Chen's Principles of Plasma Physics

Chen's Principles of Plasma Physics provide a comprehensive framework for understanding plasmas—hot, ionized gases composed of free electrons and ions. The principles cover fundamental concepts such as plasma behavior, collective interactions, magnetic confinement, and stability. They describe how plasmas respond to electromagnetic forces, how they are confined in devices like tokamaks for nuclear fusion, and how they evolve over time. These principles integrate physical laws to predict plasma dynamics, essential for applications in energy production, astrophysics, and space science, offering a solid foundation for both theoretical analysis and experimental research in plasma physics.