Plasma Processes and Plasma Kinetics: 580 Worked Out Problems for Science and Technology
This problems supplement to plasma physics textbooks covers plasma theory for both science and technology.
Written by a renowned plasma scientist, experienced book author and skilled teacher, it treats all aspects of plasma theory in no fewer than 520 very detailed worked-out problems. With this systematic collection the reader will gain a sound understanding of plasma physics in all fields, from fusion and astrophysics to surface treatment. The book also includes the transport of particles as well as radiation in plasmas, and while designed for graduate students and young researchers, it can equally serve as a reference.
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Elementary Processes in Plasma
Slow Atomic Collisions
Collisions Involving Electrons
Plasma Processes and Plasma Kinetics Boris M Smirnov
Boltzmann Kinetic Equation
Transport and Kinetics of Electrons in Cases in External Fields
Transport of Ions and Atoms in Cases and Plasmas
Kinetics and Radiative Transport of Excitations in Cases
Waves in Plasma and Electron Beams
Relaxation Processes and Processes with Strong Interaction
Cas Discharge Plasmas
Processes in Photoresonant Plasma
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according to formula altitude amplitude Analyze assume atom excitation atoms by electron average balance equation beam buffer gas cathode Chapman-Enskog approximation charged particles cluster surface collision integral collision velocity condition corresponds criterion cross section density of atoms density of electrons density of excited dependence Determine diffusion coefficient dispersion relation distance drift velocity elastic electric field strength electromagnetic wave electron distribution function electron energy electron impact electron number density electron temperature electron velocity electron-atom collisions electrons and ions expression frequency gas atoms given by formula gives heat ion-atom ions kinetic equation magnetic field Maxwell distribution Maxwell distribution function mean free path metal atoms metastable negative ions obtain optical thickness photon photoresonant plasma plasma oscillations positive column Problem propagation radius rate constant recombination region resonant radiation resonantly excited atoms result small compared spectral line thermal conductivity thermodynamic equilibrium three-body total number transition typical vector width