Physics Bulletin · 1973 · 147 citations · 0 references
Natural SciencesPhysicsElectromagnetismParticle PhysicsPlasma PhysicsHigh-temperature PlasmasPlasma DiagnosticsPlasma FundamentalsPlasma Kinetic TheoryPlasma TransportPlasma-surface InteractionsPlasma ProcessesPlasma Transport PhenomenaPlasma Transport Processes
Plasmas are central to many areas of contemporary physics, making comprehensive introductory textbooks essential. The book aims to provide an introductory yet comprehensive guide to plasma physics. It covers core topics—particle orbits, MHD derived from Vlasov theory, cold and warm plasma waves, Landau damping—and also advanced subjects such as magnetic helicity, nonlinear processes, and dusty plasmas. The book is clear, well organized, includes exercises, and avoids excessive inclusion of the author’s own research.
The widespread importance of plasmas in many areas of contemporary physics makes good textbooks in the field that are both introductory and comprehensive invaluable. This new book by Paul Bellen from CalTech by and large meets these goals. It covers the traditional textbook topics such as particle orbits, the derivation of the MHD equations from Vlasov theory, cold and warm plasma waves, Landau damping, as well as in the later chapters less common subjects such as magnetic helicity, nonlinear processes and dusty plasmas. The book is clearly written, neatly presented, and each chapter has a number of exercises or problems at their end. The author has also thankfully steered clear of the pitfall of filling the book with his own research results.