Cosmic Plasma Physics Proceedings of the Conference on Cosmic Plasma Physics Held at the European Space Research Institute (ESRIN), Frascati, Italy, September 20–24, 1971 / edited by Karl Schindler.

The plan to hold a conference on cosmic plasma physics originated in the Plasma Physics Division of the European Physical Society, whose chairman, B. Lehnert, took the first steps towards its realization. - ESRIN readily adopted this idea, and preliminary contacts with a number of other groups showe...

Full description

Saved in:
Bibliographic Details
Corporate Author: SpringerLink (Online service)
Other Authors: Schindler, Karl (Editor)
Format: eBook
Language:English
Published: New York, NY : Springer US : Imprint: Springer, 1972.
Edition:1st ed. 1972.
Series:Springer eBook Collection.
Subjects:
Online Access:Click to view e-book
Holy Cross Note:Loaded electronically.
Electronic access restricted to members of the Holy Cross Community.
Table of Contents:
  • Relations between cosmic and laboratory plasma physics (IS)
  • Planetary Environments
  • Magnetospheric substorms (IS)
  • Parametric instabilities generated in the ionosphere by intense radio waves (C)
  • Study of a Jovian plasmasphere and the occurrence of Jupiter radiobursts (C)
  • Effect of a large amplitude wave packet and second order resonance on the stimulation of VLF emissions (C)
  • Universal instability associated with the plasmapause and its role in geomagnetic micropulsations (C)
  • Deformation and striation of barium clouds in the ionosphere (C)
  • Solar Wind
  • Thermal energy transport in the solar wind (IS)
  • The solar wind near the sun: the solar envelope (IT)
  • Influence of neutral interstellar matter on the expansion of the solar wind (C)
  • Hydrogen-helium expansion from the sun (C)
  • Heating of the solar wind ions (C)
  • On the generation of shock pairs in the solar wind (C)
  • Spectral anisotropy of Alfvén waves in the solar wind (C)
  • Evidence for waves and/or turbulence in the vicinity of shocks in space (C)
  • Solar Wind Interaction with Planets and Comets
  • Comets in the solar wind (IT)
  • Comet-like interaction of Venus with the solar wind (C)
  • Laboratory experiments on the interaction between a plasma and a neutral gas (IT)
  • Wave motion in type I comet tails (C)
  • Solar Physics
  • Divers solar rotations (IS)
  • Soft x-ray spectral studies of solar flare plasmas (C)
  • Similarities between solar flares and laboratory hot plasma phenomena (C)
  • Gyromagnetic radiation from bunched electrons (C)
  • Observations of coronal magnetic field strengths and flux tubes and their stability (C)
  • Stellar and Interstellar Plasma
  • The dynamical behavior of the interstellar gas, fields and cosmic rays (IS)
  • Stellar magnetohydrodynamics (IS)
  • Plasma turbulent heating and thermal x-ray sources (IS)
  • Pulsars
  • Radio and optical observations of pulsars (IS)
  • Propagation of relativistic electromagnetic waves in a plasma (C)
  • A three-dimensional relativistic computation for the pulsar magnetosphere (C)
  • On the origin of pulsar radiation (IS)
  • Strong magnetic field effects in the pulsar crusts and atmospheres (C)
  • General Theory
  • Cosmic ray spectrum and plasma turbulence (IS)
  • The properties of magnetic neutral sheet systems (IT)
  • Field line motion in the presence of finite conductivity (C)
  • Shock Waves, Turbulence
  • Collisionless shocks (IS)
  • Non-linear evolution of firehose-unstable Alfvén waves (C)
  • Resonant diffusion in strongly turbulent plasmas (C)
  • The structure of the earth’s bow shock (C)
  • Experimental study of electron and ion heating in high-? perpendicular collisionless shock waves (C)
  • Nonlinear theory of cross-field and two-stream instabilities in the equatorial electrojet (C)
  • Cosmic Rays
  • Fermi acceleration in interplanetary space (C)
  • The galactic cosmic ray diurnal variation as a streaming plasma interaction between galactic and solar corpuscular radiation (C)
  • The interplanetary conditions associated with cosmic ray Forbush decreases (C)
  • The diurnal effect of cosmic rays and its dependence on the interplanetary magnetic field (C).