Introduction to Simulation Methods for Gas Discharge Plasmas (eBook, ePUB)
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Gas discharge plasma (GDP) is the most common type of low-temperature plasma, with a large number of practical applications covering almost all areas of modern science and technology. The development of gas discharge physics has shown that the number of ways of designing gas discharge devices is practically inexhaustible, caused by the ability of effective implementation in practice of a great many different modes and regimes of GDP. One of the ways to gain a detailed understanding of these processes is numerical modelling of the discharge plasma phenomena.This book is an introduction to the n...
Gas discharge plasma (GDP) is the most common type of low-temperature plasma, with a large number of practical applications covering almost all areas of modern science and technology. The development of gas discharge physics has shown that the number of ways of designing gas discharge devices is practically inexhaustible, caused by the ability of effective implementation in practice of a great many different modes and regimes of GDP. One of the ways to gain a detailed understanding of these processes is numerical modelling of the discharge plasma phenomena.
This book is an introduction to the numerical modelling methods for gas discharge plasmas. It is intended to assist and direct graduate students and junior researchers, whose research activity deals with computational plasma physics. Topics covered include the essentials of basic modelling approaches (particle, fluid, and hybrid) for gas discharges, and the implementation of these methods with examples of glow (DC and RF) discharges. Numerical studies of nonlinear dynamics and formation of spatio-temporal patterns in gas discharge systems are also presented.
This book is an introduction to the numerical modelling methods for gas discharge plasmas. It is intended to assist and direct graduate students and junior researchers, whose research activity deals with computational plasma physics. Topics covered include the essentials of basic modelling approaches (particle, fluid, and hybrid) for gas discharges, and the implementation of these methods with examples of glow (DC and RF) discharges. Numerical studies of nonlinear dynamics and formation of spatio-temporal patterns in gas discharge systems are also presented.
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