Reviews of Plasma Physics

Buch | Softcover

336 Seiten

1991 | Softcover reprint of the original 1st ed. 1990
Springer-Verlag New York Inc.
978-1-4615-7786-7 (ISBN)

Titel wird leider nicht erscheinen

Artikel merken

The 15th volume in this import collection on developments in this extraordinarily difficult and frustrating field is translated from the Russian edition of 1984. Three long papers examine: magnetothermal processes in dense plasmas; collective interaction of relativistic electron beams with plasmas;

Magnetothermal Processes in Dense Plasmas.- 1. Cooling and Anomalous Heat Conduction in Plasmas with ??l.- 2. Radiative Cooling Waves in Dense Magnetized Plasmas.- 3. Loss of Magnetic Flux during Field Reversal in ?-Pinches.- 4. Generation of Very Strong Magnetic Fields by Liner Compression of Plasmas.- 5. Rapid Dissipation of Magnetic Field Energy in Neutral Layers.- 6. Diffusion of Heavy Impurities in Dense Plasmas.- 7. Radiative Instability in Multicomponent Plasmas.- References.- Collective Interaction of Relativistic Electron Beams with Plasmas.- 1. Linear Dispersion Equation. Resonances in the Excitation of Waves by Particles.- 2. Beam Instability in a Plasma without a Magnetic Field [the Excitation of Langmuir Waves].- 3. Hydrodynamic Instabilities of Beams in Magnetoactive Plasmas.- 3.1. Excitation of Langmuir Waves.- 3.2. Excitation of Helicons.- 3.3. Excitation of Magnetized Electron Oscillations with |?H| ? ?p.- 3.4. Excitation of Slow Extraordinary Waves.- 4. Kinetic Instabilities of Beams in Magnetoactive Plasmas.- 4.1. Excitation of Langmuir Waves with |?H| ? ? p.- 4.2. Excitation of Helicons.- 4.3. Excitation of Magnetized Electron Oscillations.- 4.4. Excitation of Slow Extraordinary Waves.- 5. Beam Instability in an Inhomogeneous Plasma.- 5.1. Regular Inhomogeneity.- 5.2. Random Inhomogeneity.- 6. Quasilinear Relaxation of an REB in a Plasma without a Magnetic Field.- 7. Nonlinear Interaction and Streaming Spectra of Langmuir Waves.- 8. Stability of the Stationary Spectrum during Stimulated Wave Scattering.- 9. Relaxation of an REB during Wave Scattering on Ions.- 9.1. Qualitative Treatment.- 9.2. The Stationary Spectrum.- 9.3. Diffusion of Beam Electrons.- 9.4. Collisional Damping and Radiative Losses.- 10. Accumulation of Electromagnetic Waves.- 11. Scattering of Langmuir Waves on Stimulated Density Fluctuations.- 12. Langmuir Turbulence in Magnetoactive Plasmas.- 12.1. Statement of the Stream Spectrum Problem.- 12.2. The ll-Scattering Regime.- 12.3. lr-Scattering.- 13. Interaction of Beams with Helicons.- 13.1. Qualitative Treatment.- 13.2. Solution of the Quasilinear Problem.- 13.3. Discussion of Results.- 14. Hot Electrons.- 14.1. Electron Heating in Plasmas without a Magnetic Field.- 14.2. Electron Heating in Magnetoactive Plasmas.- References.- Equilibrium and Stability of Plasmas in Stellarators.- 1. Basic Results of the Theory.- 1.1. Development of Theoretical Research.- 1.2. Basic Parameters of Stellarators.- 1.3. Plasma Confinement in Stellarators with a Spatial Axis.- 1.4. Plasma Confinement in Conventional Stellarators.- 1.5. Results of a Numerical Calculation.- 2. The Three-dimensional Equilibrium Equations.- 2.1. The Magnetic Field in Flux Coordinates.- 2.2. Special Choices of Flux Coordinates.- 2.3. The Relationship between Currents and Fluxes.- 2.4. General Statement of the Equilibrium Problems.- 2.5. The Equilibrium Problem in Terms of Two-Dimensional Equations. Evolution of the Equilibrium.- 2.6. Systems of Three-Dimensional Equilibrium Equations in Different Representations.- 3. Configurations with Helical Symmetry.- 3.1. The Equilibrium Equations.- 3.2. Basic Geometrical Relationships.- 3.3. Equations Relating the Currents and Fluxes.- 3.4. Other Formulations of the Equilibrium Equations.- 4. The Theory of Plasma Equilibrium in Conventional Stellarators.- 4.1. The Stellarator Approximation.- 4.2. Flux Coordinates, Basic Equations, and Features of Their Solution by Expansion.- 4.3 Reducing the Three-Dimensional Equilibrium Equations to Two Dimensions.- 4.4. Analysis of the Two-Dimensional Equations. Other Formulations of Them.- 4.5. Derivation of the Scalar Two-Dimensional Equilibrium Equation from the Averaged MHD Equations.- 4.6. Intrinsic Expansion Parameters.- 5. Some Features of Plasma Equilibrium in Stellarators.- 5.1. Approximate Description of Equilibrium.- 5.2. Evolution of the Plasma Equilibrium in Stellarators.- 5.3. The Diamagnetic Effect in Stellarators.- 6. MHD Instabilities of Plasmas.- 6.1. Perturbation Equations.- 6.2. The Energy Principle.- 6.3. Integral Quantities.- 6.4. Different Representations of the Instability Source K.- 6.5. Sufficient Criteria for Stability.- 6.6. Derivation of the Mercier Criterion.- 6.7. Derivation of the Ballooning Mode Equations.- Appendices.- References.

Erscheinungsdatum	19.12.2018
Reihe/Serie	Reviews of Plasma Physics ; 15
Zusatzinfo	336 p.
Verlagsort	New York, NY
Sprache	englisch
Themenwelt	Naturwissenschaften ► Physik / Astronomie ► Atom- / Kern- / Molekularphysik
	Naturwissenschaften ► Physik / Astronomie ► Mechanik
	Naturwissenschaften ► Physik / Astronomie ► Plasmaphysik
ISBN-10	1-4615-7786-1 / 1461577861
ISBN-13	978-1-4615-7786-7 / 9781461577867
Zustand	Neuware