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Strongly Coupled Plasma Physics Book

Strongly Coupled Plasma Physics
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Strongly Coupled Plasma Physics, Approximately 80 leading scientists attended an international conference at the University of Rochester in 1992 to discuss a wide range of issues at the frontiers of strongly coupled plasma physics. Topics addressed included dense hydrogen, various astrop, Strongly Coupled Plasma Physics
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  • Strongly Coupled Plasma Physics
  • Written by author H. M. Van Horn, S. Ichimaru
  • Published by University of Rochester Press, 1994/01/02
  • Approximately 80 leading scientists attended an international conference at the University of Rochester in 1992 to discuss a wide range of issues at the frontiers of strongly coupled plasma physics. Topics addressed included dense hydrogen, various astrop
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Preface
Experimental Investigations of Dense Solid Hydrogen 3
X-Ray and Optical Research to 560 GPa: Metallization of Molecular Solids, Xe, S, O[subscript 2], and the Prospects for Metallic Hydrogen 11
Static and Dynamic Structure of Fluid Alkali Metals in the Metal-Nonmetal Transition Range 21
Electron-Ion Correlations and Elementary Processes in Dense Liquid Metallic Hydrogen 31
Ionization and Recombination Coefficients for a Strongly Coupled Hydrogen Plasma 41
Monte Carlo Simulations of a Dense Partially-Ionized Hydrogen Plasma: A Semi Classical Approach of the Density Effect on the Ionization Equilibrium 45
A Semi-Classical Model for Ionization of Dense Hydrogen Plasmas 47
Microscopic Correlations and Phase Diagrams for Dense Multi-Ionic Plasmas 53
Crystallization of Dense Binary Ionic Mixtures. Application to White Dwarfs Cooling Theory 63
Electronic Structure and Enthalpy of Hydrogen and Helium Mixtures 73
Plasma Phase Transition in Hydrogen-Helium Plasmas 77
Integral-Equation Approach to Strongly Coupled Plasmas 83
Equation of State of a Quantum Plasma in the Low-Density Limit 91
Wigner-Kirkwood Quantum Corrections to the Pair Distribution Function in Dense Plasmas 101
Fluctuation Properties and Collective Modes of Quantum Plasmas in a Magnetic Field 105
Giant Planets and the Plasma Phase Transition of Hydrogen 111
Seismology of Jovian Planets and Brown Dwarfs 121
Strongly Coupled Plasmas in Uranus and Neptune 131
Recent Theoretical Results on Brown Dwarf Properties and Evolution 137
The Heavy-Element Contribution to the Equation of State of the Solar Interior: The Diagnostic Potential of Helioseismology 147
Isochores of a Quantum Plasma Near the Fully Ionized Limit. Application to the Sun 151
Kinetic Properties of Neutron Star Cores 157
Reduction of Direct URCA Process by Nucleon Superfluidity in Neutron Star Cores 167
Topics on the Equation of State in Metals and Cold Stars 171
Intense Shock and Rarefaction Waves in Strongly Coupled Plasmas 177
Electrical Resistivity and Equation of State Measurements of a Dense Aluminum Plasma 187
Measurement of Electrical Conductivity of a Strongly Coupled Metal Plasma 191
Dynamics of Strongly Coupled Cathode Microplasmas 197
Measuring Opacity of Shock Generated Argon Plasmas 201
Ionization Kinetics in Strongly Coupled Plasmas 207
Partially Ionized Dense Plasmas - Theory of Equilibrium and Nonequilibrium Properties 217
Pressure Induced Ionization and the Spectra of Reduced Density Matrices 225
Thermal Equilibrium of Dense Hot Plasmas: Calculation of Ionic Level Populations 229
Ionization Rates in Dense Plasma 233
Equation of State and Phase Transitions in Alkali Plasmas 237
Recent Progress on Astrophysical Opacity 243
Plasma Opacities in Astrophysical Sources - The Opacity Project 253
Effects of Strong Coupling on Dense Plasma Light Absorption 263
Non-Spherical Thomas-Fermi Atom in a Strong Magnetic Field 269
Influence of Non-Ideality Effects on Continuous Spectra in Xenon Plasma 273
Effects of Plasma Microfield Distribution and Ionization Potential Lowering on Ionization Equilibrium, Opacity, and Spectra of Radiation from Cooling Neutron Stars 277
Heavy Ion Stopping Experiments in Dense Plasmas 283
Particle-Driven Inertial Fusion Through Cluster Ion Beams 293
Measurements of Plasma Opacity from Strongly Coupled Aluminum and Copper Plasmas 299
Dynamical Response and Conductivity in a Dense Plasma 303
Unknown Mechanism of Fast-Particle Energy Loss in Strongly Coupled Plasma 307
Collisional Equipartition Rate for a Magnetized Plasma 309
New Free Energy Models for Non-Uniform Charged Particle Fluid Mixtures as Related to Liquid Structure and Freezing 313
Correlational and Strong Coupling Effects on Collective Modes in Plasmas 323
Variational Hard-Sphere Approach to a Strong-Coupling OCP Fluid Equation of State Using General Combinations of the Percus-Yevick Entropy Forms 333
Brownian Particles in Shear Flow and Harmonic Potentials, a Study of Long Time Tails 337
Phase Transition in the Simplest Plasma Model 343
Linear Mixing for Thermodynamic Models of Charged Hard Spheres and of Point Charges: Application to Helium Plasma 347
Thomas-Fermi-HNC Model for Dense Plasmas 351
Structural and Dynamical Correlations in Glasses 357
Observation of Order-Disorder Transitions and Particle Trajectories in a Model One Component Plasma: Time Resolved Microscopy of Coloidal Spheres 367
Crystallization Growth Instabilities in Charged Colloidal Suspensions 377
Three-Particle Hydrodynamic Interactions in Suspensions 387
Experimental Results on Normal Modes in Cold, Pure Ion Plasmas 393
Normal Modes in a Cryogenic Pure Ion Plasma 399
Cylindrical Coulomb Crystals 407
Microscopic Structure of Classical Charges in Traps and Storage Rings 415
Coulomb Clusters - Binding Energies, Microstructures, Shell Model, and Dynamic Stabilities 419
Monte Carlo Simulation of the OCP Freezing Transition


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