Francis F. Chen Knihy

Significant advancements in nuclear fusion, space physics, and nonlinear plasma theory have been achieved since the first edition of this book. The energy crisis and space exploration have heightened interest in plasma physics applications. Key developments include impressive results in magnetic confinement fusion, such as high Lawson numbers and enhanced stabilization techniques. Innovations like the tandem mirror and compact torus have emerged, while radiofrequency heating shows promise for improved current drive. Understanding of MHD behavior in toroidal plasmas has also progressed notably.

Focusing on plasma physics, this book emerged from UCLA lecture notes aimed at undergraduate students. It addresses the growing interest in controlled fusion and plasma applications in space research. Designed for seniors and juniors, it simplifies complex concepts without sacrificing rigor, making it accessible for scientists from other fields. Key principles include clear algebraic steps and a focus on physics over complexity. The two-fluid model is emphasized for its clarity and accuracy in explaining low-density plasma phenomena.