A systematic overview of the kinetic theory of weak plasma turbulence, including the foundational concepts and mathematical and technical details.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Peter H. Yoon is a Senior Research Scientist at the Institute of Physical Science and Technology, University of Maryland, College Park. He is a leading expert in space plasma physics, and has been invited to a number of international universities as a visiting professor. These appointments include Kyung Hee University, Korea and Ruhr-Universität Bochum, Germany. He is a Fellow of the American Physical Society.
Inhaltsangabe
Preface Part I. Vlasov Weak Turbulence Theory: Electrostatic Approximation: 1. Nonlinear electrostatic equations for collisionless plasmas 2. Electrostatic Vlasov weak turbulence theory: wave kinetic equation 3. Electrostatic Vlasov weak turbulence theory: particle kinetic equation Part II. Klimontovich Weak Turbulence Theory: Electrostatic Approximation: 4. Electrostatic Klimontovich weak turbulence theory 5. Spontaneous emission and collisional kinetic equation 6. Langmuir turbulence and electron Kappa distribution Part III. Vlasov Weak Turbulence Theory: Electromagnetic Formalism: 7. Nonlinear electromagnetic equations in Vlasov plasmas 8. Electromagnetic Vlasov weak turbulence theory Part IV. Klimontovich Weak Turbulence Theory: Electromagnetic Formalism: 9. Electromagnetic Klimontovich weak turbulence theory 10. Applications of EM Klimontovich weak turbulence theory Epilogue Appendix A. Time irreversible small amplitude perturbations Appendix B. Resonant velocity integral Appendix C. Nonlinear dispersion relations Appendix D. Plasma dispersion function Appendix E. Weak turbulence theory for reactive instabilities Appendix F. On higher order perturbative expansion Appendix G. On renormalized kinetic turbulence theory Appendix H. One-dimensional normalized equations References Index.
Preface Part I. Vlasov Weak Turbulence Theory: Electrostatic Approximation: 1. Nonlinear electrostatic equations for collisionless plasmas 2. Electrostatic Vlasov weak turbulence theory: wave kinetic equation 3. Electrostatic Vlasov weak turbulence theory: particle kinetic equation Part II. Klimontovich Weak Turbulence Theory: Electrostatic Approximation: 4. Electrostatic Klimontovich weak turbulence theory 5. Spontaneous emission and collisional kinetic equation 6. Langmuir turbulence and electron Kappa distribution Part III. Vlasov Weak Turbulence Theory: Electromagnetic Formalism: 7. Nonlinear electromagnetic equations in Vlasov plasmas 8. Electromagnetic Vlasov weak turbulence theory Part IV. Klimontovich Weak Turbulence Theory: Electromagnetic Formalism: 9. Electromagnetic Klimontovich weak turbulence theory 10. Applications of EM Klimontovich weak turbulence theory Epilogue Appendix A. Time irreversible small amplitude perturbations Appendix B. Resonant velocity integral Appendix C. Nonlinear dispersion relations Appendix D. Plasma dispersion function Appendix E. Weak turbulence theory for reactive instabilities Appendix F. On higher order perturbative expansion Appendix G. On renormalized kinetic turbulence theory Appendix H. One-dimensional normalized equations References Index.
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