Reviews of Plasma Physics

ISBN-13: 9780306110641 / Angielski / Twarda / 2000 / 391 str.

B. B. Kadomtsev; V. D. Shafranov; Vitaly D. Shafranov

Opis

Volume 21 provides the basis of the MHD theory in two extended reviews. The first review deals with high-temperature plasma equilibrium and stability in conventional stellarators (the steady state three-dimensional magnetic confinement systems). The second review considers the processes in the stationary plasma thrusters (SPT) created by one of the authors, A.I Morozov.
In spite of the three-dimensional nature of stellarators, the author of the review, V.D. Pustovitov, has been able to give a concise presentation of basic ideas and results of the rather complicated theory of stellarators, both for specialists and for students in this field.
The results of experimental and theoretical investigations of a new type of discharge device, SPT, are presented in the second review. Plasma thrusters generate quasi-neutral multi-ampere streams of ions with particle energies of 50 - 1000eV. They are most widely known as electric propulsion thrusters for spacecraft, and have been mounted onboard more than 50 Russian satellites. In addition, the SPTs are now used in technological systems for processing the surface layers of various products.

Spis treści

Theoretical Principles of the Plasma-Equilibrium Control in Stellarators: V.D. Pustovitov. Introduction. 1. History of the Problem and a General Review of the Theory. 2. General Equations of the Theory of Plasma Equilibrium in Conventional Stellarators. 3. Analytical Methods. 4. Control of Plasma Equilibrium Using a Vertical Magnetic Field. 5. The Influence of a Quadropole Field on the Stellarator Configuration List of Main Symbols. References. Fundamentals of Stationary Plasma Thruster Theory: A.I. Morozov, V.V. Savelyev. Introduction. 1. General Picture of Processes in SPTs. 2. Magnetic and Electric Fields in SPTs. 3. Electron Kinetics in the SPT Channel. 4. Erosion of Insulators in SPTs. 5. Heavy Particle Dynamics in the SPT Channel. 6. Low-Frequency Oscillations in SPTs. 7. One-Dimensional Self-Consistent Models for Plasma Flow in an SPT Channel. 8. SPTs in Real Conditions. Conclusions. Appendix. References.