to understanding events in the solar atmosphere and to the dynamics of the tenuous heliosphere. A glimpse of the future is offered by concluding chapters on new ground-based and space instrumentation.

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