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  1. Observation of Plasma Fluctuations

    The diagnostics of fluctuating plasma quantities and their evaluation is an important issue in the context of plasma waves, instabilities, and...
    O. Grulke, T. Klinger in Plasma Physics
    Chapter
  2. Magnetic Confinement

    This chapter describes the basic principles of magnetic confinement. The main representatives of magnetic confinement are the mirror machine, the...
    F. Wagner, H. Wobig in Plasma Physics
    Chapter
  3. Low Temperature Plasmas

    Characteristic properties and generation mechanisms of low temperature plasmas in different gas discharges are presented. A special part is focussed...
    J. Meichsner in Plasma Physics
    Chapter
  4. Strongly Coupled Plasmas

    We give a brief introduction into the basic many-particle effectes in strongly coupled plasmas and their theoretical treatment. Exemplary results are...
    R. Redmer in Plasma Physics
    Chapter
  5. Basics of Plasma Physics

    Basic properties of plasmas are introduced, which are valid for an extremely wide range of plasma parameters. Plasmas are classified by different...
    U. Schumacher in Plasma Physics
    Chapter
  6. Collective Effects in Dusty Plasmas

    Dusty plasmas, i.e. plasmas containing particles of nanometer to micrometer size, allow the observation of kinetic and collective effects on a...
    A. Melzer in Plasma Physics
    Chapter
  7. Physics of “Hot” Plasmas

    The physics of hot plasmas, i.e. nearly collisionless plasmas with finite pressure as they occur in astrophysical or fusion applications, is...
    H. Zohm in Plasma Physics
    Chapter
  8. Computational Plasma Physics

    The use of computational methods is discussed for plasma edge physicsand plasma turbulence studies.
    R. Schneider, R. Kleiber in Plasma Physics
    Chapter
  9. Research on Modern Gas Discharge Light Sources

    This article gives an overview of today's gas discharge light sources and their application fields with focus on research aspects. In Sect. 15.1 of...
    M. Born, T. Markus in Plasma Physics
    Chapter
  10. Nuclear Fusion

    Nuclear fusion is one of the most important physics effects as it is the basis of power production and synthesis of nuclei in stars. The basic...
    H.-S. Bosch in Plasma Physics
    Chapter
  11. Plasma Diagnostics

    Measuring plasma quantities is a demanding challenge in experimental plasma physics. It requires detailed knowledge of basic plasma physics and...
    H.-J. Kunze in Plasma Physics
    Chapter
  12. Non-Neutral Plasmas and Collective Phenomena in Ion Traps

    Single components non-neutral plasmas confined in static or radiofrequency traps show oscillations and instabilities as basic manifestations of...
    G. Werth in Plasma Physics
    Chapter
  13. The Possible Role of Nuclear Fusion in the 21st Century

    The possible role of fusion as a future energy source is examined. These considerations have to link physical issues and socio-economic aspects.
    T. Hamacher in Plasma Physics
    Chapter
  14. Introduction to Turbulence in Magnetized Plasmas

    Turbulence is a complex manifestation of collective plasma behaviour. An introduction to turbulence with particular emphasis on magnetized plasmas is...
    B.D. Scott in Plasma Physics
    Chapter
  15. 9 Decorporation of radionuclides

    This document is part of Volume 4 'Radiological Protection' of Landolt-Börnstein - Group VIII Advanced Materials and Technologies. It considers...
    G. N. Stradling, D. M. Taylor in Radiological Protection
    Chapter
  16. Waves in Plasmas

    Waves are basic manifestation of collective effects in plasmas. Wave types occurring in the plasma state are introduced and discussed with...
    A. Piel in Plasma Physics
    Chapter
  17. Plasmas in Planetary Interiors

    We give an overview of the properties of matter in planetary interiors. Of special interest are the equation of state and the conductivities. This...
    R. Redmer in Plasma Physics
    Chapter
  18. Transport in Toroidal Plasmas

    To understand the mechanisms determining con.nement of energy and particles in toroidal plasmas, is one of the most prominent and ambiguous...
    U. Stroth in Plasma Physics
    Chapter
  19. An Introduction to Magnetohydrodynamics (MHD),or Magnetic Fluid Dynamics

    The physics of hot plasmas is based on understanding of the interdependency of magnetic and hydrodynamics properties of plasmas.
    B.D. Scott in Plasma Physics
    Chapter
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