Plasma Physics

Assuming no prior knowledge of plasma physics or numerical methods, Computational Methods in Plasma Physics covers the computational mathematics and techniques needed to simulate magnetically confined plasmas in modern magnetic fusion experiments and future magnetic fusion reactors.

by David Southwood (Editor), Stanley W. H. Cowley FRS (Editor), Simon Mitton (Editor)
Serves as good background reading for modern magentospheric physics
Reviews the scientific contributions of James W. Dungey, a pioneer in the field of space plasma physics

In recent years the significant progress in satellite-based observations of plasma states and associated electromagnetic phenomena in space has resulted in the accumulation of much evidence of various plasma instabilities. Today plasma instabilities are believed to be responsible for electromagnetic radiation as well as for many of the macroscopic dynamics of plasmas in space. Most students who begin to study plasma physics are intrigued by the unstable nature of plasmas compared with other states of matter; however, they often become frustrated because there are so many in­ stabilities. Such frustration explains in part why there is no textbook which treats this subject exclusively. A description of plasma instabilities in a systematic way is nontrivial and takes a pertinacious effort. This book is an attempt to provide a basic introduction on the subject and covers most of the important instabilities. However, the author must apologize for any omission of references to contributions of individuals who deserve more credit. The reader is assumed to have a general knowledge of plasma physics obtainable in an undergraduate course. The book is intended to be used as a reference text on the subject of plasma instabilities at the under­ graduate level as well as for a text in a special course in graduate school. Because the book is part of a series on physics and chemistry in space, emphasis is placed on plasma instabilities relevant in space plasmas.

Authors: Miyamoto, Kenro
New edition of a classic monograph, recognized for its encyclopedic completeness
Covers design concept of ITER (international tokamak experimental reactor), reversed field pinch, stellarator, tandem mirror and inertial confinement
Written by an expert with 36 years of experience in teaching plasma physics and controlled fusion