Plasma is a ubiquitous state of matter at high temperatures. The electrodynamics of plasmas encompasses a large number of applications, from understanding plasmas in space and the stars, to their use in processing semiconductors, and their role in controlled energy generation by nuclear fusion. This book covers collective and single particle dynamics of plasmas for fully ionized as well as partially ionized plasmas. Many aspects of plasma physics in current fusion energy generation research are addressed both in magnetic and inertial confinement plasmas. Linear and nonlinear dynamics in hydrodynamic and kinetic descriptions are offered, making both simple and complex aspects of the subject available in nearly every chapter. The approach of dividing the basic aspects of plasma physics as “linear, hydrodynamic descriptions” to be covered first because they are “easier”, and postponing the “nonlinear and kinetic descriptions” for later because they are “difficult” is abandoned in this book.
For teaching purposes, every chapter has a preamble which explains which aspects of the chapter are appropriate for an introductory graduate course, including a suggested number of lectures, and which should be postponed for a more advanced course. In addition, each chapter contains a large number of problems/exercises to choose from for assigned homework. An extensive set of mathematical appendices is included for easy reference.
Product Properties
Year of Publication
2018
Table of Contents
1: Ionized gases and plasmas-Historical overview, basic concepts, and applications
2: Collective dynamics in plasmas - I. Hydrodynamics and transport
3: Collective dynamics in plasmas-II. Some basic fluid modes
4: Collective dynamics in plasmas-III. Colllisionless kinetic effects
5: Collisions and collisional transport-I. Particle collisions
6: Collisions and collisional transport-II. Fully-ionized plasmas - unmagnetized
7: Collisions and collisional transport-III. Weakly-ionized plasmas -- unmagnetized
8: Charged particle motions in a magnetic field-Elements of magnetic confinement and transport
9: Magnetohydrodynamics
10: Drift-free cold plasma -- unmagnetized-Linear and nonlinear electrodynamics
11: Drift-free cold plasma -- magnetized-I. Linearized electrodynamics
12: Drift-free cold plasma -- magnetized-II. Linear modes; principal waves
13: Drift-free cold plasma -- magnetized-III. Waves in arbitrary directions; nonlinear coupling
14: Dynamics with thermal pressures-I. Unmagnetized plasma
15: Dynamics with thermal pressures-II. Magnetized plasma
16: E-beam waves, instabilities and devices
17: Streaming instabilities in cold plasmas
18: Space-time evolution of instabilities-Absolute and convective
19: Electrodynamics of linear modes-Conservation relations and perturbation theory
20: Linear coupling of modes
21: Nonlinear coupling of modes
22: Inhomogeneous and bounded plasmas and beams
23: Micro, kinetic and fluid descriptions-Hierarchy of plasma descriptions
24: Vlasov-Landau-van Kampen/Case kinetic descriptions-in one-d ES and in 3-D -- unmagnetized plasma
25: Kinetic theory of instabilities-in one-d and unmagnetized plasmas
26: Kinetic waves and instabilities in magnetized plasmas
27: Kinetic descriptions in inhomogeneous plasmas-Drift waves and instabilities
28: Quasilinear theory and weak turbulence
29: Nonlinear dynamics and chaos in plasmas
30: Kinetic theory of collisions and transport-I. Fully ionized plasmas
31: Kinetic theory of collisions and transport-II.Weakly-ionized plasmas
32: Radiation and fluctuations in plasmas
33: Mathematical Appendices
Author
Abraham Bers
ISBN/ISSN
9780198812623
Binding
Paperback
Edition
1
Publisher
Oxford University Press
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