A valuable and complete resource that brings together many of the branches of physics needed in high-energy-density physics. Targeted at research scientists and graduate students in physics and astrophysics, this book begins with basic concepts and develops a detailed explanation of the physics of hydrodynamics and energy transport in plasma.
A valuable and complete resource that brings together many of the branches of physics needed in high-energy-density physics. Targeted at research scientists and graduate students in physics and astrophysics, this book begins with basic concepts and develops a detailed explanation of the physics of hydrodynamics and energy transport in plasma.
Jon Larsen is the founder and President of Cascade Applied Science, Inc., the company that developed a suite of simulation codes for the high-energy-density physics (HEDP) research community. He is an expert in radiation hydrodynamic simulations and is particularly well known for a code known as HYADES, which is widely used by individuals and by the National Laboratories.
Inhaltsangabe
Preface 1. Introduction 2. Characteristics of high-energy-density matter 3. Fundamental microphysics of ionized gases 4. Ionization 5. Entropy and the equation of state 6. Hydrodynamics 7. Thermal energy transport 8. Radiation and radiative transfer 9. Transition rates and optical coefficients 10. Radiation hydrodynamics 11. Magnetohydrodynamics 12. Electromagnetic wave-matter interactions References Index.
Preface 1. Introduction 2. Characteristics of high-energy-density matter 3. Fundamental microphysics of ionized gases 4. Ionization 5. Entropy and the equation of state 6. Hydrodynamics 7. Thermal energy transport 8. Radiation and radiative transfer 9. Transition rates and optical coefficients 10. Radiation hydrodynamics 11. Magnetohydrodynamics 12. Electromagnetic wave-matter interactions References Index.
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