This book is about advanced plasma physics topics, and it is based on the authors' different published articles. Its goal is to look at significant issues in plasma physics using both kinetic and magnetohydrodynamic models. It is concerned with both the exact solution of the B.G.K. model of the Boltzmann kinetic equation for gaseous plasma and the investigation of the magnetohydrodynamic model solutions connected to the warm plasma state under the influence of induced and external electromagnetic fields. The magnetohydrodynamic (MHD) model describes the governing equations in the final two...

This book aims to study the current advanced issues of plasma physics in both kinetic and magnetohydrodynamic models. The kinetic model applies thermodynamic treatment to a precise solution of plasma's unsteady Rayleigh flow problem. Traveling wave, moment, and shooting methods are utilized. BGK model equation is combined with Maxwell's equations and is solved. The perturbed and equilibrium velocity distribution functions are distinguished. The extended Gibbs equation predicts the ratios between the various contributions of internal energy changes for both diamagnetic and paramagnetic...

In the present book, we study new unsteady effectiveness of a centrifugal force and heat transfer on a gas. We solve a system of non-linear time-dependent partial differential equations using exact analytical and numerical techniques. Our model is examined to follow the manner of the macroscopic properties of a gas bounded between two parallel horizontal rigid fixed plane plates. The moment and travelling wave methods are utilized. Comparison between the perturbed distribution function and the equilibrium one with time is investigated. System internal energy change is investigated. We...

Dieses Buch zielt darauf ab, die aktuellen fortgeschrittenen Themen der Plasmaphysik sowohl in kinetischen als auch in magnetohydrodynamischen Modellen zu untersuchen. Das kinetische Modell wendet eine thermodynamische Behandlung für eine präzise Lösung des Problems der instationären Rayleigh-Strömung im Plasma an. Es werden Wanderwellen-, Moment- und Schussmethoden verwendet. Die Gleichung des BGK-Modells wird mit den Maxwellschen Gleichungen kombiniert und gelöst. Die gestörten und die Gleichgewichts-Geschwindigkeitsverteilungsfunktionen werden unterschieden. Die erweiterte...

Ce livre a pour but d'étudier les problèmes actuels et avancés de la physique des plasmas dans les modèles cinétique et magnétohydrodynamique. Le modèle cinétique applique le traitement thermodynamique à une solution précise du problème de l'écoulement instationnaire de Rayleigh du plasma. Les méthodes des ondes progressives, des moments et des tirs sont utilisées. L'équation du modèle BGK est combinée avec les équations de Maxwell et est résolue. Les fonctions de distribution des vitesses perturbées et d'équilibre sont distinguées. L'équation de Gibbs étendue prédit...